Sadhycia

Who Is Mohammed bin Salman? Leadership, Vision 2030, and Regional Conflict

noreply@blogger.com (Susan) — Fri, 18 Sep 2026 07:24:00 +0000

Who is Mohammed bin Salman

Who is Mohammed bin Salman (MBS) is the Crown Prince and Prime Minister of Saudi Arabia. He is the son of King Salman and one of the most influential political leaders in the Middle East. He is also a central figure in Saudi Arabia's efforts to transform its economy and society.

MBS is the most powerful and influential figure in Saudi Arabia today, driving both its modernization and its most contentious policies.

Why is he so famous?

Saudi Arabia is a monarchy, meaning the country is ruled by a royal family. King Salman is the reigning king. Mohammed bin Salman is the Crown Prince, meaning he is the designated heir to the throne.

He is also the Prime Minister and exercises extensive influence over the country's government, economy, security and foreign policy. In practice, MBS is widely regarded as Saudi Arabia's de facto ruler, even though his father remains king.

What does he actually do?

Economic transformation — Vision 2030

MBS launched Saudi Vision 2030 in 2016. Its goal is to reduce the country's dependence on oil by expanding tourism, entertainment, technology, investment and other industries. Major projects include NEOM and The Line.

Social changes

Under his leadership, Saudi Arabia has expanded entertainment, reopened cinemas, developed tourism and increased opportunities for women to participate in public life and the workforce. These changes have significantly altered everyday life in the kingdom.

International power

Saudi Arabia is a major oil producer and an important player in Middle Eastern politics. MBS has a significant role in its relationships with the United States, China, Iran and other regional powers.

MBS' Best Achievements

MBS's most significant achievement is arguably pushing Saudi Arabia to become less dependent on oil while opening up parts of Saudi society.

His Most Cruel / Controversial Actions

The Murder of Jamal Khashoggi (Oct 2, 2018).

Khashoggi was a Saudi journalist and critic of the Saudi government. He was lured into the Saudi consulate in Istanbul and was tortured and killed by a Saudi team inside the building. His killing triggered international outrage.

The Yemen War (began March 2015)

As Defence Minister, MBS led the Saudi-led military intervention. UN called it the world's worst humanitarian crisis as 377,000+ total deaths (UN 2024 estimate — including direct fighting and starvation/disease).

Millions displaced and facing food insecurity. Airstrikes repeatedly hit markets, hospitals, schools, and civilian gatherings — including a school bus full of children. Not only that, blockades restricted life-saving food, fuel, and medicine from entering.

The 2017 Ritz-Carlton detention campaign

Hundreds of princes, officials and businesspeople were detained in Riyadh during an officially described anti-corruption campaign. Human Rights Watch and other analysts reported arbitrary detention, abusive treatment and pressure to surrender assets. The government said the campaign targeted corruption; concerns focused on the methods used and the lack of due process.

Imprisonment of critics and activists

People have received lengthy prison sentences for peaceful online expression, including posts on social media. Women's rights activists have also faced detention and travel restrictions. The contradiction is striking: some women's rights reforms advanced while activists who had campaigned for change were punished.

Arresting uncles, cousins, and the former Crown Prince; removed anyone blocking him

Mohammed bin Salman (MBS) has had several of his royal relatives, including his uncle and cousins, detained as he consolidated power. Some detainees were held for long periods, and in certain cases their whereabouts were not publicly disclosed.

Which members of the royal family were arrested

Mohammed bin Nayef — his cousin

He was Crown Prince before MBS replaced him in 2017. Reuters reported that he was detained in March 2020 amid allegations of a coup plot. Subsequent reporting described restrictions on his movements and access to others. His current circumstances are not independently clear from the sources I found.

Ahmed bin Abdulaziz — his uncle

He was also reportedly detained in March 2020. He was a senior royal who had opposed MBS's elevation to Crown Prince in 2017. The reported allegations concerned a possible coup, but the public evidence about the alleged plot was limited.

Turki bin Abdullah — his cousin

He was detained during the 2017 anti-corruption campaign. Human Rights Watch reported in 2019 that he remained in detention without a clear legal basis. I could not verify his present status from the available sources.

Prince Salman bin Abdulaziz bin Salman — another cousin

He and his father were detained in January 2018. Human-rights organization DAWN reported that both were moved to an undisclosed location in November 2020 and that family visits resumed in October 2021.

Under MBS, Saudi Arabia executed more people than other rulers in the country

Data from human rights organizations shows that since MBS became crown prince in 2017 and assumed actual power, Saudi Arabia's annual execution numbers have repeatedly hit record highs, and the total number of executions during King Salman's reign has exceeded 2,000.

However, he has not executed more people than every other Middle Eastern ruler: Iran's execution total is substantially higher.

Amnesty International's data shows that Saudi Arabia's execution numbers ranked third globally in 2024, after China and Iran . Within the Middle East, Iran's annual executions (at least 972 in 2024) far exceed Saudi Arabia's .

Saudi-Houthi War 2026

As of 27 October 2026, Saudi Arabia is facing a serious escalation in its conflict with Yemen's Houthi movement, and reports say Crown Prince Mohammed bin Salman has been moving between heavily guarded royal residences equipped with bunkers.

As of 27 October 2026, the situation is serious. Reuters reported on 26 October that 4,071 of 4,736 scheduled flights at Riyadh's King Khalid International Airport had been cancelled between 8 and 25 October — approximately 86%. The airport partially reopened, but disruptions continued.

A missile attack on Riyadh's airport on 10 October killed 13 people and injured hundreds, according to Reuters. The Houthis have continued threatening the airport.

Saudi Arabia has intercepted numerous missiles and drones, but repeated attacks put pressure on its defensive systems and interceptor supplies. Interception does not guarantee that every projectile will be stopped.

Flight cancellations have disrupted tourism, business travel and major investment events. This threatens MBS's Vision 2030 ambitions to make Saudi Arabia a global destination for business and tourism.

What is Saudi Aramco? Its Reserves, Strategy, and Asian Market Shift

noreply@blogger.com (Susan) — Thu, 17 Sep 2026 18:43:00 +0000

What is Aramco

Saudi Aramco (officially the Saudi Arabian Oil Company) is Saudi Arabia's state-owned oil company and one of the world's largest oil and gas companies. It plays a central role in Saudi Arabia's economy and global energy supplies.

Headquarters located in Dhahran, Saudi Arabia. The main business is extracting crude oil and natural gas, refining oil into fuels, and selling petroleum products worldwide.

Founded in 1933 (originally as Standard Oil of California’s subsidiary; fully nationalized by Saudi Arabia in 1980). Now majority-owned by the Government of Saudi Arabia; a small fraction of shares trade publicly on the Saudi Stock Exchange (Tadawul: 2222), listed in December 2019.

Holds ~217 billion barrels of proven crude oil reserves — roughly 17% of the world’s total, the largest of any single company, and capable of producing over 12 million barrels of crude oil per day; it is the world’s largest oil producer.

Why is Aramco so important?

Saudi Arabia earns money by selling oil to countries around the world. Aramco produces much of that oil, and its taxes, dividends and other payments are important sources of government revenue.

Because Saudi Arabia is one of the world's major oil producers, disruptions to its production or export facilities can affect global oil supplies and prices.

Aramco operates major oil fields, refineries, pipelines and export facilities. Attacks on these sites can disrupt production and exports.

Being Attacked

Saudi Aramco has been affected by attacks in 2026 (mostly by the Iran-aligned Houthi movement from Yemen), and at least one attack caused significant damage to an Aramco office building. There have also been attacks or attempted attacks against oil facilities, although not every reported target was confirmed to have been hit.

As of October 29, 2026, reports describe several separate incidents during the renewed conflict between Saudi Arabia and Yemen's Houthi movement.

However, critical production and export infrastructure remain operational. The damage has been to offices, administrative buildings, and minor field facilities — not the processing plants, pipelines, or terminals that move oil to market.

The main risks going forward are further escalation, higher costs, and the possibility of a successful strike on a truly critical node.

Store Oil in Singapore

Saudi Arabia and Singapore have agreed to establish an arrangement to store Saudi crude oil in Singapore. This news was officially announced just on October 26, 2026.

The facility is called Jurong Rock Caverns. It is an enormous underground storage facility beneath Jurong Island, approximately 150 metres underground. The caverns hold up to ~9 million barrels total — how much Aramco will take hasn't been disclosed yet. Expected start of Saudi oil storage: Second half of 2027.

The Jurong Rock Caverns are already fully built and operational. They are not currently under construction. In fact, they have been operating for more than a decade.

So why does Saudi Arabia have to wait until 2027?

Because the agreement announced on October 26, 2026, is a new commercial and strategic arrangement. Singapore has been using them since 2014, and the facility reached full completion in 2017.

The physical caverns already exist, but Saudi Arabia and Singapore still need to finalize the commercial arrangements, including storage operations and implementation.

The expected start is the second half of 2027. The facility was originally developed to support Singapore's petrochemical industry and oil traders.

According to JTC, the facility has been used by ExxonMobil to support the operations of its refinery and aromatics plant on Jurong Island. It stores liquid hydrocarbons, including crude oil, condensate (very light liquid hydrocarbons extracted from natural gas), and other compatible petroleum feedstocks.

Singapore invested approximately S$950 million in this underground infrastructure years before the current Middle Eastern disruptions. Today, that investment has become particularly relevant to international energy security.

Where Does Aramco Keep Its Oil Now?

Overwhelmingly inside Saudi Arabia: Ras Tanura, Yanbu, Abqaiq, Ju'aymah — 300+ million barrels of domestic storage. Some overseas stockpiles: Existing arrangements in China, Japan, South Korea, Egypt — but nothing in Singapore today.

Saudi Arabia already has overseas oil-storage arrangements in several countries. Singapore is an addition to an existing international storage network, not its first foreign storage location.

China - Zhoushan

An International Energy Agency report in May 2026 identified approximately 18.6 million barrels of storage capacity secured by Aramco through its refining agreement with Zhejiang Petrochemical.

Japan - Okinawa and Kiire

Okinawa: 8.2 million barrels. Kiire: approximately 3 million barrels. Combined reported capacity: approximately 11.2 million barrels.

South Korea — Ulsan

Approximately 5.3 million barrels of Saudi crude storage, mainly at Ulsan, through an arrangement with Korea National Oil Corporation.

Egypt — Ain Sokhna / Sidi Kerir

Storage and export infrastructure connected to the SUMED pipeline, which links the Red Sea and Mediterranean. Aramco maintains overseas inventories here, but a comparable dedicated capacity figure has not been publicly disclosed.

United Arab Emirates — Fujairah

Aramco has storage and blending operations for petroleum products, including gasoline and fuel oil.

Netherlands — Rotterdam

An important European trading and storage hub where Aramco maintains commercial oil inventories.

Why Singapore

Saudi Arabia faces potential disruptions to its oil exports because of regional conflicts involving Iran, the Houthis and other armed groups. Keeping some oil in Singapore means Saudi crude is already closer to important Asian markets.

Singapore is one of the world's major oil-trading and refining centres. Instead of transporting every shipment directly from Saudi Arabia, Aramco can maintain supplies closer to customers in Asia. Singapore will benefit from access to the stored crude during supply disruptions under the proposed arrangement.

Singapore sits beside the Strait of Malacca, one of the world's most important maritime routes. Oil tankers travelling from the Middle East to China, Japan, South Korea and other Asian markets pass through this region.

Saudi Arabia isn't choosing Singapore because no other country can store oil underground. It is choosing Singapore because it wants its oil close to its Asian customers, in an established international oil hub.

Saudi Oil's Biggest Customers

The majority of Saudi Arabia's crude oil goes to Asia, particularly China, Japan, South Korea and India.

In fact, Asia purchases approximately 75% of Saudi Arabia's crude oil exports. Europe and the Americas receive much smaller shares.

Rank	Country	Barrels/day (b/d)	Share	Key Notes
🥇 1	China	~1.01–1.3M b/d	~21%	By far #1, though down from ~1.4–1.7M b/d in 2025 due to cheaper Russian/Iranian crude displacing Saudi barrels
🥈 2	South Korea	~667K b/d	~15%	Stable long-term buyer
🥉 3	Japan	~609K b/d	~11%	Reliable, long-standing partner
4	India	~605K b/d	~12%	Fast-growing market; also buying more Russian oil
5	United States	~200–300K b/d	~3%	Sharply down from ~1M+ b/d a decade ago; U.S. now produces most of its own

Big Shifts Happening in 2026

China is buying ~27–30% less Saudi oil than last year — Sinopec and others are locking in heavily discounted Russian and Iranian supplies instead. India is doing the same — Russia has become its #1 supplier.

Russia has been selling oil at discounted prices to attract buyers, particularly in Asia. The disruption around the Strait of Hormuz has also made Russian supplies more attractive to countries that previously depended heavily on Middle Eastern oil.

Aramco is responding by building long-term partnerships — buying into refineries in China, India, South Korea to "lock in" buyers, setting up Singapore storage (as we discussed) to guarantee supply even if Strait of Hormuz is disrupted, and offering competitive pricing to defend market share in Asia.

China is the undisputed #1 customer — taking more than South Korea, Japan, and India combined.

MaRV vs. HGV: The Real Difference Between Iran’s Fattah-1 and Fattah-2

noreply@blogger.com (Susan) — Thu, 17 Sep 2026 16:35:00 +0000

The Fattah-1 is Iran's first-generation hypersonic weapon, while the Fattah-2 represents a significant technological step forward by incorporating a true Hypersonic Glide Vehicle (HGV) that allows for far greater maneuverability and a more unpredictable flight path.

In other words, Fattah-2 is the more advanced, and more capable missile. Fattah-1 and Fattah-2 are probably Iran's most advanced publicly unveiled hypersonic-class missile systems.

Which is Better?

Depends on what is prioritized — penetration or destructive power. Fattah-1 has greater destructive force whereas Fattah-2 has superior ability to penetrate defenses.

Feature	Fattah‑1	Fattah‑2
Unveiled	June 2023	November 2023
Type	MRBM with Maneuverable Reentry Vehicle (MaRV) — maneuvers only in the terminal phase	True Hypersonic Glide Vehicle (HGV) — sustained mid‑course + terminal maneuvering
Range	~1,400 km	~1,400–1,500 km
Speed (claimed)	Mach 13–15	Mach 13–15
Warhead	500 kg — larger, heavier	200 kg — smaller due to HGV mass constraints
Maneuverability	Limited — mostly last ~100 km before impact via thrust‑vectoring	Superior — continuous, unpredictable lateral & altitude changes throughout glide; harder to detect/track
Trajectory	Mostly ballistic; predictable until late reentry	Boost‑glide: flatter, lower, highly variable; can approach from unexpected directions
Propulsion (upper)	Solid‑fuel TVC motor in RV	Liquid‑fuel or aerodynamic HGV; sustains maneuvering
Precision (CEP)	~10–25 m	Comparable or slightly improved
Cost / Complexity	Lower (~$0.8–1.5M)	Higher (~$1.5–3M)
Defense Penetration	Very good — but defenses can still model a ballistic‑style approach	Far superior — current air/anti‑missile systems (Arrow, Patriot, THAAD) struggle with HGV trajectories

The key difference is how they maneuver.

Fattah-1:

It is essentially a ballistic missile with a maneuverable warhead. The warhead can change its trajectory, including with a small rocket motor. The International Institute for Strategic Studies classifies this type of system as a MaRV, rather than a true hypersonic glide vehicle.

Fattah-2:

Iran presented a substantially different second stage shaped more like a hypersonic glide vehicle. In principle, after being boosted upward, the glide vehicle can use aerodynamic lift to maneuver through the atmosphere rather than simply following the descending portion of a ballistic trajectory.

How Fattah Missile Works

The easiest way to understand it is that Fattah is not simply a missile that flies straight toward the target. Its important feature is the ability of the terminal vehicle to maneuver, making its final trajectory less predictable.

Fattah-1, step by step

Think of the flight in four stages:

1. Launch 🚀

A solid-fuel rocket booster launches Fattah upward at very high speed.

2. Boost phase

The main rocket accelerates the missile and gives it most of its speed. Once the booster has done its job, the propulsion configuration changes and the missile continues on its ballistic trajectory.

3. High-altitude flight

The missile travels on a trajectory that is broadly similar to other ballistic missiles: it goes high into the atmosphere and then begins descending toward the target.

4. Maneuvering terminal phase

This is the unusual part. The maneuverable reentry vehicle (MaRV) can use its own small propulsion system to alter its trajectory while approaching the target.

So rather than:

⬆️ → 🛰️ → ⬇️ → 🎯

it is more like:

⬆️ → 🛰️ → ↘️ ↗️ ↘️ → 🎯

The changes in direction make its final path harder for a defender to predict.

What about Fattah-2?

Fattah-2 is designed differently.

Its booster first accelerates the vehicle to very high speed. The second-stage vehicle is intended to behave more like a hypersonic glide vehicle (HGV):

🚀 Booster → high speed → glide vehicle separates → ↘️ maneuvering glide → 🎯

Instead of relying primarily on a predictable ballistic arc, the glide vehicle is intended to generate aerodynamic lift and maneuver inside the atmosphere.

That's why Fattah-2 is potentially more difficult to intercept than a conventional ballistic missile—but its publicly demonstrated operational capabilities are much less certain than the Iranian claims.

One important point

“Hypersonic” doesn't mean Fattah is necessarily faster than every other ballistic missile. Many conventional ballistic missiles already travel at hypersonic speeds during parts of their flight.

The important question is how the missile moves while traveling at those speeds:

Conventional ballistic missile: mostly predictable ballistic trajectory.
Fattah-1: ballistic trajectory + maneuverable terminal vehicle.
Fattah-2: intended ballistic boost + maneuvering hypersonic glide vehicle.

That's the basic principle behind Fattah.

Fattah-1 has actually been used

Iran used it during the October 2024 attack on Israel, although the exact number of Fattah missiles and how many successfully reached their targets is uncertain.

Fattah-2 is a different story. There isn't good public evidence that Iran has used Fattah-2 operationally. Recent analysis specifically notes that Fattah-2 and Qassem Basir appear not to have been deployed, despite their much-publicized capabilities.

Fattah‑1 = MaRV (terminal maneuver only); Fattah‑2 = true HGV (mid‑course glide + full lateral maneuver). Both are often called "hypersonic" interchangeably in media, causing confusion.

The most widely cited Fattah‑1 successful impact is the Dimona nuclear site perimeter strike in early March 2026. Other reported hits include parts of the US Navy 5th Fleet support complex in Bahrain, Nevatim Airbase, and IDF headquarters area in Tel Aviv.

However — all these are primary claims from Iran, regional media, or sympathetic outlets. There is no official Western confirmation that these impacts were specifically Fattah‑1 rather than other Iranian ballistic missiles (Kheibar, Emad, Sejjil, etc.).

Feature	Fattah‑2 (Iran)	DF‑17 (China)	LRHW Dark Eagle (US)	Kinzhal (Russia)	Zircon (Russia)
Category	Theater HGV	Theater HGV	Theater HGV	Air‑launched ballistic‑type	Scramjet cruise
Launch	Ground TEL	Ground TEL	Ground TEL	MiG‑31K / Tu‑22M	Ships / submarines
Range	1,400–1,500 km	1,800–2,500 km	~2,775 km	~1,500–2,000 km	~900–1,000 km
Speed	Mach 13–15	Mach 5–10 glide / Mach 15+ peak	Mach 8–12 glide / Mach 17 peak	Mach 9–12	Mach 8–9
Type	Boost‑glide HGV	Boost‑glide HGV	Boost‑glide HGV	Ballistic + terminal maneuver	Airbreathing scramjet
Warhead	~200 kg conventional	500–800 kg conv/nuclear	Conventional	Nuclear‑capable (~500 kg)	Nuclear/conventional
Maneuver	Mid‑course + terminal	Full glide, large lateral	Full glide	Terminal only	Continuous (lower altitude)
Status 2026	Claimed operational	Operational (mass deployed)	Initial fielding	Operational since 2017	Operational since 2023
Primary Role	Regional strike ME	Pacific theater / anti‑ship	Global conventional deterrence	Quick‑strike / anti‑ship	Naval / coastal

Facts About Ballistic Missiles & ICBM

noreply@blogger.com (Susan) — Thu, 17 Sep 2026 15:29:00 +0000

A ballistic missile is a missile that travels through the air along a high, curved trajectory, similar to throwing a ball very far—hence the name ballistic.

How it works

A ballistic missile generally has three phases:

Launch/boost 🚀 — Its rocket engines fire and accelerate the missile upward and forward.

Midcourse 🛰️ — After the engines stop, it can travel through the upper atmosphere or space mostly by inertia, following a ballistic trajectory.

Reentry/terminal ☄️ — The warhead comes back into the atmosphere at very high speed and descends toward its target.

So after the rocket engines stop, the missile doesn't need an engine constantly pushing it toward the target. Its trajectory is largely determined by its initial velocity, gravity, and the shape of its flight path.

One subtle point: saying it "relies on gravity" is slightly incomplete. Gravity pulls it toward Earth, but momentum is what keeps it moving forward. The combination of the two produces the characteristic curved/ballistic trajectory.

That's also why it's called a ballistic missile: much of its flight after powered ascent follows a trajectory governed by physics—especially gravity and inertia—rather than continuous powered flight.

Where The Engine Shut Downs

Usually, the rocket engine shuts down near the end of the boost phase, often at very high altitude—sometimes near or above the edge of space, depending on the missile.

But the exact altitude varies considerably between missiles.

After Shut Down?

A ballistic missile is generally built in stages. When a stage has finished burning its fuel, it is no longer useful.

The discarded rocket stages don't follow the warhead all the way to the target. They separate and follow their own trajectories. Depending on the missile and where separation occurs, they can fall back toward Earth, burn up partially in the atmosphere, or in some cases remain in space temporarily.

What about the final "engine"?

The final rocket stage may carry the reentry vehicle/warhead. Once its job is finished, the propulsion system separates from the payload. The warhead/reentry vehicle then continues primarily through inertia and gravity.

So you can picture it as: Rocket gives the payload its enormous speed, Payload = coasts through space, then gravity + momentum = brings it back toward Earth.

And the rocket engine doesn't simply "break apart" when it stops. The missile deliberately separates its stages, using mechanisms designed for that purpose.

Could a discarded stage hurt people on the ground?

Yes. A spent rocket stage has a lot of mass, and when it falls back to Earth it can potentially cause damage.

Much of it may burn up during atmospheric reentry, depending on its size and materials. Larger pieces can survive and reach the ground.

This is one reason missile launches are carefully planned. The expected debris/impact area is taken into account, and military test launches generally occur over areas where falling stages won't endanger populated areas.

Does launching missiles create "rubbish" in space?

Sometimes, yes. But this is more complicated than simply leaving every missile stage floating around.

For an ICBM, some components can reach space or near-space, but many eventually fall back to Earth.

So rocket launches can contribute to space debris, but ICBM launches aren't the main source of today's enormous orbital-debris problem. Most ICBM test trajectories are not designed to put their stages into a permanent orbit.

Why are they different from ordinary missiles?

The important distinction is how they fly.

Ballistic missile goes very high, then falls toward the target at tremendous speed, whereas cruise missile generally stays inside the atmosphere and flies more like an aircraft, using engines and guidance throughout much of its flight.

Ballistic missiles can range from relatively short-range weapons to ICBMs (intercontinental ballistic missiles) capable of traveling thousands of kilometers.

For example, an ICBM could be launched from one continent, travel through near-space, and reenter the atmosphere over another continent.

Which Country First Created Missiles

The first true rockets—and therefore the ancestors of modern missiles—were developed in China.

🏹 China, around the 13th century: Chinese inventors developed gunpowder-powered rockets, initially used as weapons and fireworks.

The technology spread westward through Asia and eventually reached Europe.

🚀 Modern military missiles, however, are much more recent. They emerged mainly during World War II, particularly through German development of the V-1 flying bomb and V-2 rocket.

Which Country First Created Ballistic Missiles

The first country to create a modern ballistic missile was Germany during World War II.

The missile was the V-2 rocket, developed by Nazi Germany and first successfully launched in 1942. It was operationally used against targets in 1944.

Which Country First Created ICBM

Russia created the first ICBM - R-7 Semyorka, first succesful test on August 21, 1957 flew over 6,000 km. The purpose was to carry nuclear warheads from Russia to the United States. That same R-7 rocket launched Sputnik — the first satellite — into space!

Most Advanced Ballistic Missiles Today

Different countries lead in different technologies.

Russia's Avangard is probably the most unusual and technologically advanced type of ballistic-missile payload currently fielded. It isn't a conventional ballistic missile by itself: a ballistic missile boosts it into the atmosphere, after which the Avangard hypersonic glide vehicle separates and maneuvers toward its target. CSIS reports speeds reaching around Mach 20.

But for a conventional ICBM: China's DF-41 is one of the most impressive. It is an operational ICBM with a reported range of roughly 12,000–15,000 km, is road-mobile, and is believed capable of carrying multiple independently targeted warheads (MIRVs).

The US/UK Trident II D5 is arguably the most mature and proven system rather than the newest-looking one. It is launched from nuclear-powered ballistic-missile submarines and can carry multiple nuclear warheads. It has been operational since 1990 and has undergone extensive modernization.

In Other Words

Most exotic technology → Avangard (Russia).

Most advanced traditional land-based ICBM contender → DF-41 (China).

Most mature/proven strategic missile system → Trident II D5 (US).

However, Avangard is technically a hypersonic glide vehicle carried by a ballistic missile, whereas DF-41 and Trident D5 are themselves ballistic missiles. That's why comparing them as if they're exactly the same weapon can be misleading.

Missile	Country	Type	Range (km)	Warheads	Special Strength
Sarmat	🇷🇺 Russia	Silo ICBM	~18,000	10–16	Heaviest payload, Avangard‑capable
Trident II D5	🇺🇸 USA/UK	SLBM	~12,000	8–14	Most accurate, stealth subs
DF‑41	🇨🇳 China	Road ICBM	12,000–15,000	up to 10	Mobile, hard to target
Avangard	🇷🇺 Russia	HGV	ICBM‑boosted	1	Mach 27, uncatchable
M51.2	🇫🇷 France	SLBM	>10,000	6	Independent European deterrent

Khamenei was killed by ballistic missiles? - Blue Sparrow

On Feb 28, 2026, Israel reportedly launched Blue Sparrow missiles from F-15s toward Tehran. Reports claim they struck Khamenei's compound, killing him.

However, Israel and US have not officially stated which weapon was used. Some analysts caution that "Blue Sparrow" as the strike weapon is plausible but unproven — it could be speculation or misinformation spread on social media.

Khamenei's death itself was confirmed by Iranian state media, but exactly which weapon killed him remains officially unstated.

The Blue Sparrow was not originally built to kill people. It belongs to Israel's Sparrow family (Black → Blue → Silver), designed to simulate enemy ballistic missiles during tests of Israel's Arrow missile defense system. It mimics the speed, altitude, and radar signature of Iranian Shahab-3 and Scud missiles — so Israel could practice shooting them down.

But it can be weaponized: the same body can carry a real warhead instead of test instruments.

Detail	Information
Country of Origin	Israel 🇮🇱
Manufacturer	Rafael Advanced Defense Systems
Type	Air-Launched Ballistic Missile (ALBM)
Length / Weight	6.51 m / ~1,900 kg
Range	Up to ~2,000 km
Launch Aircraft	F-15 fighter jets
Guidance	Inertial + GPS satellite navigation
Trajectory	Briefly exits atmosphere → steep, near-vertical hypersonic descent

Blue Sparrow vs Kinzhal vs China's ALBMs

Feature	Blue Sparrow (Israel) 🇮🇱	Kh-47M2 Kinzhal (Russia) 🇷🇺	CH-AS-X-13 / JL-1 (China) 🇨🇳
Length / Weight	6.51 m / ~1,900 kg	~8 m / ~4,300 kg	~10–12 m / 8,000–10,000 kg
Range	~2,000 km	1,500–2,000 km (MiG-31) / up to 3,000 km (Tu-22M3)	~3,000 km+
Speed	Mach 5–9 (est. Mach 10–15 terminal)	Up to Mach 10 (terminal)	Mach 5+ (est.)
Guidance	Inertial + GPS (high precision)	Inertial + GLONASS	Inertial + Beidou
Accuracy (CEP)	~3–5 meters (reported)	~10–20 meters	~10–30 meters (est.)
Warhead	Conventional penetrator (~300–500 kg)	Conventional (480 kg) OR Nuclear	Nuclear-capable
Launch Aircraft	F-15I	MiG-31K / Tu-22M3	H-6N / H-6K bomber
Trajectory	Exits atmosphere → steep near-vertical dive	High ballistic arc → hypersonic dive	High arc, anti-ship variant exists
Original Purpose	✅ Began as target missile → converted to strike weapon	✅ Built from start as strike weapon (derived from Iskander-M)	✅ Built from start as strategic nuclear deterrent
First Operational	~2010s (as target); strike variant reported ~2024	2017–2018	~2024–2026
Combat Use	Reported in strikes on Iran (2024, 2026)	Used extensively in Ukraine (2022–present)	Not publicly used in combat

No country has ever used an ICBM in an actual war.

Even though physically possible, no country has ever deployed operationally armed conventional ICBMs. Here's why:

The "Nuclear Mistake" Risk — Biggest Problem

The main reason is nuclear deterrence. Most ICBMs are nuclear-armed, and using one against another nuclear power could trigger catastrophic retaliation.

If the U.S. launched a conventional ICBM, Russia/China would see the same radar signature as a nuclear ICBM, they cannot tell the difference so they might assume it's a nuclear strike and launch their own nuclear missiles in retaliation and cause World War III by accident.

Cost vs. Value Problem

ICBMs are extremely expensive — billions to develop, millions per missile. A conventional warhead is just ~500 kg explosives — you can deliver that cheaper with shorter-range missiles or bombers. It's like using a nuclear submarine to deliver a single commando — overkill and dangerous.

Russia-Ukraine War

True ICBMs (≥5,500 km range) = never used.

But there was major confusion in Nov 2024. Ukraine claimed Russia fired an ICBM at Dnipro. Putin corrected it, it was the Oreshnik — intermediate-range (IRBM), NOT ICBM (~3,500–5,000 km, below the 5,500 km ICBM threshold).

All confirmed Russian missiles in Ukraine: Iskander (SRBM), Kinzhal (ALBM), Oreshnik (IRBM) — none are ICBMs.

US–Iran / Israel–Iran conflicts

ICBMs also never used.

Why? US didn't need them — used bombers, cruise missiles, regional ballistic missiles. Iran has no ICBM capability at all — their longest-range missiles are ~2,000 km (MRBM), nowhere near ICBM.

US has never fired an ICBM in combat in all of history. No country ever has.

Country With Most Ballistic Missiles

Rank	Country	Estimated Missiles	Notes
🥇	🇨🇳 China	~2,900–3,100	World's largest conventional missile force — SRBM + MRBM + IRBM
🥈	🇷🇺 Russia	~1,400	Mostly shorter-range + ICBMs
🥉	🇺🇸 United States	~1,300	Mostly ICBMs + SLBMs
4	🇰🇵 North Korea	~1,000	Rapidly growing
5	🇮🇱 Israel	~850	Jericho series
6	🇮🇷 Iran	~800	Large conventional regional force
7	🇹🇷 Turkey	~320	Mostly short-range

Aircraft Carriers Explained: Design, Operations, and Strategic Might

noreply@blogger.com (Susan) — Thu, 17 Sep 2026 14:15:00 +0000

How Many Aircraft There In Aircraft Carrier & What Type is Mostly On Board

A U.S. aircraft carrier typically embarks an air wing of about 60 to 75 aircraft, though the carrier itself has a maximum capacity of around 90. The composition can vary by deployment, but the F/A-18E/F Super Hornet is the most numerous and serves as the backbone of the air wing.

The interesting part is that most of them are fighter/attack aircraft.

Type	Quantity (Approx)	Role
F/A-18E/F Super Hornet	30-36	� Backbone — strike, air superiority, attack
F-35C Lightning II	10-12	Stealth strike fighter — growing to 16
EA-18G Growler	5–7	Electronic attack / jamming
E-2D Advanced Hawkeye	4–5	Airborne early warning — radar & command
MH-60R/S Seahawk	8–19	Anti-submarine, search & rescue, transport
CMV-22B Osprey	2–3	Cargo / onboard delivery
MQ-25 Stingray (new)	0–2	Aerial refueling drone — entering service 2026–27
TOTAL	~65–70

1. F/A-18E/F Super Hornet — the workhorse

These make up the largest portion of the fixed-wing combat aircraft. They can perform both air-to-air combat and attacks against ground/sea targets.

2. F-35C — the stealth aircraft

The F-35C is gradually becoming an increasingly important part of carrier air wings. It provides stealth, advanced sensors and information-sharing capabilities. The Navy describes it as replacing some of the older F/A-18E/Fs as the air wing modernizes.

3. EA-18G Growler — protects the other aircraft

The Growler is based on the Super Hornet but is specialized for electronic warfare—detecting, jamming and attacking enemy radar/electronic systems.

4. E-2D Hawkeye — the carrier's flying radar station

This is particularly important. It has a large radar mounted above the fuselage and acts as an airborne command-and-control center, giving the carrier group a much better picture of aircraft and other threats at long distances.

5. MH-60R/S helicopters — the "utility specialists"

They aren't primarily there to attack cities or enemy aircraft. They perform missions such as anti-submarine warfare, surface surveillance, search and rescue, logistics and other support missions.

Question	Answer
Only 2 fighter types?	YES — F/A-18E/F and F-35C
Any others?	EA-18G exists but it's jamming, not fighting
F/A-18E vs F — different?	Same plane — E = 1-seat, F = 2-seat
F-35A/B/C all same?	NO — only C flies from carriers; B = amphibious ships; A = land only
Older planes still there?	F/A-18C/D legacy Hornets are mostly gone from frontline carriers now

Comparison of the Two Fighter Planes

Factor	F/A-18E/F Super Hornet	F-35C Lightning II
Unit cost	~$67 million	~$103 million (+53%)
Cost per flight hour	$25,000–$28,000	$35,000–$40,000 (+40%)
Stealth	❌ None	✅ Yes — radar-evading
Internal weapons	N/A	✅ Clean, hidden — first-day strike
External heavy load	✅ 11 hardpoints — carries more heavy bombs/missiles easily	⚠️ Only in non-stealth "beast mode" — loses its main advantage
Refueling duty	✅ Acts as tanker — critical at 1,000 km standoff	❌ Cannot — no buddy-fuel system
Maintenance	Simple, rugged, quick to fix	Delicate stealth coating — high upkeep, especially in salt air
Sorties per day	Higher — flies more often	Lower — more prep time between flights
Production numbers	~620 built — mature, steady supply	~170 — still ramping up

Other Nations — Just For Reference

Country	Carrier Fighter Types
🇺🇸 USA	F/A-18E/F + F-35C (+ EA-18G)
🇫🇷 France	Only 1 type — Rafale M
🇨🇳 China	J-15 (J-35 coming soon)
🇬🇧 UK	F-35B only (STOVL — no catapult)

However, the carrier itself is only one part of the Carrier Strike Group. It normally operates alongside cruisers/destroyers and other ships carrying their own missiles, sensors and helicopters. The carrier therefore isn't expected to do everything with its aircraft alone.

Which is The Most Expensive US Aircraft Carrier

The USS Gerald R. Ford (CVN-78) is the most expensive U.S. aircraft carrier ever built, and it is also the lead ship of the newest Ford class.

The Ford itself cost about $13.3 billion in the dollars of the time it was funded. Adjusted to 2024 dollars, the Congressional Budget Office puts the figure at about $19.6 billion. That figure does not include about $6 billion in research and development costs for technologies developed for the entire Ford class.

So you may see different numbers such as $13.3 billion, $19.6 billion, or roughly $25 billion depending on exactly what is being counted. And from the beginning of construction to delivery was roughly 9 years, and becoming fully operational took considerably longer.

How Many US Aircraft Carriers Were Sent to the Region

According to the available reports from the 2026 conflict, 4 US aircraft carriers were sent to the Middle East, but none were confirmed by US sources to have been hit.

Carrier	Class	Deployed	Area	Status
USS Gerald R. Ford (CVN-78)	Nuclear	Feb–Aug 2026	Red Sea / Eastern Med	✅ Departed Aug 2026 → Mediterranean
USS Abraham Lincoln (CVN-72)	Nuclear	Feb–Aug 2026	Arabian Sea	✅ Returned home Aug 2026
USS George H.W. Bush (CVN-77)	Nuclear	Apr 2026	Arabian Sea / Gulf	✅ Active
USS George Washington (CVN-73)	Nuclear	Aug 2026	Arabian Sea	✅ Active (replaced Lincoln)

Total US carriers in entire Navy: 11; ~36% of the whole force deployed to this conflict.

Claims of Being Hit vs. US Denials

The discrepancy between Iranian claims and US statements is a central point of contention.

Claims Regarding USS Abraham Lincoln: Iran repeatedly claimed to have struck the Lincoln with missiles or drones, asserting it was forced to withdraw. The US military (CENTCOM) consistently and firmly denied these claims, stating the missiles "did not even come close" and the ship remained fully operational.

Claims Regarding USS Gerald R. Ford: Some reports linked a fire on the Ford to an Iranian attack. However, verification efforts concluded the attack claims were false. The fire was reported as an internal, non-combat incident in a laundry area, and the ship went to port for repairs, not because of battle damage.

Spoiled Toilets

The toilet troubles are well-documented, particularly on the USS Gerald R. Ford and the USS Abraham Lincoln.

On the USS Ford: The ship's vacuum sewage system has been a persistent problem. Records show 205 toilet breakdowns in just four days in March 2025, and 42 requests for external repair assistance since 2023.

A 2020 Government Accountability Office report found the pipes were too narrow for the crew size. While the Navy downplays it as "highly exaggerated," the Chief of Naval Operations acknowledged issues caused by misuse (like flushing t-shirts) and wear from long deployments.

On the USS Lincoln: Reports from August 2026 describe unusable toilets, mold in showers, and water shortages. Congress members demanded explanations after reports of these conditions and their impact on crew morale.

Why The Aircraft Carrier Stay So far Away Most of The Time

US aircraft carriers remained far from Iran most of the time because Iran's anti-ship missile network created a "no-go zone" that made close approach too risky.

Iran built a layered coastal defense system specifically designed to threaten high-value ships like aircraft carriers. Several systems have ranges that extend well into the Gulf of Oman and Arabian Sea.

Khalij Fars (Persian Gulf): An anti-ship ballistic missile with a range of roughly 300 km and speeds of Mach 3–4, designed to hit moving ships. This alone covers the entire width of the Persian Gulf.

Zolfaghar Basir: An anti-ship ballistic missile with a range of about 700 km, using optical terminal guidance to target large vessels.

Abu Mahdi: A long-range anti-ship cruise missile with a range exceeding 1,000 km, capable of low-altitude flight and evading radar.

Fattah-2 hypersonic = ~1,500 km range, Mach 13–15 — extremely hard to intercept.

The hypersonic missile is the main reason they stay 1,000 km away. Before Fattah proved it could penetrate defenses in March 2026, carriers operated at 200–400 km; after that, they pulled back and have stayed far out ever since.

Jet	Unrefuelled Combat Radius	At 300 km	At 1,000 km
F/A-18E/F Super Hornet	~700–800 km	✅ Full power — no refueling needed	❌ Cannot reach without mid-air refueling
F-35C Lightning II	~1,100–1,200 km	✅ Full power — no refueling needed	⚠️ Barely reaches — minimal weapons, almost no loiter time

One weapon — the hypersonic missile — pushed them far enough away that the carriers lost 3/4 of their striking power. They can still hit Iran, but not with overwhelming speed or weight — and that is exactly why this war has dragged on without a clear, fast outcome.

The 'Dancing Missile' Explained: The Science Behind Iran’s Sejjil-2

noreply@blogger.com (Susan) — Thu, 17 Sep 2026 13:14:00 +0000

Facts About Iran's Sejjil-2 MRBM

The Sejjil-2 (also spelled Sajjil, or called Ashoura/Ashura) is a two-stage, solid-fuel, medium-range ballistic missile (MRBM) designed and built domestically by Iran.

It is considered a significant technological leap for Tehran because it represents a shift away from older, slower-to-launch liquid-fueled designs.

Dancing Missile?

The viral video showing a white, wavy/snake-like smoke trail in the night sky is almost certainly the Sejjil‑2 — Iran's two‑stage, solid‑fuel ballistic missile, widely nicknamed the "Dancing Missile" or "Cobra trail missile."

In fact, Iranian state media specifically described the June 2025 Sejjil-2 launch as producing a “serpentine” / “cobra-like” winding plume.

Sejjil-2 is an Iranian-made missile. It was developed and produced domestically by Iran as part of its effort to move from liquid-fueled missiles toward solid-fueled systems.

The CSIS Missile Defense Project describes Sejjil as a “domestically designed and built by Iran” two-stage solid-propellant medium-range ballistic missile.

The missile wasn't actually flying like a cobra

Two‑stage separation: When the 1st stage burns out and detaches in a small explosion, the 2nd stage ignites — creating a bright flash and a sudden change in the exhaust plume.

High‑altitude wind shear: At 60–100 km altitude, strong, shifting winds twist the condensation trail into a cobra‑like, winding, corkscrew shape that glows white against the dark night sky (illuminated by sunlight from below the horizon — the "twilight effect").

The white winding shape is mostly the exhaust/condensation plume being distorted by winds at different altitudes, rather than the missile itself making huge snake-like turns.

The missile travels generally along its intended trajectory, while the exhaust plume remains suspended in the atmosphere.

Different layers of wind can push different sections of the plume in different directions, creating that spectacular "snake" appearance.

What Iran Targeted with Sejjil‑2

The Sejjil‑2 has been used operationally only recently — in the 2025–2026 Iran‑Israel war. Never used before June 2025 — for 17 years (since 2008 tests) it was held in reserve, considered Iran's "ace in the hole."

The Sejjil-2 shown in the famous “cobra/dancing smoke” footage was launched by Iran toward Israel. The clearest publicly reported instance was during the June 2025 Iran–Israel war.

First Ever Operational Use — Operation True Promise III

On June 18–19, 2025, Iran said it launched Sejjil-2 missiles toward Israel. Israeli sources said the missile was intercepted, with fragments causing minor damage.

Israeli sources claimed full interception; Iranian sources claimed partial success.

The primary target set was Israel — decision‑making centers, air force bases, defense infrastructure, intelligence/Mossad facilities, and military industry sites.

Later waves (June 22–29, 2025): Multiple Sejjil-2s were launched. Some successfully penetrated defenses and struck military sites — including the Kirya military complex in Tel Aviv, air bases, and intelligence facilities.

Israel's own data showed interception success rates dropped significantly against Sejjil because of its speed (Mach 10–12) and maneuverability.

Bottom line: The first one was mostly shot down, but later ones successfully hit their intended military targets — Sejjil proved very hard to fully stop.

Second & Third Uses — March 2026 (Operation True Promise IV)

Israeli targets again — air bases, military command centers, defense infrastructure.

U.S. military bases in the Gulf — first time ever used against American targets: Al‑Harir Air Base (Iraqi Kurdistan) and Ali Al Salem Air Base & Camp Arifjan (Kuwait).

Confirmed Direct Hits (Sejjil‑2 & similar precision missiles):

#	Target	Location	Type	Damage
1	Kirya Military Complex	Tel Aviv	🪖 IDF Headquarters	✅ Direct hit — command buildings damaged; Israel's "Pentagon" struck
2	Nevatim Air Base	Negev Desert	✈️ Air Force Base	✅ Runways & facilities struck; major operational disruption
3	Ramon Air Base	Negev Desert	✈️ Air Force Base	✅ Multiple impacts reported; infrastructure damage
4	Intelligence Corps Base	Mount Hermon	🧠 SIGINT/Early Warning	✅ Radar & comms facilities damaged
5	Soroka Medical Center Area	Be'er Sheva	Military/Urban Zone	✅ Near miss — massive blast damage; hospital partially damaged
6	Ramat Gan / Diamond Exchange District	Tel Aviv suburb	Urban/Command vicinity	✅ Building collapse; large crater; shockwave damage over wide area

Was it launched using satellite navigation too?

Sejjil-2 uses combined guidance: Inertial Navigation (INS) + Satellite (GPS/GLONASS) corrections.

Even without satellites, the inertial system alone is already very accurate — satellite is just the "precision boost".

Iran uses encrypted, military-grade satellite channels — not civilian public GPS — so it's harder to jam or spoof. Some reports also mention stellar/horizon reference backup for mid-course correction.

Why Sejjil‑2 Was Amost Impossible to Intercept

Extreme Speed — Mach 10–14+

Flies from Iran to Israel takes ~7 minutes total — barely time to detect, calculate, and fire. It re-enters atmosphere at Mach 10–14 (3.5–5 km per SECOND) — faster than any Israeli interceptor can catch.

"Dancing" = Unpredictable Path

Maneuvering Reentry Vehicle (MaRV): In final minute before impact, Sejjil‑2 weaves, zigzags, and changes direction — literally "dances".

Defense systems work by predicting where the missile will be — Sejjil‑2 breaks the prediction math. Every time it moves, radars must re‑track, recalculate, and re‑fire — exhausting interceptors.

Launches in minutes — No Warning

Solid fuel = pre‑loaded, ready to go — Iran can erect and fire in under 15 minutes. Older liquid‑fuel missiles (Shahab) need hours to fuel — easy to spot/preempt.

Saturated & Overwhelmed

Iran launched multiple Sejjil‑2s at once, mixed with drones, decoys, and other missiles. Israel had to choose: chase decoys → real missiles get through / chase real missiles → runs out of interceptors.

Each Sejjil‑2 costs ~$2–3 million**; each Arrow‑3 interceptor costs ~**$3–5 million — Iran could afford to fire 3–4 for every 1 interceptor Israel launched.

Two‑Stage = Extra Flash & Confusion

Stage separation at high altitude = bright flash + sudden trail change → can temporarily blind/confuse infrared seekers on interceptors.

That wavy snake trail people saw? Wind‑blown condensation from stage separation — but that separation itself also masks the warhead from sensors.

Is Sejjil-2 Hypersonic Missile?

The Sejjil-2 is not classified primarily as a "hypersonic missile" in the modern sense of specialized maneuverable hypersonic weapons (like boost-glide systems or hypersonic cruise missiles). Instead, it is a medium-range ballistic missile (MRBM).

However, there is some overlap in terminology:

The Speed Factor: Like many medium and long-range ballistic missiles, the Sejjil-2 re-enters the atmosphere and travels at hypersonic speeds (speeds greater than Mach 5, with terminal speeds often estimated around Mach 10 to Mach 13).

The Distinction: In modern military terminology, a "hypersonic missile" usually refers to a weapon that maintains hypersonic speed and aerodynamic maneuverability within the atmosphere to evade missile defense systems (such as Iran's Fattah-2).

The Sejjil-2 follows a traditional ballistic trajectory after its two-stage solid-fuel boosters propel it out of and back into the atmosphere, rather than actively maneuvering throughout its descent.

Sejjil‑2 vs. US & Chinese Equivalents

The closest comparison for Iran's Sejjil-2 is China's DF-21 family.

The similarity between Sejjil-2 and DF-21 is actually quite striking: both are roughly 2,000-km-range, two-stage, solid-fuel, road-mobile ballistic missiles. The DF-21 entered Chinese service in 1991 and has several variants, including conventional land-attack and anti-ship versions.

One particularly interesting detail is that Sejjil is actually quite large for its range: CSIS gives it a launch weight of about 23.6 tonnes, compared with about 14.7 tonnes for DF-21.

The US has no deployed MRBM in this class since eliminating them under the INF Treaty (1987–2019). The US does not operate a missile equivalent to Sejjil‑2. If forced to compare, Pershing II is the closest historical cousin but with shorter range.

	Sejjil‑2 🇮🇷	DF‑21C 🇨🇳	Pershing II 🇺🇸 (Retired)
Range	2,000–2,500 km	1,750–2,500 km	~1,770 km
Fuel	Solid	Solid	Solid
Stages	2	2	1
Mobile	✅ Road	✅ Road	✅ Road
Payload	700–1,000 kg	600–1,200 kg	640 kg
Speed	Mach 10–12	Mach 10–12	Mach 8
Status	Operational	Operational	Retired

Facts About Hypersonic Missiles - How It Works

noreply@blogger.com (Susan) — Thu, 17 Sep 2026 10:49:00 +0000

How Hypersonic Missile Works

The easiest way to understand a hypersonic missile is to follow it from launch to impact.

First, an important point: “hypersonic” means traveling at Mach 5 or faster. But a missile doesn't have to use a special engine throughout its flight to be hypersonic.

There are two major modern types:

Hypersonic glide vehicle (HGV)

Hypersonic cruise missile (HCM)

1. Hypersonic glide vehicle

The basic sequence is:

🚀 Rocket launches

↓

🚀 Accelerates to enormous speed and altitude

↓

🛸 Glide vehicle separates

↓

🌎 Enters the atmosphere

↓

🛸 Flies at Mach 5+ while maneuvering

↓

🎯 Target

The rocket's job is mainly to give the glide vehicle altitude and velocity.

Once released, the glide vehicle doesn't need a conventional rocket engine continuously pushing it. It uses its enormous existing velocity and aerodynamic lift to travel through the atmosphere.

Think of throwing a paper airplane extremely hard from a great height—but obviously at vastly higher speed and with a sophisticated aerodynamic control system.

When & Where Separation Happens

For a hypersonic glide vehicle (HGV), separation normally happens near the top of the rocket's boost trajectory, before the vehicle begins its main atmospheric glide toward the target. But there's an important nuance: the exact separation point depends on the weapon.

🚀 The three stages

1. Upward/boost phase

The rocket accelerates the HGV to extremely high speed and altitude.

⬆️ Rocket is still powering it

2. Near the top — separation

The booster releases the HGV.

🛸 HGV is now on its own

It may be released while the overall trajectory is still moving upward, near the peak, or during a carefully controlled transition depending on the design.

3. Descent/glide phase

The HGV enters the atmosphere and uses aerodynamic lift to travel toward the target while maneuvering.

🛸 ↘️ ↗️ ↘️ 🎯

So it's not usually waiting until it is already far down the descending side to separate.

Why separate so high?

Because the rocket's job is to provide the HGV with lots of energy (speed + altitude).

Once it has that energy, carrying a heavy rocket engine and fuel is unnecessary. Separating the vehicle makes the remaining weapon much lighter and allows its aerodynamic shape to do the work.

Upward & Downward

The HGV can be moving at hypersonic speed during the transition from the upward boost to the downward glide, and it is specifically designed to remain hypersonic during its downward atmospheric glide.

During the upward part, the rocket booster is doing most of the work. The HGV itself may be traveling at hypersonic speed because the rocket has accelerated the entire vehicle to that speed. But this isn't really the HGV's gliding phase yet.

During the downward/glide part, the HGV enters the atmosphere and uses its aerodynamic shape and control surfaces to generate lift. So, instead of simply falling straight down, an HGV can do something more like:

🛸

/~~~~~~

/ ~~~

/ \ 🎯

2. Hypersonic cruise missile

This works differently.

🚀/✈️ Launch

↓

🔥 Engine accelerates missile

↓

🌎 Missile flies through atmosphere

↓

🔥 Engine continues powering it

↓

🎯 Target

A hypersonic cruise missile uses an air-breathing engine, typically a scramjet or related technology, to maintain high speed.

Russia's Zircon is an example of a weapon generally described as a hypersonic cruise missile.

Why are hypersonic weapons difficult to intercept?

There are several reasons.

🟢 1. Extremely high speed

At Mach 5, the missile is traveling roughly 1.7 km per second at sea-level-equivalent speed. At higher speeds, the reaction time for defenders becomes very short.

🟢 2. They can maneuver

This is perhaps more important than speed alone.

A traditional ballistic missile follows a relatively predictable trajectory:

🚀 ↗️

⬆️

↘️ 🎯

A maneuvering hypersonic weapon can instead do something more like:

🚀 ↗️

🛸 → ↘️ ↗️ → ↘️ 🎯

The defender therefore has a harder time predicting exactly where it will be.

🟢 3. They can fly relatively low

A traditional ballistic missile can travel extremely high into the atmosphere and even into space during part of its trajectory.

An HGV can instead spend much of its later flight inside the atmosphere, potentially making detection and tracking more challenging depending on the trajectory and sensor network.

🟢 4. Enormous heat

At hypersonic speed, air friction and especially shock-wave compression produce tremendous heating around the vehicle.

The nose and leading edges can become extremely hot.

That's why hypersonic weapons require specialized heat-resistant materials, thermal protection, aerodynamic designs, and guidance systems that continue functioning in extreme conditions.

Do Hypersonic Missiles Use Satellite Navigation?

Satellite navigation is used, but it is not the main or only system — and it often gets blocked mid-flight. Hypersonic missiles rely primarily on Inertial Navigation System (INS) as their core guidance.

Why It's Complicated: The Plasma Blackout

When flying at Mach 5+, air friction superheats the missile, creating a plasma sheath — a layer of ionized gas around the vehicle

This plasma blocks radio signals, including GPS/GLONASS/BeiDou — so satellite navigation often stops working during the fastest, most critical parts of flight

This means satellite signals are mostly usable only at launch / initial ascent, and sometimes briefly in the terminal phase as speed drops

How They Actually Navigate — Layered System

System	Role	Reliability
Inertial Navigation (INS) — onboard gyros & accelerometers	Primary core system — guides the missile the whole way, no external signals needed	✅ 100% immune to jamming & blackout; tiny position error grows slowly over time
Satellite Navigation (GPS/GLONASS/BeiDou)	Periodic correction — resets INS drift when signals can get through	⚠️ Intermittent; blocked by plasma during most of flight; vulnerable to jamming
Terminal Guidance (radar, infrared, optical seekers)	Final phase — homes in precisely on target (especially moving ones like ships)	✅ Works when speed drops enough; some systems combine it with INS
Celestial/Star Navigation (newer tech)	Backup — uses star patterns when satellite signals fail	✅ Cannot be jammed; China has tested this as of Aug 2026

Who The First Country to Make Hypersonic Missiles

Russia is widely recognized as the first country to field and operationalize hypersonic weapons.

2017 Operational Deployment: Russia's Kh-47M2 Kinzhal air-launched hypersonic missile entered experimental combat duty in late 2017, marking the first time a hypersonic weapon entered actual deployment status.

December 2019: Russia's Avangard hypersonic glide system officially placed on combat duty — world's first operational strategic hypersonic weapon.

October 2019: China publicly displayed DF-17, assessed operational shortly after.

March 2022: Russia used Kinzhal in Ukraine — first combat use of any hypersonic missile.

So by the standard of deployed, operational, service-adopted hypersonic missiles, Russia came first.

Do the US and Israel Have Hypersonic Missiles?

Here's the clear, verified status as of September 2026:

The short answer is no, not in a fully operational, combat-proven sense. While both countries have active hypersonic programs, their status is starkly different.

United States — Not Yet Operational, Very Close

The U.S. has invested heavily in hypersonic technology but has not fielded a combat-ready hypersonic missile. Its primary system, the Dark Eagle (Long-Range Hypersonic Weapon), has faced repeated delays and is still not fully operational

Status: The first Army unit is trained, but the system has missed multiple deployment deadlines (2023, 2025) due to technical complexity. As of early 2026, it was still completing final integration and testing

Capabilities: The Dark Eagle is designed to travel at Mach 17 with a range exceeding 2,775 km, intended to strike high-value, time-sensitive targets deep inside defended territory.

Production Bottleneck: Production is extremely slow. Officials have stated the current rate is only 1 to 2 missiles per month, which is a major concern for sustained combat operations.

Deployment Plans: Despite not being fully ready, U.S. Central Command has requested deploying the Dark Eagle to the Middle East, signaling a "push to deploy before fully ready" approach.

System	Type	Status
LRHW "Dark Eagle" (Army)	Boost-glide HGV, Mach 5+	First battery delivered; training units exist; combat-ready operational fielding expected late 2026 — 2+ years behind original schedule
CPS (Navy — same glide body)	Ship/sub-launched HGV	Testing; deployment on Zumwalt-class destroyers planned ~2028
HACM (Air Force)	Scramjet hypersonic cruise missile	Development; operational capability ~2027–2028
AGM‑183A ARRW	Air-launched HGV	Multiple test failures; scaled back; limited testing only — not operational

Israel — No Dedicated Hypersonic Strike Missiles

Israel does not have an operational hypersonic strike missile program — but it does have ballistic missiles that hit hypersonic speeds, plus advanced hypersonic defense development.

Israel's focus is defense, not offense — they're building systems to stop hypersonic missiles, not launch them. Instead, Israel operates a range of air-launched ballistic missiles (like Rampage and Air LORA). These are fast and precise but have ranges of only 150 to 400 km and do not achieve hypersonic speeds

Israel focuses more on missile defense systems like Iron Dome, David’s Sling, and Arrow (especially the Arrow-4 system, which is designed to intercept ballistic and hypersonic threats).

Israel is collaborating with the U.S. on hypersonic defense capabilities and has shown interest in developing offensive hypersonic weapons, but as of 2026, there are no confirmed deployments of Israeli-made hypersonic missiles.

	United States	Israel
Operational hypersonic strike missiles	❌ Not yet; fielding imminent (late 2026)	❌ None
Hypersonic glide vehicles (HGV)	Dark Eagle / CPS — testing, initial battery exists	❌ None
Hypersonic cruise missiles	HACM — in development	❌ None
Ballistic missiles reaching ≥Mach 5	✅ Many (ICBMs, SLBMs — but not maneuvering)	✅ Jericho series — fixed trajectory
Hypersonic defense interceptors	✅ In development	✅ Arrow‑4, SkySonic — advanced testing
Compared to Russia/China/Iran	Lagging behind in deployed numbers; catching up	No offensive hypersonic program at all

Facts About The US, China, and Russia's Most Powerful Fighter Jets

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 20:03:00 +0000

F-22 Raptor - The US No 1 for Air Superiority

Lockheed Martin F-22 Raptor is unmatched in dogfights and stealth. It features supercruise ability (flying supersonic without afterburners) and extreme agility.

Lockheed Martin | 5th Generation | USAF only

Top speed: Mach 2.25 (~1,500 mph / 2,410 km/h)

Supercruise: Mach 1.8+ without afterburner — unique among U.S. fighters

Stealth: Lowest radar cross-section of any operational fighter

Key strengths: Thrust vectoring for unmatched maneuverability, AN/APG-77 AESA radar, internal weapons bays (6× AIM-120 + 2× AIM-9)

Status: Entered service 2005; ~187 built; production ended 2011; never exported

Role: Air dominance — designed to defeat any enemy aircraft.

Exclusively USAF Only

The F-22 is exclusively operated by the U.S. Air Force only and has never been sold to any other country, including close allies. Allies tried & were rejected, such as Japan, Australia, and Israel all formally requested to buy F-22s — Japan even proposed a custom variant — but all were turned down.

The F-22 has seen operational use over Syria, against targets in the Middle East, and more recently in operations related to Iran (as of 2026). No F-22 has ever been hit, damaged, or shot down by enemy air defenses or enemy aircraft.

However, several F‑22s have been destroyed in crashes due to mechanical failure, pilot error, or maintenance mistakes — not enemy action. So the F-22's famous reputation hasn't really been tested in a conventional fighter-vs-fighter war yet.

That's actually one of the interesting things about the F-22: its combat record is real, but its legendary air-to-air capability has never been tested against an equally sophisticated enemy fighter in a publicly documented engagement.

Price & Quantity

Unit cost: ~$334 million per plane — far pricier than F-35 (~$80–100M). The U.S. alone covered every expense, unlike F-35, it spreads costs across 15+ partner nations; F-22 had zero external buyers.

F-22 Raptor was designed in the 1980s–90s to defeat massed Soviet advanced fighters. Soviet Union collapsed in 1991; by the time F-22 entered service (2005), the U.S. was fighting Iraq & Afghanistan — insurgencies with no air-to-air opponents.

The original plan was enormous — roughly 750 F-22s were envisioned at one point. But the number was repeatedly reduced. Eventually, the U.S. bought only 187 operational production F-22s.

F-22 was extremely specialized, extremely capable, extremely expensive while F-35 is less specialized for air-to-air combat, but much more versatile and much cheaper to operate at large scale.Because of that, the Pentagon chose to have fewer F-22s and build large numbers of F-35s.

Production Ended in 2011

Once the U.S. decided to stop buying F-22s, Lockheed Martin's specialized production system was shut down. The final F-22 came off the assembly line in December 2011.

And once you destroy/disassemble a specialized production ecosystem, restarting it isn't like reopening a factory next week.

You have to recreate specialized tooling, suppliers, trained workers, manufacturing processes, components, engineering documentation, testing infrastructure. That's why "Why don't they just start making F-22s again?" is actually a much harder question than it sounds.

Officials argued "No nation will have a comparable jet for decades — why build hundreds?" That assessment looked correct in 2009, but surprisingly China's J-20 flew just two years later. The U.S. bet on the F-35 as the cheaper, more versatile future fleet — a bet that looked smart until the J-20 appeared and the threat landscape shifted again.

	J-20	Su-57	F-22
Operational	2017	2020	2005
Est. built	300+ and accelerating	~32–42 (slow due to sanctions)	187 (fixed)
Production	Mass production ongoing	Slow/trickling	Permanently closed
Status	Primary concern	Secondary threat	Fleet aging, no reinforcements

The Chengdu J-20 (Mighty Dragon)

The Chengdu J-20 (Mighty Dragon) — specifically the WS-15‑powered J‑20A variant — is China's most powerful fighter aircraft as of late 2026.

J‑20A variant with indigenous WS‑15 engine delivers greater thrust, supercruise, and improved stealth vs earlier models, whereas the J‑20S is the world's only operational twin‑seat 5th‑gen fighter, configured to command loyal wingman drones and networked formations.

Feature	Details
Type	Twin‑engine, fifth‑generation stealth air‑superiority fighter
Status	Operational since 2017; J‑20A (WS‑15) & J‑20S (two‑seat) entered service Sep 2025
Estimated fleet	~350–500; production ~100–120/year
Primary mission	Long‑range air superiority; designed for the Western Pacific theatre
Key armament	PL‑15 long‑range AAM (~200–300 km), PL‑10 short‑range, precision strike munitions
Max speed	~Mach 2.0+; supercruise capability with WS‑15
Range	~3,400 km ferry; ~1,200+ km combat radius — critical in the region

The J-20A is regarded by analysts as China's most advanced tactical-combat aircraft. It combines low-observable stealth, AESA radar, advanced sensors and long-range air-to-air missiles.

Only operated by the Chinese military

As of 2026, China has not sold the J-20 or any of its operational J-20-family stealth fighters to another country. The J-20 remains an aircraft operated by the Chinese military.

The biggest reason is technology sensitivity. The J-20 contains technologies China considers strategically important and therefore China is cautious about allowing another country to operate the J-20.

Where the J-20 has been used

The J-20 has been actively used by China's military, but it has not been used in a confirmed real war or shot at enemy aircraft in combat as far as publicly available evidence shows.

Its operational use has mainly been patrols, interceptions, training, and major military exercises.

J-20s have conducted combat patrols over the East China Sea. In 2022, U.S. Pacific Air Forces commander Gen. Kenneth Wilsbach confirmed that U.S. aircraft had encountered Chinese J-20s operating there.

China has also used J-20s for "alert patrols" and training in the South China Sea. Chinese state media described these as routine training missions. So the J-20 isn't simply sitting at an airbase—it is being used operationally around China's maritime approaches.

Category	F‑22 Raptor	J‑20A (WS‑15)	Advantage
Origin / Status	USA; operational since 2005; production ended 2011 (187 built, ~150 combat‑capable)	China; operational since 2017; WS‑15 variant entered service 2025; ~350–500 built, ~100–120/year	J‑20 — numbers & ongoing production
Top Speed	Mach 2.25	~Mach 2.0	F‑22
Supercruise	Mach 1.7+ (no afterburner)	Mach 1.8 (WS‑15)	Roughly equal
Combat Radius (internal fuel)	~850 km (460 nm)	~1,100–1,200+ km	J‑20 — critical in Pacific distances
Engines	2× F119; 156 kN thrust each; 2D thrust vectoring (±20° pitch)	2× WS‑15; ~180 kN thrust each; thrust vectoring rolling out	F‑22 — mature vectoring; J‑20 has higher thrust
Stealth / RCS	~0.0001–0.001 m²; all‑aspect design	~0.025–0.1 m²; optimized frontal; canards/rear nozzles increase side/rear signature	F‑22 — substantially lower RCS, especially from sides/rear
Radar	AN/APG‑77 AESA; ~200+ km detection	Type 1475/KLJ‑5 AESA; larger aperture, ~200+ km+ detection	Effectively equal — J‑20 may have longer forward range
Sensors	AESA + ALR‑94 EW; no IRST/EOTS (no passive thermal detection)	AESA + EOTS/IRST — passive long‑range thermal tracking; helmet‑mounted display standard	J‑20 — passive detection ability F‑22 lacks
Primary Weapons	6× AIM‑120D (~160 km) + 2× AIM‑9X; 20mm cannon	4× PL‑15 (~200–300 km) + 2× PL‑10; no internal gun	J‑20 — longer‑range missiles; F‑22 — more missiles + gun
Data Links / Networking	Older 1990s‑era architecture; cannot fully share data with F‑35	Modern native networked design; J‑20S twin‑seat variant commands drone swarms	J‑20 — newer, more open architecture
Maneuverability	World‑class; thrust vectoring gives edge in close combat	Highly agile but no full vectoring yet; designed to avoid close fight	F‑22 — superior within visual range
Combat Experience	Limited strikes in Syria (2014–); no air‑to‑air kills	None — no combat missions	F‑22
Strategic Design Goal	Pure air superiority — dominate anywhere	Long‑range penetrator — kill tankers/AWACS before they support US fighters	Different roles, not direct apples‑to‑apples

Sukhoi Su-57 “Felon”

Russia's most powerful fighter plane is the Sukhoi Su-57 “Felon” — Russia's only operational fifth-generation stealth fighter and currently the most advanced fighter in the Russian inventory. Russia continues to upgrade it, and new upgraded aircraft were delivered to the Russian Aerospace Forces in September 2026.

The Su-57 is unusual because Russia designed it to combine stealth, very high maneuverability, long-range weapons and substantial strike capability rather than focusing exclusively on stealth.

Its onboard systems are designed to let it operate independently or exchange information with other aircraft and ground systems.

Feature	Details
Generation	5th‑generation stealth multirole fighter
Max Speed	Mach 2.0 (~2,130 km/h)
Combat Radius	~1,500 km (unrefueled)
Sensors	N036 Byelka AESA radar suite, 101KS Atoll IRST, full sensor fusion
Stealth	Shaped airframe, radar‑absorbent materials, internal weapon bays
Maneuverability	2D/3D thrust‑vectoring nozzles; supermaneuverable; supercruise capable
Weapons	R‑77M, R‑37M long‑range AAMs; precision‑strike munitions; up to 10 t payload
Fleet Status (2026)	~24–42 total (prototypes + production); low‑rate series production ongoing

And Russia is still upgrading it

This is important because the Su-57 you see today isn't necessarily the final version.

In December 2025, a Su-57 began flight testing with Russia's new Product 177 fifth-generation engine. The engine is reported to produce about 16,000 kgf of afterburning thrust, while improving fuel consumption and service life.

Russia also began flight testing a two-seat Su-57D in May 2026. This version is intended not only for training but potentially for controlling and coordinating groups of manned and unmanned aircraft.

Sold To Other Countries?

Algeria is the first foreign operator

The first known foreign customer is Algeria, which received the export version called the Su-57E. Russia confirmed in November 2025 that it had delivered two Su-57s to an unnamed foreign customer; Algeria had already been widely reported as the buyer, and Su-57s were subsequently filmed flying in Algeria.

Russia's manufacturer, UAC, has also said Algeria has ordered at least 10 Su-57Es, although the exact final number has not been publicly confirmed.

These Are The Only 5th Generation Fighter Planes Today & Created Only By 3 Countries

#	Aircraft	Country	In Service Since	Notes
1	F‑22 Raptor	🇺🇸 USA	2005	Not exported; production closed
2	F‑35 Lightning II	🇺🇸 USA	2015	3 variants (A/B/C); operated globally
3	J‑20 Mighty Dragon	🇨🇳 China	2017	Air superiority
4	Su‑57 Felon	🇷🇺 Russia	2020	Multirole; slow production
5	J‑35	🇨🇳 China	Sep 2025	Carrier‑based + land variants; ~50+ built

There are five distinct, fully operational 5th‑gen fighter designs in the world right now: F‑22, F‑35, J‑20, Su‑57, J‑35. And China is the only country besides the U.S. with two operational 5th‑gen types.

According to Western analysts, The United States has by far the most fifth‑generation fighter planes in the world — more than all other nations combined.

Rank	Country	Aircraft	Approx. Operational Fleet
1	🇺🇸 United States	F‑22 Raptor (~180) + F‑35A/B/C (~850+)	1,030+
2	🇨🇳 China	J‑20 Mighty Dragon (~300–500) + J‑35 (entering service)	300–500
3	🇦🇺 Australia	F‑35A	72
4	🇯🇵 Japan	F‑35A/B	55
5	🇳🇴 Norway	F‑35A	52
6	🇬🇧 United Kingdom	F‑35B	47
7	🇮🇹 Italy	F‑35A/B	47
8	🇷🇺 Russia	Su‑57 Felon	~25 (range: 20–30)
—	Others	F‑35 (Israel, Netherlands, S. Korea, etc.)	~200 total across 15+ nations

	🇺🇸 F‑22 Raptor	🇺🇸 F‑35 Lightning II	🇨🇳 J‑20 Mighty Dragon	🇷🇺 Su‑57 Felon
Primary Role	Air superiority, deep penetration	Multirole / networked strike	Long‑range air superiority, Pacific	Multirole, supermaneuverable
Entered Service	2005	2015	2017	2020
Max Speed	Mach 2.25 (~2,410 km/h)	Mach 1.6 (~1,930 km/h)	Mach 2.0+ (~2,130 km/h)	Mach 2.0 (~2,130 km/h)
Supercruise	✅ Yes (Mach 1.72 sustained)	❌ No	✅ Yes (WS‑15 variant)	✅ Yes (improving with new engines)
Combat Radius	~850 km	~1,100 km (A)	~1,200+ km	~1,500 km
Stealth / Est. Frontal RCS	Excellent — ~0.0001 m²	Excellent — ~0.00015 m²	Very Good — ~0.01–0.05 m²	Good — ~0.1–1.0 m²
Radar	AN/APG‑77 AESA	AN/APG‑81 AESA + 360° DAS	Type 1475 AESA	N036 Byelka AESA (5 arrays)
Maneuverability	Outstanding — 2D thrust vectoring	Good — conventional	Very Good — canards	Exceptional — 3D thrust vectoring
Key Weapons	AIM‑120D, AIM‑9X	AIM‑120D, AIM‑260, standoff	PL‑15 (~300 km), PL‑21	R‑37M (~400 km), hypersonic capable
Operational Fleet (2026)	~180	~850 (US) / 1,300+ global	300–500	~25–30
Unit Cost	~$150M	~$78–82M (F‑35A)	~$110–120M	~$40–50M
Export	❌ Never exported	✅ Global program	❌ Not for export	✅ Offered for export
Strengths	Best stealth + supercruise; unrefuted air dominance	Best sensors, networking, mass production	Largest fleet outside US; long range	Unmatched agility; long‑range missiles
Weaknesses	No upgrades; short legs; production closed 2011	Slower; no supercruise; single engine	Limited operational data; engine maturation	Slow production; weaker stealth materials

Trump's $300B Iran Deal: What Went Wrong and Why It Collapsed

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 20:02:00 +0000

Trump Offered Big Sum of Money To End The War

Trump did pursue ending the war with Iran and the June 17, 2026 agreement included very large financial/economic provisions — but it was not a direct cash payment from Trump personally or the U.S. Treasury to Iran.

The amount being discussed was enormous: up to US$300 billion (US$300,000 million) for Iran's reconstruction and economic development. The proposal involved a potential investment and reconstruction fund, alongside other economic incentives.

Trump announced a preliminary peace deal (Memorandum of Understanding) June 17, 2026 to end the conflict. He did want the war to end publicly — citing concerns about oil prices and economic harm.

The US$300 billion proposal (June 2026)

According to Al Jazeera's June 16 report, a proposed US-Iran memorandum of understanding included a fund of at least US$300 billion for Iran.

The idea was to help rebuild Iran's economy after the war, encourage foreign companies to invest in Iran, reopen economic opportunities that had been restricted by international sanctions, and make financial benefits conditional on Iran fulfilling its commitments, particularly regarding its nuclear programme.

JD Vance explained that the money would come from investment opportunities involving regional and international businesses, rather than simply being handed over by the American government.

Trump also considered lifting sanctions

In March 2026, the US proposed a 15-point plan that reportedly offered Iran extensive sanctions relief in exchange for removing its enriched uranium stockpile, abandoning uranium enrichment capabilities, accepting restrictions on its ballistic missile programme, and ending support for regional armed groups, including Hezbollah and the Houthis.

Then, in September, Axios and CNN reported that Trump was willing to consider sanctions relief and releasing frozen Iranian assets in exchange for nuclear concessions.

Trump publicly denied making that offer, saying he had offered Iran nothing.

Iran's response

Iran first reaction was accepting the deal - but called it "U.S. Surrender". Iran signed the MOU alongside Trump on June 17. Parliament Speaker Ghalibaf (top negotiator): "This agreement is a record of U.S. failure" — framed it as America surrendering to Iran's 10-point terms, not a gift.

Supreme Leader Ayatollah Mojtaba Khamenei approved opening negotiations, but stressed every U.S. promise must be fully implemented first — deep distrust of past U.S. broken commitments. President Pezeshkian signed formally; state media framed it as victory over aggression.

Iran 'initially demanded $400 billion in war reparations' — rejected; then accepted the $300B investment/reconstruction framework instead. Iran insisted funds be fully, freely accessible to the Central Bank of Iran without extra conditions — a key point of dispute: U.S. said details TBD; Iran said immediate access.

Iran immediately demanded full, unblocked ability to sell oil and keep revenue — this started within days. Iran demanded U.S. must act first — sanctions relief, asset access, end blockade → then Iran fulfills its commitments.

Issue	Iran's Position	U.S. Position
Funding source	Presented as secured for Iran	Said it's investors/Gulf partners, not U.S. taxpayer money
Frozen assets	Immediate, unrestricted access	Terms still being negotiated
Sanctions lifting	Full, permanent removal with timeline	Phased, conditional on Iranian compliance
Lebanon	Must stop Israeli attacks	Not part of this deal
Strait of Hormuz	Iran gets management role	Return to international norms

As of late October 2026, final negotiations are still ongoing — the MOU is not a permanent treaty.

Israel's Reaction — In a Nutshell

Israel's reaction was largely anger, disappointment and a sense of betrayal.

Some Israeli politicians and commentators described Trump's proposed agreement with Iran as an American surrender. They were particularly unhappy that Washington appeared willing to offer Iran enormous economic benefits without first securing the destruction of its nuclear programme.

Interestingly, this created a significant disagreement between two countries that had been fighting Iran together.

Netanyahu maintained that preventing Iran from acquiring nuclear weapons remained Israel's priority, whether or not an agreement was reached.

He also made clear that Israel's security interests were not automatically covered by an American agreement with Tehran. The Washington Post reported on June 15 that Netanyahu was facing pressure from both his political allies and opponents over Trump's agreement.

Other Israeli politicians were even more furious

Here are some notable reactions reported in June 2026.

Itamar Ben-Gvir

Netanyahu's National Security Minister said the agreement did not bind Israel. He insisted Israel was an independent sovereign country.

Bezalel Smotrich

Called the agreement bad for Israel and argued that Israel must retain freedom to act against Hezbollah.

Yair Lapid

Described the agreement as one of the most serious failures in Israel's foreign and security policy.

What Israel Hated Most About the Deal

Issue	Israel's Complaint
Nuclear program	Deal only deferred talks — did not demand full dismantlement or removal of enriched uranium. Israel called this the biggest failure
Ballistic missiles	Deal said nothing about Iran's missile arsenal
Hezbollah / Lebanon	U.S. tried to tie Israel's withdrawal to peace — Israel rejected external control over its northern border
Sanctions relief	Billions flowing to Iran = more money for Iran's network of proxies across the region
Exclusion	Decided without Israel at the table — Netanyahu was bypassed

Could Israel continue fighting even if Trump wanted peace?

Israel insisted that an American agreement with Iran did not automatically prevent Israeli military operations.

Trump reportedly became furious about Israeli strikes in Beirut that threatened to undermine the negotiations.

After the US Proposal, Is There Still a War?

Large-scale war paused, but it is not truly over — and fighting has resumed in limited ways. The June 17, 2026 MOU did not result in a permanent peace. It collapsed, and as of late October 2026, the conflict is in a dangerous, unstable "gray zone" — not full-scale war, but definitely not peace.

Israel kept striking Hezbollah in Lebanon → Iran said U.S. was violating the deal.

Date	Event
June 17	MOU signed ✅ — ceasefire starts
Late June	Israel keeps striking Hezbollah; Iran warns deal is at risk ⚠️
July 1–7	Strait tensions spike — Iran stops tankers; U.S. delays asset release ⚠️
July 8	Trump calls deal "over"; U.S. strikes Iran; Iran suspends commitments ❌
July–Aug	Talks drag on but nothing gets resolved
Aug 17	60-day deadline passes — no extension, no final deal ❌
Aug–Oct	Limited strikes resume; sanctions stay; Strait unstable

How Powerful Is the F-16? Specs, Variants, and Combat Record

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 20:00:00 +0000

Facts About F-16 Fighting Falcon

The F-16 Fighting Falcon is a 4th-generation fighter aircraft, but modern upgraded versions are often described as 4.5-generation fighters. Despite being designed in the 1970s, it remains one of the most widely used and combat-proven fighter families in the world.

Its strength is that it combines high speed, excellent maneuverability, modern weapons, and relatively affordable operating costs. In the hands of a well-trained pilot, a modern F-16 can be a very dangerous opponent.

What generation is each F-16 version?

F-16A/B — Early versions (4th generation).

Introduced in the late 1970s. The original lightweight fighter, designed primarily for air-to-air combat. It has older radar and avionics compared with modern versions.

F-16C/D — Improved versions (4th generation)

Introduced in the 1980s. More capable radar, improved electronics, and a broader range of air-to-air and air-to-ground weapons. Later upgrades make some versions substantially more powerful than early F-16s.

F-16V / Block 70/72 — Modern versions (4.5 generation)

Modernized configuration. Features such as an AESA radar, advanced mission computer, improved cockpit displays, and modern weapons make it much more capable at detecting and engaging targets.

One important distinction: The F-16V is not a fifth-generation stealth fighter. It remains an upgraded fourth-generation design, without the integrated stealth characteristics of aircraft such as the F-22 and F-35.

An old F-16A and a new F-16V should not be treated as equivalent aircraft just because they share the same name. Their radar, avionics, weapons compatibility and overall combat effectiveness can differ significantly.

Note: Some sources use "3rd‑generation" in the Russian/Chinese numbering system, which directly corresponds to Western "4th‑generation."

How powerful is the F-16

Spec	Value
Max speed	Mach 2.05 (~2,178 km/h)
Service ceiling	Above 50,000 ft / 15 km
Combat radius	~550 km (air‑air config); ferry range 4,200+ km
G‑limit	+9g — exceptional maneuverability
Engine thrust	23,770–29,500 lbf (106–131 kN) afterburning (F100 or F110)
Max takeoff weight	~16,900 kg (early) → ~21,800 kg (Block 70/72)
Max payload	~7,700 kg across 11 hardpoints

The F‑16 is the definitive 4th‑generation light/medium multi‑role fighter, and the latest Block 70/72 is widely considered 4.5‑generation — with radar and avionics near 5th‑gen standards but without full stealth. It is fast, agile, well‑armed, and affordable — arguably the most successful Western fighter of its era.

Side by Side Comparison With F-16V's Equivalents

Category	F‑16V / Block 70 🇺🇸	MiG‑35 Fulcrum‑F 🇷🇺	J‑10C Vigorous Dragon 🇨🇳	JF‑17 Block III 🇨🇳/🇵🇰
Generation	4.5	4++ / 4.5	4.5	4.5
Primary Role	Multirole (medium)	Multirole / Air Superiority	Multirole (medium)	Light multirole / budget fighter
Engine	1 × F110‑GE‑132 / F100‑PW‑229 ~29,000 lbf (130 kN) afterburn	2 × RD‑33MK ~39,400 lbf (175 kN) total	1 × WS‑10B ~29,700 lbf (132 kN)	1 × RD‑93 / WS‑13 ~18,300 lbf (81 kN)
Max Speed	Mach 2.05 (~2,175 km/h)	Mach 2.25 (~2,450 km/h)	Mach 2.0 – 2.2	Mach 1.6 (~1,915 km/h)
Combat Radius	~550 km (air‑air) → ~740 km (hi‑lo‑hi)	~700 – 800 km	~800 – 1,000 km	~450 – 900 km (mission‑dependent)
Max Takeoff Weight	21,770 kg	~29,400 kg	~19,500 kg	~12,700 kg
Max Payload	~7,700 kg / 11 hardpoints	~6,500 kg / 9 hardpoints	~6,000 – 6,500 kg / 11 hardpoints	~3,600 kg / 7–8 hardpoints
Radar	AN/APG‑83 AESA ~300 km detection (air)	Zhuk‑AME AESA ~160 km detection	KLJ‑7A AESA ~170 – 200 km	KLJ‑7A AESA ~170 km
Primary BVR Missile	AIM‑120D (~160 km)	R‑77M‑1 (~110–160 km)	PL‑15 (~250–300 km)	PL‑15E (~200 km)
Cannon	M61A1 20 mm	GSh‑30‑1 30 mm	23 mm twin‑barrel	23 mm twin‑barrel
Service Ceiling	50,000 ft / 15 km	57,400 ft / 17.5 km	56,000–59,000 ft / ~18 km	50,000 ft / 15 km
Est. Unit Cost	$63–80 M	$40–50 M	$40–45 M	$16–18 M
Key Strengths	Combat‑proven (13M+ sorties), mature global network, 5th‑gen radar heritage, huge weapons selection	Superior raw speed & climb, twin‑engine redundancy, very good low‑speed agility	Longer‑range AAM, comparable thrust/weight, canard agility, no Western export restrictions	Lowest cost, AESA & PL‑15 capability, simpler maintenance, co‑produced with Pakistan
Key Weaknesses	Export restrictions, shorter basic radius	Very limited production (~12 airframes), older EW architecture, few export customers	Less combat experience, smaller weapon selection, limited export track record	Lower performance ceiling, single engine weaker than others, lighter airframe limits growth
Production Status	Active — new builds being delivered 2025–2030	Very low rate / essentially demonstrator	Active — mass production for PLAAF & Pakistan	Active — main fighter for Pakistan

Which fighter does the US have the most of?

According to the US Air Force inventory figures as of September 30, 2025, the F-16 is the most numerous fighter type in its fighter/attack inventory.

Aircraft	Total Active	Notes
✅ F-16 Fighting Falcon	~826–846	USAF only: 484 active + 296 ANG + 46 AFRC = 826
F-35 Lightning II (all variants)	~724+ and rising	USAF 500A / USMC ~137B/C / USN ~87C; fast-growing
F/A-18E/F Super Hornet	~549	US Navy only
F-15 (all variants: C/D/E/EX)	~533	F-15E: 217; F-15C/D: ~75; F-15EX: 13; plus older models
F-22 Raptor	184	USAF only — production ended 2011

F-16 remains #1 today, but it's an aging fleet — average age ~34 years — and is being steadily phased out & replaced by the F-35, which will take the #1 spot by the early 2030s.

Has an F-16 ever been shot down?

The F-16 Fighting Falcon has been shot down in real combat several times. Despite being a highly capable fighter, it is not invincible. Some F-16s have been lost to enemy surface-to-air missiles, others to enemy fighters, and some to accidents or other causes.

2 June 1995 — Bosnia (Pilot survived)

A US Air Force F-16 flown by Captain Scott O'Grady was shot down by a Serbian SA-6 surface-to-air missile. He ejected and survived behind enemy lines for nearly six days before US Marines rescued him.

2 May 1999 — Serbia (Pilot survived)

Another US Air Force F-16 was shot down by a Serbian S-125 surface-to-air missile during NATO's air campaign. Its pilot, David Goldfein, ejected and was rescued.

Date	Conflict	Variant	Downed By	Notes
Feb 1991	Desert Storm	F-16C	Iraqi AAA / SAMs	5 lost — 2 SA-6/SA-3 SAMs, 1 SA-16 MANPADS, 2 AAA; 1 pilot POW
Jun 2, 1995	Bosnia	F-16C	Serbian SA-6 SAM	Pilot rescued
May 2, 1999	Kosovo	F-16CG	Serbian SA-3 (S-125) SAM	Pilot rescued; wreckage displayed in Belgrade

Foreign Operators:

Date	Operator	Variant	Downed By	Notes
Feb 10, 2018	Israel	F-16I Sufa	Syrian S-200 SAM	Both pilots ejected safely
Dec 2015	Bahrain	F-16C	Houthi MANPADS/AAA	Yemen campaign; pilot ejected
2017	Jordan	F-16AM	Houthi fire	Pilot killed
Oct 1996	Turkey	F-16D	Greek Mirage 2000 (R-550)	Aegean incident; 1 pilot killed
2024–2025	Ukraine	F-16AM/BM	Russian SAMs (S-300/S-400)	Multiple confirmed losses

MANPADS Explained: How Shoulder-Fired Missiles Work and Their Global Impact

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 19:11:00 +0000

What is MANPADS

MANPADS means Man-Portable Air-Defense System. They are small, portable surface-to-air missile (SAM) systems designed to be carried and operated by a person or a small team, often from the shoulder.

This is a small anti-aircraft missile that soldiers can carry with them.

How it works

A typical MANPADS looks roughly like a long tube:

Soldier → launcher → missile → aircraft

The missile is designed primarily to attack low-flying aircraft, helicopters, drones, cruise missiles and other aircraft operating relatively close to the ground.

Many well-known MANPADS use an infrared seeker. In simple terms:

The operator aims the launcher toward an aircraft.
The missile's seeker detects heat associated with the aircraft, especially its engines/exhaust.
After launch, the missile guides itself toward the target.
The warhead detonates when it reaches the aircraft.

Other MANPADS use different guidance methods, including command guidance or laser beam riding.

The Aircraft's Heat & The Flare

A typical infrared MANPADS is designed to track the aircraft's heat, especially the hot engine/exhaust area. The flare is something the aircraft releases to trick the missile.

A flare is essentially a very bright, extremely hot burning object. To an older/simple infrared seeker, it can look like an attractive heat source.

And this is why we often see fighter jets or helicopters suddenly releasing a cloud of bright orange/white dots when under threat from infrared missiles — the aircraft is deploying heat decoys.

Modern MANPADS have increasingly sophisticated seekers and counter-countermeasure techniques, so simply releasing a flare doesn't necessarily guarantee that the missile will be fooled.

Main Guidance Types

Type	How It Works	Example
Infrared (IR)	Hones in on heat from the target’s engine ("fire-and-forget")	FIM-92 Stinger, SA-7/SA-14/SA-24
Laser Beam Riding	Missile follows a laser beam aimed at the target	RBS 70
Command Line-of-Sight (CLOS)	Operator guides missile optically via radio/control link	Javelin (UK)

Side-by-Side: Leading MANPAD Systems

System	Country	Guidance	Max Range	Altitude Ceiling	Speed	Key Strength	Key Weakness
FIM-92 Stinger	USA	IR/UV dual-band, fire-and-forget	4.8 km	3.8 km	Mach 2.5	Most proven; all-aspect; easy to use	Production stretched; older versions vulnerable to advanced flares
Igla-S / SA-24 Grinch	Russia	IR dual-band, fire-and-forget	6.0 km	3.5 km	Mach 2.0	Longer range; good countermeasure rejection	Less widely exported; older seekers on earlier variants
FN-6 / FN-16	China	IR / IR+UV, fire-and-forget	5.5–6.0 km	3.8–4.0 km	Mach 2.2	FN-16 advanced imaging seeker; effective against drones/cruise missiles	Limited combat data; questions on seeker performance vs top Western/Russian variants
Starstreak	UK	Laser beam-riding	7.0 km	3.0 km	Mach 3.5+ (fastest)	Near-unjammable; hits in seconds; 3‑dart warhead	Operator must keep aim on target until impact; no fire-and-forget
RBS 70 NG	Sweden	Laser beam-riding	9.0+ km	5.0 km	Mach 2.0	Longest range; immune to IR countermeasures; all-weather	Heavier; needs 2‑person crew; continuous guidance
Piorun	Poland	IR/UV fire-and-forget	6.5 km	4.0 km	Mach 2.5	Improved seeker vs Stinger; IFF included	Newer, less historical track record

Generation Differences

Generation	Era	Capability	Examples
1st	1960s–early 70s	Rear-aspect only (chase target from behind), easily decoyed	SA-7 Grail, Redeye
2nd	1970s–80s	All-aspect (head/side/rear), basic flare rejection	Stinger original, SA-14/SA-18
3rd	1990s–2010s	Dual-band IR/UV, better countermeasure rejection	Stinger FIM-92J/K, Igla-S SA-24, FN-6
4th	2010s–present	Imaging IR seekers, drone-optimized fuzes, AI-aided tracking	FN-16, Piorun, Verba SA-25, Stinger FIM-92K

Which Country is The First to Create MANPADS

The Soviet Union is generally credited with developing the first operational MANPADS. The Soviet Union developed the 9K32 Strela-2, known by NATO as SA-7 Grail.

However, the United States was developing a similar weapon around the same period. The American FIM-43 Redeye was developed during the 1960s and entered service in 1968, essentially around the same time as the Soviet Strela-2.

The Strela-2 is generally regarded as the first successful/operational MANPADS, although the US Redeye program was developed independently and was also entering service at almost exactly the same time.

System	Country	Development	Service
9K32 Strela-2	🇷🇺 Soviet Union	Early 1960s	1968
FIM-43 Redeye	🇺🇸 USA	1950s–60s	1968
FIM-92 Stinger	🇺🇸 USA	1970s	1981

One reason the Strela-2 became particularly famous is that the Soviet Union exported it widely, so versions of it eventually appeared in conflicts across Asia, Africa, the Middle East and elsewhere.

Which Country Has The Most Manpads

Russia (including Soviet-era stockpiles) has the most MANPADS of any country in the world.

Massive Soviet legacy: USSR produced hundreds of thousands of Strela/Igla systems from the 1960s–1990s; vast stockpiles remain in storage.

Current holdings: Estimated ~150,000–200,000+ total (launchers + missiles) across SA-7, SA-14, SA-16, SA-18, SA-24 Igla-S, and SA-25 Verba.

Production & exports: Russia has been the world's largest MANPADS exporter for decades — over 10,000 sold between 2010–2018 alone.

Iran had been using China's MANPADS to shoot down the enemy's aircraft?

Multiple US intelligence and media sources report Iran used Chinese-origin MANPADS (FN-6/FN-16 or QW-series) to shoot down aircraft, including the April 2026 F-15E incident. However, no official, verified debris analysis has been publicly released, and China denies supplying them.

Incident	Date	Claim	Status
US F-15E "Dude 44" shootdown	3 April 2026	NBC News cited 3 intelligence sources: "likely Chinese-made shoulder-fired missile" downed the jet in southwestern Iran	Strongly suspected — but US officials have not publicly named the exact model
US drone shootdowns	Mid–2026	Opposition sources claim Chinese MANPADS used against LUCAS drones near Bandar Abbas	Unverified independently
MQ-9 Reaper losses	Spring 2026	Multiple outlets link Chinese MANPADS to UAV shootdowns	Plausible but unconfirmed — Iran has many other air defense systems

What makes it plausible is that the F-15E was operating at low altitude — within typical MANPADS range (~3–5 km). FN-16 also has an imaging IR seeker effective against modern aircraft and resistant to flares. Iran's older Misagh systems are Chinese-derived, so crews already familiar.

Ukraine (2022–Present) — The Defining Modern Test

Stinger: ~2,000+ transferred. Credited with downing Ka-52, Mi-28N, Su-25, Orlan-10 UAVs. Strategic effect: Russian aviation largely abandoned low-altitude close air support; now operates above MANPAD ceiling or uses standoff weapons.

Starstreak: Fast speed (~1,200 m/s) = near-zero reaction time; effective against drones; immune to jamming but requires continuous aiming.

Igla-S (SA-24): Used by both sides. Russian systems shot down Ukrainian helicopters/cruise missiles; Ukrainian-captured ones downed Russian aircraft.

FN-16: Spotted in Ukrainian service (2025–26); documented intercept of a Kalibr cruise missile — a harder target than traditional aircraft.

Middle East

Syria/Yemen: FN-6 gained early fame shooting down Mi-35 and F-16 (claimed). Iran has acquired FN-6/FN-16/QW-12 (2026 deal: $60–70M for 300–400 units).

Afghanistan (1980s): Stingers downed 250+ Soviet aircraft — arguably the most famous MANPAD campaign ever.

How Iranian Cheap Drone Shahed-136 Works

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 18:32:00 +0000

Who made the Shahed-136?

The Shahed-136 (also spelled "Witness-136") was designed and developed in Iran, principally by Shahed Aviation Industries, with production associated with Iran's HESA aircraft industry, an Iranian state-owned firm based in Isfahan, Iran.

It entered service around 2021. CSIS identifies it as an Iranian-designed and produced one-way attack UAV.

Russia initially purchased hundreds of ready-to-fly Shahed-136 drones directly from Iran and used them in Ukraine — but rebranded them "Geran-2" to try hiding their Iranian origin. Russia later bought thousands and began licensed production under the name Geran-2, but the design is originally Iranian.

	Iranian Shahed-136	Russian Geran-2
Origin	Designed & originally built in Iran	Licensed production + upgrades
Navigation	GPS (+ optional GLONASS)	Russian GLONASS only, hardened
Airframe	Honeycomb composite	Stronger carbon-fiber weave
Warhead	30–50 kg	50–90 kg (improved fragmentation)
Status	Original design	Evolved, mass-produced variant

Is it the cheapest drone?

Not literally the cheapest drone in the world. There are much cheaper small commercial drones and military FPV drones.

However, among long‑range, military‑capable one‑way attack drones, the Shahed‑136 is one of the most cost‑effective ever made, offering ~1,000–2,500 km range with a ~50 kg warhead at a fraction of the cost of cruise missiles or larger UAVs.

Estimates commonly put the production cost around $20,000–$50,000 per drone. That's what makes it so interesting militarily. Compare that with a sophisticated cruise missile, which can cost hundreds of thousands to millions of dollars.

Iran's selling price isn't necessarily its production cost. Leaked documents indicate that Iran's negotiated price for a large Russian order was around $193,000 per drone, while Russia's eventual domestic production cost was estimated at roughly $48,800.

So when people say "the Shahed costs only $20,000", they're generally talking about an estimated manufacturing cost, not necessarily what another country pays to buy one.

How Shahed-136 Works — From Launch to Impact

Component	Details
Type	One-way kamikaze / loitering munition — not reusable
Body	Delta-wing, ~3.5m long × 2.5m wingspan, ~200 kg total
Material	Fiberglass & honeycomb composite → cheap, low radar signature
Engine	MD-550 piston engine (~50 hp) — Iranian copy of German Limbach L550E → rear-mounted pusher propeller
Speed	~185 km/h — slow, but extremely fuel-efficient
Range	1,000–2,500 km depending on payload
Warhead	30–50 kg high-explosive fragmentation in the nose

The easiest way to understand the Shahed-136 (often referred to as a "kamikaze drone") is to think of it as a small, cheap unmanned aircraft that flies itself to a programmed target and then crashes into it. It is often called a one-way attack drone or loitering munition.

Programmed Before Launch

Before launching, operators give the drone a planned route and target coordinates. It doesn't normally need somebody sitting hundreds of kilometers away manually "driving" it like an RC airplane. Its onboard computer handles the flight.

A Small Engine Pushes It

The Shahed-136 has a rear-mounted piston engine driving a propeller. Unlike a cruise missile with a jet/turbofan engine, it's closer to a very simple aircraft. This is one reason the drone can be relatively inexpensive.

fuel → piston engine → propeller → forward movement

The distinctive loud motorcycle/moped-like sound people associate with Shaheds comes from this type of engine and propeller.

How does it know where it is?

It can use satellite navigation (GNSS) together with an inertial navigation system (INS).

So if satellite navigation becomes unavailable, the inertial system can continue navigating for a while, although its position estimate gradually becomes less accurate.

A basic Shahed doesn't necessarily need a camera to identify the target. It can simply be given coordinates. The drone follows its programmed route until it reaches the target area. This is another reason the system can be relatively inexpensive.

What happens at the end?

The Shahed-136 is not designed to come home. Once it reaches its target area, its explosive warhead detonates when the drone strikes the target.

Why make a drone like this instead of a conventional missile?

Because simplicity is its major advantage.

A sophisticated cruise missile can have expensive propulsion, sophisticated sensors, advanced guidance, expensive materials and complex manufacturing..

Whereas a Shahed can instead use relatively simple aircraft construction, inexpensive piston propulsion, commercial electronics, satellite navigation and an explosive warhead.

That makes it possible to produce large numbers.

If one drone costs relatively little, an attacker can launch many at once. The defender then has a difficult choice: Do I spend a very expensive interceptor missile to destroy a relatively cheap drone?

That's why the Shahed became particularly important in the Russia–Ukraine war and why similar concepts have attracted so much military attention worldwide.

Satellite Navigation Used by the Shahed-136

System	Used by Shahed-136?	Notes
GPS (United States)	✅ Likely used (civilian band)	GPS is globally accessible and widely used for navigation, even by hostile nations.
GLONASS (Russia)	✅ Likely used	Iran and Russia have close military ties; GLONASS improves redundancy and accuracy.
BeiDou (China)	🤔 Possibly used	China and Iran have growing defense cooperation, but no confirmed BeiDou integration.
IRNSS / NavIC (India)	❌ Unlikely	Limited regional coverage; not relevant for Iran's operational areas.
Galileo (EU)	❌ Not used	EU sanctions likely restrict access for Iranian military systems.

The Shahed-136 uses a combination of GPS and GLONASS for mid-course navigation. It also includes an inertial navigation system (INS) to maintain accuracy if satellite signals are jammed or spoofed.

With GPS/GLONASS guidance, the circular error probable (CEP) is estimated at ~10–30 meters. This is sufficient for targeting large, soft targets (e.g., airfields, logistics hubs, or urban areas), but not precise enough for high-value, small targets.

If Jamming Happens:

Satellites get blocked then it switches silently to INS dead reckoning. Accuracy drops from ~5–15m to ~500–2,000m — but it still flies to the right city/area. No camera / no target-seeker on basic versions — it flies to coordinates only, cannot chase moving targets.

Most Popular Drones

Shahed-136 is probably the most famous long-range attack drone in the world right now. It is also arguably the most influential loitering munition/kamikaze drone anywhere right now.

Covered endlessly by every major news network — became the "face of modern drone warfare".

The Shahed-136 became internationally famous because Russia has used enormous numbers of its Geran-2 version against Ukraine. Russia now produces thousands per month, and they make up the bulk of Russia's long-range drone fleet.

Does The US Has Similar Drones?

The U.S. does have similar drones, but The U.S. ones were ALL short-range — designed to be launched by soldiers on the battlefield, not to fly 1,000+ km and strike deep into enemy territory. The U.S. simply didn't build a long-range cheap kamikaze drone — until it saw Shaheds dominating Ukraine.

The U.S. didn't "fight back with cheap drones" because for decades they didn't build them — they thought too highly of themselves to use "disposable" weapons.

Iran showed the world that $25k drones beat $3M air defense missiles. Now the U.S. has literally reverse-engineered the Shahed-136 into its own clone (LUCAS) — but it took seeing Iran's success to change their entire military doctrine.

After watching Russia use Shahed-136s by the thousands in Ukraine, the U.S. reverse-engineered a captured Shahed-136 and built its own version — called LUCAS (Low-Cost Uncrewed Combat Attack System). The LUCAS concept was reportedly influenced by captured Iranian Shahed technology.

LUCAS officially debuted in Operation Epic Fury (Feb 28, 2026), striking IRGC/military targets inside Iran. It was deployed before Khamenei's death, and has been used repeatedly since. US CENTCOM confirmed it publicly.

But, — U.S. weapons stocks really have become a problem.

By July–August 2026, multiple reports were saying that the prolonged Iran war had significantly depleted U.S. inventories of long-range precision weapons and air-defense interceptors. Reuters reported in August that the U.S. had used "virtually all" of its long-range precision missiles during the war.

And PBS reported in July that the U.S. was facing a shortfall in ballistic-missile and drone defenses.

The U.S. has an enormous weapons inventory, but a prolonged high-intensity war can consume sophisticated missiles much faster than the industrial base can replace them. By August, reports were warning that some U.S. long-range missile inventories had fallen to levels that could affect preparedness for another major conflict.

Problem	The Hard Truth
Parts shortage	~80%–98% of drone motors, magnets, batteries come from China — which the US refuses to buy from for weapons. No alternative supply exists yet.
Labor cost	US workers cost 10–25x more than Iranian → everything costs more and builds slower
Production speed	Iran → thousands/month easily. US → still ramping up, factories under construction, can't match volume yet
Policy ban	Pentagon banned Chinese components → but no US alternative exists at that price → stuck between "can't build cheap" and "can't use Chinese parts"

LUCAS vs Geran-2 — Side-by-Side Comparison

Feature	LUCAS (US)	Geran-2 (Russia)	Winner
Origin	US reverse-engineered Shahed-136	Russian domestic production of Shahed-136	—
Unit Cost	~$35,000	$30,000–$80,000 (avg ~$50k)	LUCAS (consistently cheaper)
Weight	~86–120 kg	200–240 kg	Geran-2
Warhead	18–20 kg (40 lbs)	50 kg standard / up to 90 kg	Geran-2 ×2–4×
Range	~800–1,000 km	1,000 km (heavy warhead) → up to 2,500 km (light)	Geran-2 ×2.5× max
Speed	~180–194 km/h	~150–185 km/h	LUCAS (slightly)
Engine	Smaller 215cc piston	MD-550, 50hp piston	Geran-2
Navigation	GPS+INS + in-flight retargeting, Starlink/Starshield, AI swarming	GLONASS/GPS + INS, basic datalink	LUCAS — far smarter
Communications	Mesh network, relay, swarm coordination	Basic 4G/radio on later models	LUCAS
Multi-role	Strike, ISR, comms relay, decoy, EW	Strike only	LUCAS
Production Rate	Hundreds/month → target 5,000/month late 2026	~170/day ≈ 5,000/month (already achieved)	Geran-2 — proven scale
Combat Proven	Since Feb 2026 (limited)	Since Oct 2022 (massive combat record)	Geran-2

J-10C vs. Rafale: Has China’s Lightweight Fighter Met Its Match?

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 17:56:00 +0000

The Chengdu J-10 "Vigorous Dragon"

The Chengdu J-10 is a solid 4.5-generation lightweight multirole fighter — capable, agile, cost‑effective, and China’s first fully indigenous modern fighter — but it sits clearly behind 5th‑gen jets and has meaningful tradeoffs vs. heavier Western/European peers.

China’s J-10 is actually a very interesting fighter because it started as a relatively conventional 4th-generation aircraft but evolved into the J-10C, which is a highly modern 4/4.5-generation multirole fighter.

Feature	Details
Type	Single‑engine, delta‑canard, multirole
Max Speed	Mach 1.8–2.0 (~2,100 km/h)
Service Ceiling	18,000 m / 59,000 ft
Combat Radius	~550 km clean / ~1,200 km with drop tanks
MTOW / Payload	~19.5 t / up to 6,600 kg; 11 hardpoints
Engine	WS‑10B (135–144 kN) — fully indigenous since ~2021
Radar	AESA — strong jamming resistance, multi‑target tracking, sensor fusion
Key Weapons	PL‑10 (WVR, ~20 km) + PL‑15 (BVR, ~200 km — longer ranged than AIM‑120D’s ~160 km)
Price	~$35–40M (J‑10CE export) — roughly half F‑16V
Operators	PLAAF (400+ built); Pakistan (25–36 J‑10CEs, delivered from 2022)

Variant	Generation	Status / IOC	Key Features
J‑10 Prototype	—	1998 first flight	Proof‑of‑concept; small number only
J‑10A	4th‑gen	2004 / 2006	Baseline production; pulse‑Doppler radar; AL‑31FN engine; conventional inlet; PL‑8 / PL‑12 missiles
J‑10S	4th‑gen	2005	Twin‑seat combat‑capable trainer based on J‑10A
J‑10AH / J‑10SH	4th‑gen	Unconfirmed	Naval aviation variants (reported, limited confirmation)
J‑10AY / J‑10SY	4th‑gen	2009	Aerobatic demo team variants
FC‑20 / F‑10A	4th‑gen	Offered only	Export designation of J‑10A; no sales
J‑10B	4.5‑gen	2014	DSI inlet; PESA radar; IRST sensor; aerial refueling; improved EW; AL‑31FN M1
J‑10B TVC Demonstrator	—	2018 (demo only)	Thrust‑vectoring engine prototype; technology demonstrator, not production
J‑10C	4.5‑gen	2018	AESA radar; WS‑10B indigenous engine; PL‑10 / PL‑15; advanced sensor fusion; reduced RCS treatments
J‑10CE	4.5‑gen	2022	Export version of J‑10C; delivered to Pakistan; $35–40M unit price
J‑10CY	4.5‑gen	~2022	Aerobatic variant of J‑10C
J‑10D	Unconfirmed	Rumoured only	Speculated upgraded variant; no official confirmation

The J-10C is the version that really matters today. It entered Chinese service around 2018 and uses an AESA radar, modern electronic warfare/sensor systems, and the PL-15 long-range air-to-air missile.

What makes the J-10C powerful?

1. AESA radar 📡

This is one of its biggest upgrades. AESA gives the J-10C much better flexibility for searching, tracking and engaging multiple targets than older mechanically scanned radars.

The exact performance of China's radar is classified, so it's difficult to make precise comparisons with the latest Western AESAs.

2. PL-15 missile

This is arguably the most important part of the J-10C's air-to-air capability.

The PL-15 is a long-range BVR missile with an AESA seeker. Open-source estimates put its range in the roughly 200+ km class, although exact combat range depends heavily on launch conditions and the particular version.

This means the J-10C isn't simply a fighter that has to get close and dogfight. It can potentially attack an opponent well beyond visual range.

3. Excellent maneuverability

The J-10 uses a canard-delta configuration:

small forward control surfaces + delta wings

This gives it strong aerodynamic maneuverability. It's particularly suited to close-range air combat, although modern BVR combat means maneuverability isn't necessarily the most important factor.

4. Modern electronic warfare and sensors

The J-10C incorporates systems including radar warning, electronic support, infrared search-and-track and datalinks. That makes it much more than simply "an airplane carrying missiles."

And this is important: modern air combat is increasingly about the entire network, not just the fighter.

The J‑10 family is currently the most numerous fighter jet type in China's inventory.

Aircraft	Estimated Active Units	Notes
J‑10 family (A/S/B/C)	~608 🥇	Single‑engine multirole; backbone force
J‑11 family (B/BG/BS)	~445–495 🥈	Twin‑engine air superiority
J‑16	~450 🥉	Advanced strike/EW platform
J‑20	~300–350	5th‑gen stealth; growing fast
JH‑7	~200	Fighter‑bomber; being phased out
Su‑30 / Su‑35	~97 / 24	Imported Russian types
Older J‑7 / J‑8	~200+	Legacy — steadily retiring

Important: These are open‑source estimates — China does not publish official fleet counts. Different sources vary slightly, but all major independent analysts (IISS Military Balance, GlobalMilitary, DoD) agree: J‑10 is #1 by quantity

The interesting part: J-10C vs Rafale

The 2025 India-Pakistan air battle gave us some real-world evidence.

Pakistan used J-10Cs equipped with PL-15s, and there were claims that they shot down Indian aircraft including Rafales. Reuters reported that the engagement involved more than 100 aircraft and that Western officials assessed that a Rafale was among the aircraft lost, although India did not publicly confirm all of Pakistan's claims.

However, we shouldn't conclude from that battle that "J-10C is better than Rafale." The outcome involved radar coverage, airborne early-warning aircraft, datalinks, electronic warfare, missile employment, tactics and pilot training — not simply one fighter versus another. There are also conflicting accounts of the losses.

That's actually one of the most important lessons from the J-10C.

Specification	Rafale C 🇫🇷	J-10C 🇨🇳
Generation	4.5	4.5
First flight	1986	1998
Configuration	Delta + canards	Delta + canards
Engines	2 × Safran M88	1 × WS-10B / AL-31 variant
Engine thrust	~75 kN each dry / ~75 kN?*	~125–145 kN afterburning, depending on engine
Maximum speed	Mach 1.8	~Mach 1.8–2.0 (estimated)
Length	15.3 m	~16.9 m
Wingspan	10.9 m	~9.8 m
Empty weight	~10,000 kg	~9,750 kg (estimated)
Maximum takeoff weight	24,500 kg	~19,000–21,000 kg (estimated)
External weapons load	9,500 kg	~6,000 kg (estimated)
Hardpoints	14	11
Internal cannon	30 mm	23 mm
Radar	Thales RBE2 AESA	Chinese AESA
IRST / IR sensor	FSO	IRST/EO system
Electronic warfare	SPECTRA	Integrated Chinese EW suite
BVR missile	Meteor / MICA	PL-15
Short-range missile	MICA IR	PL-10
Carrier capable	Yes — Rafale M	No
Air-to-ground capability	Excellent	Excellent
Air-to-air capability	Excellent	Excellent
Stealth	No, but reduced radar signature	No, conventional 4th-gen signature
Combat radius	Classified/varies by mission	Classified/varies by mission

Largest foreign buyer

Indonesia will be the largest foreign buyer of J-10CE — but the planes haven't arrived yet.

Country	Ordered	Delivered	Status
🇮🇩 Indonesia	42	0	Confirmed Oct 2025 — delivery starts ~April 2027
🇵🇰 Pakistan	36	~20	First customer — deliveries 2022–present
🇺🇿 Uzbekistan	~24	6+	Second customer — displayed Aug 2026
🇧🇩 Bangladesh	~20	—	Proposed — not yet finalized
🇦🇿 Azerbaijan	Interest shown	—	Model displayed — contract unconfirmed

Neither China nor Indonesia has published the final signed contract — information comes from SCMP, Republika, and multiple defense analysts. Indonesia will also continue operating French Rafales — making it the only country flying both J-10CE and Rafale.

Indonesia has 6 Rafales right now flying; 42 total bought with full delivery by 2029. And as we covered earlier, Indonesia is also buying 42 J-10CE — so eventually it will operate 42 Rafale + 42 J-10CE, making it unique in operating both top Western and top Chinese fighters.

French Fighters — Top to Bottom

Aircraft	Era	Status	Relative Power
Rafale (all variants, F4/F5)	2001–present	In service	✅ #1 — current champion
Mirage 2000-5 / 2000D/N	1984–present	Phasing out	Strong, but single-engine & older avionics
Mirage IV	1964–2005	Retired	Strategic bomber, not a fighter
Mirage III / 5 / F1	1960s–1990s	Retired	Good for their time, far less capable
Ouragan / Mystère series	1950s	Retired	First-generation jets

Why Yemen is Divided: History, Sects, and the Road to Civil War

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 16:57:00 +0000

Facts About Yemen

Size and Population

The population of Yemen is approximately 40.6 million. Yemen has more people than Saudi Arabia, even though Saudi Arabia is much wealthier and more developed.

Yemen ranks second in size and first in population among the seven countries of the Arabian Peninsula.

Yemen is generally considered one of the poorest Arab countries, and by several economic measures it is at or near the very bottom. The World Bank reported that Yemen's economy had suffered a severe decline after years of conflict.

Yemen's population is very unevenly distributed. Most Yemenis live in the western and west-central parts of the country, especially in the mountainous highlands around the capital, Sana'a. The eastern part of Yemen is much more sparsely populated because it consists largely of dry desert.

Why do people concentrate in the west?

More rainfall and farmland. The western highlands receive more seasonal rainfall than the eastern desert, making it easier to grow crops and sustain villages.

Established cities and communities. Sana'a, Taiz and Ibb are surrounded by long-established farming and residential areas that support large populations.

Harsh conditions in the east. Much of eastern Yemen is extremely dry, with limited water and farmland. People are more spread out, often living near towns, valleys and water sources.

A historical geographical analysis estimated that about 90% of Yemen's population lives in the western half of the country. That means a large portion of Yemen's territory contains relatively few people, while its western highlands contain many towns, villages and farms close together.

Language and Religion

Yemenis mainly speak Arabic, and almost the entire population follows Islam. However, Yemen has an important religious difference: its Muslims are divided between Sunni and Shia traditions, which helps explain some of the country's political and regional conflicts.

Arabic is Yemen's official language and the everyday language of the vast majority of Yemenis. People speak different Yemeni Arabic dialects depending on their region.

Sana'a and the north: Northern Yemeni Arabic dialects. Whereas Aden and the south: Southern varieties of Yemeni Arabic. Eastern Yemen: Other regional dialects, influenced by local history and neighboring areas.

Some communities also speak Soqotri and Mehri, which are distinct languages related to Arabic through their broader Semitic language family. They are particularly associated with Socotra Island and parts of eastern Yemen.

What is the difference between Sunni and Shia in Yemen?

Yemen is overwhelmingly Muslim. The two main traditions are Sunni Islam and Shia Islam, particularly the Zaydi branch of Shia Islam.

Sunni Muslims (approximately 60–65%) are especially prominent in southern and southeastern Yemen, as well as in parts of the west and other regions.

Shia Muslims is approximately 35–40%. Most Yemeni Shia Muslims follow Zaydism, a branch with its own religious history and traditions. Zaydis are particularly associated with northern Yemen.

Both Sunnis and Shias believe in Allah, recognize the Quran as their holy book, and regard Muhammad as the final prophet. Their historical disagreement concerns leadership of the Muslim community after Muhammad's death, along with differences in religious traditions and jurisprudence.

History

Yemen has one of the oldest and most fascinating histories in the Middle East. It was once home to wealthy kingdoms that controlled important incense and trade routes, later became an important center of Islamic civilization, and eventually split into two countries before reunifying in 1990. Today, it is internationally recognized as one country, but it has suffered years of civil war.

Long before Saudi Arabia and the modern states of the Middle East existed, southern Arabia was home to several powerful kingdoms such as Kingdom of Saba (Sheba) and Kingdom of Himyar.

Yemen was sometimes called Arabia Felix, meaning “Happy Arabia” or “Fortunate Arabia,” by the Romans because of its agricultural wealth and valuable trade.

Unlike the image of Yemen as a poor country today, parts of ancient Yemen were prosperous centers of commerce and civilization.

The arrival of Islam

Islam spread to Yemen during the lifetime of the Prophet Muhammad and in the decades following his death in 632 CE. Yemen gradually became part of the wider Muslim world, connecting it to trade networks and political centers across Arabia, North Africa and the Middle East.

The Ottoman Empire and British rule

Yemen's modern history was shaped by two outside powers.

The Ottoman Empire controlled parts of northern Yemen during several periods, including much of the late 19th and early 20th centuries.

Britain captured the strategic port of Aden in 1839. Aden was valuable because it sat near the entrance to the Red Sea, along the route between Europe and Asia.

When the Ottoman Empire collapsed after World War I, northern Yemen became independent in 1918. Southern Yemen, meanwhile, remained under British control until Britain withdrew in 1967.

This created a lasting division: the north and south developed different governments, political systems and international relationships.

Yemen became two separate countries

North Yemen

In 1962, a revolution overthrew the monarchy and established a republic. A civil war followed between republican forces and royalists, with Egypt supporting the republicans and Saudi Arabia supporting the royalists.

South Yemen

After British withdrawal in 1967, southern Yemen became independent. In 1970, it adopted a Marxist-oriented political system and developed close ties with the Soviet Union.

For decades, the two Yemens were separate states. The north had closer ties with Saudi Arabia and other Arab countries, while the south was aligned with the Soviet bloc.

They also fought a brief border war in 1972 and again in 1979. Although both governments eventually pursued unification, their political differences remained substantial.

Yemen reunified in 1990

On 22 May 1990, North Yemen and South Yemen officially united to form the Republic of Yemen.

The new country was led initially by Ali Abdullah Saleh, who had governed North Yemen, with southern leader Ali Salem al-Beidh becoming vice president.

However, unification did not immediately resolve tensions. Southern leaders felt increasingly marginalized, and in 1994 a civil war broke out after southern leaders attempted to secede. Northern government forces won, keeping the country united.

The important lesson is that Yemen's north–south division did not disappear when the border was removed. Regional identities, political rivalries and disagreements over resources continued.

The rise of the Houthis

The Houthi movement, formally known as Ansar Allah, originated in northern Yemen among communities connected to Zaydi Shia Islam.

Its rise was influenced by several factors:

Regional grievances: Supporters argued that northern communities were politically and economically marginalized.

Religious identity: The movement grew partly in response to concerns about the position of Zaydi traditions in Yemen.

Conflict with the government: Houthi forces fought several wars against Saleh's government between 2004 and 2010.

In 2011, the Arab Spring protests spread to Yemen. Demonstrators demanded political reform and an end to Saleh's long rule. Saleh eventually stepped down in 2012, transferring power to his deputy, Abdrabbuh Mansur Hadi.

But the transition struggled with corruption, economic hardship, regional grievances and disagreements over how power should be shared. The Houthis took advantage of this instability and captured the capital, Sana'a, in September 2014.

Facts About Ali Hosseini Khamenei, Iran's Supreme Leader

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 15:36:00 +0000

Ali Khamenei was Iran's Supreme Leader from 1989 until his death in February 2026. He was the country's most powerful political figure, with influence over the military, judiciary, parliament, presidency, and major foreign-policy decisions.

Sayyid Ali Hosseini Khamenei was the second and longest-serving Supreme Leader of Iran — spanning roughly 36½ years. He was born 19 April 1939, in Mashhad, Iran — into a modest religious family; a descendant of the Prophet Muhammad (Sayyid).

The man who shaped the Islamic Republic after its founder Khomeini died. He survived war, assassination, sanctions, and decades of isolation, only to die in a direct foreign military strike on his compound.

No — he was not the son of his predecessor.

Khamenei was Khomeini's student and loyal disciple from the 1950s onward — studied under him in Qom, fought alongside him against the Shah, and became one of his most trusted men.

Khomeini's own son was Ahmad Khomeini, who was passed over for leadership in favor of Khamenei in 1989.

Ironically, it was Khamenei's OWN son — Mojtaba Khamenei — who succeeded him (March 2026), making Mojtaba the first ever father-to-son succession in Iran's history.

	Ayatollah Ruhollah Khomeini (Predecessor — 1st Supreme Leader)	Ayatollah Ali Khamenei (2nd Supreme Leader)
Relation	—	NOT his son
Father	Mustapha Khomeini	Sayyid Javad Khamenei (different family entirely)
Connection	Founder of the Islamic Republic	Khomeini's student, protégé, and political successor only
Surnames	From hometown Khomein	From hometown Khameneh

He was widely recognized as a Sayyid

His full name — Sayyid Ali Hosseini Khamenei — includes the title "Sayyid", which in Islamic (especially Shia) tradition means someone claimed and was widely accepted as a descendant of the Prophet Muhammad.

But ultimately, it is a traditional claim accepted by the community, not a fact that can be independently verified today.

Why Khomeini passed power to his student, not his own son

The 1979 Constitution required the Supreme Leader to be a Marja' — Grand Ayatollah, the highest rank in Shia Islam. Ahmad Khomeini was only a mid-level cleric (Hojatoleslam). He never achieved Grand Ayatollah status — that rank cannot be inherited; it must be earned through decades of religious scholarship and peer recognition.

Khomeini chose Khamenei because he needed a capable, tested political leader — not a religious figurehead — to survive the war and sanctions. His own son was unqualified, untried, and unwilling.

Ali Khamenei also did not create a monarchy or hand power to his son. In fact — he explicitly opposed it. Multiple sources confirm that Ali Khamenei told his closest aides he did not want Mojtaba or any family member to succeed him.

He gave advisers three names of preferred successors — and Mojtaba was not on the list. He warned against hereditary rule — saying it would betray the 1979 Revolution, which overthrew exactly that kind of system (the Shah's monarchy).

What Shia Islamic Political Doctrine Says (Velayat-e Faqih)

The Supreme Leader must be chosen for his knowledge, piety, competence, and qualifications — not because he is someone's son.

The Iranian Constitution (Article 109) explicitly lists the requirements: Islamic scholarship, justice, piety, political wisdom, and administrative ability — no mention of family lineage anywhere.

The 1979 Revolution was fought against monarchy — meaning against exactly the idea that "power passes from father to son." The revolution's slogan was: "No Shah, No Dynasty".

So Who Made It "Monarchy-Like"? — THE IRGC

When Ali Khamenei was killed instantly in the airstrike, the IRGC stepped in and pressured, threatened, and pushed the Assembly of Experts to vote for Mojtaba — even though many members opposed it.

Mojtaba was picked because he was controllable — a familiar name they could trust, someone who would let the IRGC run the country while he stood as the symbolic figurehead.

Mojtaba therefore became the third Supreme Leader of Iran, after Ruhollah Khomeini and his father Ali Khamenei. And that's why his succession surprised so many people: it looks remarkably like a hereditary transfer of power even though Iran's political system officially rejects hereditary rule.

Why did they choose the son if hereditary succession was controversial?

The Islamic Republic was founded partly in opposition to monarchical hereditary rule. The Supreme Leader is formally supposed to be selected based on religious and political qualifications, rather than simply inheriting the position from a parent.

But Mojtaba had something extremely important: connections inside Iran's security establishment, particularly with the Islamic Revolutionary Guard Corps (IRGC). He had also spent years operating behind the scenes around his father's office.

Some people say Ali Khamenei is still responsible, and here is their reasoning:

Ali Khamenei allowed Mojtaba controlled access, appointments, intelligence, and built relationships with the IRGC commanders on his father's behalf. He put Mojtaba in that position and kept him there. So when the IRGC picked Mojtaba later, they were picking the man Ali Khamenei himself had empowered.

The "Three Names" list was secret — His will and preferred candidates were not made public until AFTER the vote. By then, it was too late. If he had truly wanted to block it, he could have published his succession plan years earlier and forced the system to respect it.

US intelligence noted — Ali Khamenei kept eliminating other potential successors (Raisi died in a crash, others were sidelined). Critics ask: Did he clear the path for Mojtaba without admitting it?

This Also Tells Us How The Power Structure Was & Is

Before Ali Khamenei Died (Feb 28, 2026), the IRGC was already stronger than the President, Parliament, Judiciary, and regular Army combined. It reported only to the Supreme Leader — bypassing all civilian government. It controlled 20–40% of Iran's entire economy, all missile/nuclear programs, all proxy groups abroad, and internal security.

After Ali Khamenei died, the IRGC now the real top power. The IRGC chose Mojtaba — not the other way around. Mojtaba cannot overrule them — he owes his position entirely to them. President, Parliament, Foreign Ministry — all sidelined; cannot make decisions without IRGC approval.

Ali Khamenei built the IRGC to be his most loyal servant… but the moment he died, that same servant became the master — and made his own son a puppet.

Was He a Good or Bad Leader

There is no simple "good" or "bad" answer — his legacy is deeply contested, depending entirely on values, politics, and perspective. Here is a balanced summary of both sides:

According to his supporters

Defended sovereignty & independence: He kept Iran free from direct foreign domination and stood up against U.S./Western pressure, preserving the system established after the 1979 revolution.

Resilience under pressure: Guided Iran through decades of sanctions, isolation, and regional conflict — the state survived and remained unified.

"Resistance Economy": Pushed for reduced oil dependence, domestic production, and self-sufficiency to withstand sanctions.

Social & scientific progress: Supporters point to expanded access to free education, healthcare, and advances in science/technology despite isolation.

Regional standing: Built networks (Hezbollah, etc.) that gave Iran unprecedented strategic depth and influence across the Middle East.

What Critics Say

Systematic repression: Under his rule, political dissent was crushed; protesters were killed, imprisoned, or executed. Major crackdowns in 1999, 2009, and especially the 2022–2023 "Woman, Life, Freedom" uprising — where thousands died.

Human rights & women's status: Strict enforcement of mandatory hijab, morality police, severe restrictions on personal freedoms, speech, and minorities. The death of Mahsa Amini in custody became a global symbol of this system.

Economic mismanagement: Rampant corruption, elite control (especially the IRGC), sky-high inflation, poverty, and isolation — leaving many Iranians poorer over time.

Foreign policy & regional wars: Billions spent on proxy groups in Syria, Lebanon, Gaza, and Yemen while Iranians struggled economically. His "Axis of Resistance" policy steadily drew Iran into direct war with Israel and eventually the U.S.

Absolute unelected power: Concentrated all final authority in his own hands, sidelining elected presidents and parliament, preventing genuine reform.

What Khamenei Actually Did - The Crimes

Ali Khamenei's government was associated with serious repression, mass killings, and corruption allegations.

Mass Killing

During protests, Iranian security forces repeatedly used lethal force against demonstrators. For example, during the 2022 “Woman, Life, Freedom” protests, hundreds of people were killed, according to human-rights investigations. Mahsa Amini died in custody → nationwide uprising → over 500 killed, 20,000+ arrested

2019 Protests: When Iranians protested fuel prices, Khamenei ordered "stop it by any means necessary." Security forces opened fire on unarmed crowds nationwide. Reuters reports ~1,500 killed, including women and children.

2009 Green Movement: Peaceful post-election protests → dozens killed, thousands imprisoned on his orders.

Jan 2026 Uprising: His final crackdown — ordered security forces "with full authority" → thousands killed in days.

Executions: Iran was one of the world's top executioners every year of his rule — hundreds hanged annually, often for peaceful protest or "enmity against God".

Human Rights Watch reported that Iranian authorities carried out more than 2,000 executions in 2025, the highest known number since the late 1980s. Many involved drug offenses and were accompanied by serious fair-trial violations.

Corruption

The IRGC (which he controlled) owned 20–40% of Iran's entire economy — vast business empires, no oversight.

Massive inflation, poverty, while regime elites became billionaires.

He did not personally steal like Saddam — but he protected and presided over a deeply corrupt system where the powerful plundered the country.

How Ali Khamenei Was Killed

He was killed early in the morning during Ramadan, on Saturday, February 28, 2026. Location: His official residence and leadership compound (Beit-e Rahbari), central Tehran, near Pasteur Street. Age: 86.

How They Found Him

For months, the CIA and Mossad tracked Khamenei's movements. He normally stayed deep underground in a hardened bunker — nearly impossible to reach.

Critical break: Intelligence learned he was chairing a top-secret high-level security meeting with IRGC chiefs and military commanders — scheduled to be held above ground in his office compound.

This was an extremely rare opportunity — one of the few times he was not in the bunker.

The Strike

Operation Names: Israel called it Operation Roaring Lion; the U.S. called it Operation Epic Fury.

Executed by: Israeli Air Force F-15 jets, launching long-range precision-guided munitions — with U.S. intelligence and support.

Approximately 30 precision bombs/missiles struck the compound in a single massive barrage. The building was completely destroyed.

Also killed alongside him: The heads of the IRGC, Armed Forces General Staff, Defense Minister, and other top commanders — the entire senior leadership in one room.

His son Mojtaba was reportedly also at the site and survived, although seriously injured. Reuters later reported that Mojtaba remained largely out of public view because of injuries suffered in the same February 28 attack.

Ali Khamenei's daughter, her husband (his son-in-law), his daughter-in-law, and a 14-month-old granddaughter were reported killed in the same U.S.-Israeli strike that killed Khamenei on February 28, 2026.

Confirmation of Death

Iranian state media and the Supreme National Security Council officially announced his death on March 1, 2026. The U.S. and Israel also confirmed it.

Burial: Laid to rest July 9–10, 2026 at the Imam Reza Shrine in Mashhad, after lying in state and days of mass mourning ceremonies. Iran declared 40 days of national mourning.

He was killed because he made a rare mistake: he came above ground for a meeting. The U.S. and Israel found out, bombed the building to dust with him inside, and wiped out Iran's entire top leadership in less than a minute.

Operation Epic Fury: U.S. Air Operations, Base Losses, and Energy Impacts

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 15:28:00 +0000

Operation Epic Fury

On February 28, 2026, under Operation Epic Fury, the U.S. used a very large mix of aircraft. It wasn't just aircraft from the carrier. The Pentagon's March 16 fact sheet lists B-1, B-2, B-52, F-15, F-16, F/A-18, F-22, F-35, A-10, EA-18G, plus support, reconnaissance, tanker, transport and unmanned aircraft.

The main combat aircraft:

Aircraft	Main role	Used against Iran?
B-2 Spirit	Stealth heavy bomber	Yes
B-1B Lancer	Heavy bomber	Yes
B-52H	Heavy bomber	Yes
F-35A/C	Stealth multirole fighter	Yes
F-15E Strike Eagle	Fighter/strike	Yes
F-16	Multirole fighter	Yes
F-22 Raptor	Air superiority/stealth fighter	Yes
F/A-18	Carrier fighter/strike	Yes
A-10	Ground attack	Yes
EA-18G Growler	Electronic warfare	Yes

Hundreds or Thousands Fighter Planes Involved?

The U.S. Air Force + Navy combined have ~2,900 fighters total — sending thousands would mean every single fighter in the entire inventory deployed to the Middle East — impossible.

An estimate by Air & Space Forces Magazine, based on open-source flight tracking, aircraft-spotter reports and satellite imagery, put the number at close to 300 U.S. fighters involved in the operation, plus at least 20 bombers.

What made up those ~300 fighters? They included aircraft such as F-35A/C, F-22, F-15E, F-16, F/A-18, and A-10. For example, approximately 30 Air Force F-35As were assembled in the Middle East, while Marine F-35Cs from the USS Abraham Lincoln also participated.

So how "bad" is Iran overall?

As of September 2026, Iran has not been completely crippled or destroyed, and it has retained significant military capabilities.

Iran's military facilities have not been completely crippled, though they have been severely damaged. The situation is a complex mix of significant destruction on the surface and resilient, largely intact capabilities underground.

What has been badly damaged?

US and Israeli strikes caused major losses to Iran's military-industrial infrastructure and surface-level forces. According to US Central Command statements from late March 2026:

Production Facilities: Over two-thirds of Iran's facilities for manufacturing missiles, drones, and naval vessels were damaged or destroyed.

Naval Power: 92% of Iran's large naval vessels were sunk or rendered inoperable.

Launch Rates: Iran's missile and drone launch frequency reportedly dropped by over 90% during the peak of the strikes.

Air Force: While not destroyed, Iran's older air force was largely kept out of the fight. Most aircraft survived by being hidden in underground bases, but they couldn't contest air superiority

Area	Situation
Ballistic-missile sites	Severely damaged
Missile production	Seriously disrupted, but recovering
Air-defense systems	Major losses
Conventional navy	Most reportedly destroyed
Drone production	Severely suppressed, but can regenerate
Nuclear facilities	Major damage at key facilities
Military command/control	Significant strikes
Civilian infrastructure	Also damaged, but much less comprehensively than military targets
Iranian government itself	Still functioning

How Badly Damaged Is The US Military Bases in Gulf Countries

No official details information exists for how much of the total US military base infrastructure in the Gulf has been destroyed. The situation is fluid, and reports describe damage in different ways — some bases were hit, some facilities were destroyed, and some may be permanently closed.

While the exact percentage is unknown, the available evidence suggests that a significant portion of the US military footprint in the Gulf has been degraded or put at risk.

Discussions within the Pentagon about potentially not rebuilding damaged sites or shifting forces to safer locations indicate that the damage has been substantial enough to force a strategic rethink.

Which US Millitary Base in the Gulf Countries Damaged The Most

Based on multiple reports and satellite analyses from the 2026 Iran-US/Israel War, the US Naval Support Activity in Bahrain, which housed the headquarters of the US Navy's Fifth Fleet, is consistently identified as the most severely damaged US military site in the Gulf.

Reports describe it as "blown the hell out of" and "largely destroyed". An analysis by The Washington Post noted that over half of the total damaged assets across the region were concentrated here and at three bases in Kuwait.

The damage was so extensive that the headquarters operations were forced to relocate to MacDill Air Force Base in Florida. The loss of this key naval hub forced the US to use Diego Garcia, thousands of miles away, as a logistics hub, significantly stretching resupply lines.

The Wall Street Journal estimated the damage to the Bahrain base alone at approximately $400 million. The Pentagon's initial assessment for the single strike on February 28 put the cost at about $200 million.

Other Heavily Affected Locations

While Bahrain appears to be the worst hit, other bases in Kuwait were also heavily targeted and damaged.

Ali Al Salem Air Base (Kuwait): This was the single most frequently hit base, with an analyst counting 23 separate strikes on the facility. Satellite imagery confirmed collapsed rooftops and damage to hangars, communications infrastructure, and warehouses.

Camp Arifjan (Kuwait): This base suffered at least 17 strikes. A drone attack on a tactical operations center here resulted in the deaths of six US service members, highlighting the base's vulnerability.

Military Targets (U.S. & Allied Bases)

Date	Operation / Wave	Location & Target	Weapon Types	Key Damage
Feb 28 2026	Initial retaliation	Al Udeid AB (Qatar); Ali Al Salem AB (Kuwait); Al Dhafra AB (UAE); US Fifth Fleet HQ (Bahrain)	Shahab‑3, Emad ballistic missiles	First large salvo; majority intercepted, base infrastructure damaged
Mar 1–10	Follow‑up salvos	Same 4 core bases + Jordan	SRBM, drones	Repeated strikes; limited energy sites hit only after U.S. struck Iranian energy infrastructure
Jul 13 2026	Nasr‑2 Wave 1–5	Prince Hassan AB (Jordan); Shaikh Isa AB (Bahrain); Ali Al Salem, Ahmad al‑Jaber (Kuwait)	Fatah‑110, Kheibar ballistic missiles, Shahed‑series drones	Fuel depots, Patriot radars, P‑8 hangar, command centers destroyed
Jul 14–18	Nasr‑2 Wave 6–20	Bahrain (Juffair Naval Base, Fifth Fleet HQ); Kuwait (Camp Arifjan, Camp Udairi); Jordan (Azraq AB); Qatar (Al Udeid)	Fattah, Sejjil missiles; Shahed‑136, Lucas drones	HIMARS launchers, MQ‑9 hangars, early‑warning radars, comms centers hit
Jul 19–21	Nasr‑2 Wave 21–25	All above + Oman surveillance radar sites	Mixed missile/drone waves	"Radar‑clearing" campaign; sustained pressure across 5 nations
Aug 31 – Sep 2	Post‑ceasefire renewal	Bahrain, Kuwait, Jordan, UAE, Iraq (Al‑Harir, Erbil)	Ballistic missiles + loitering munitions	Final large‑scale military salvo before fragile pause
Sep 3–21	—	No major new waves	—	De‑escalation; isolated small drone incidents only

Energy/Economic Targets

Date	Location	Facility	Weapon Types	Damage Level
Mar 18–19 2026	🇶🇦 Qatar	Ras Laffan LNG export terminal	Ballistic missiles, drones	Extensive damage — 12.8 M ton/year capacity offline 3–5 years
Mar 19	🇸🇦 Saudi Arabia	SAMREF Refinery (Yanbu)	Drones	Operational disruption; fire contained
Mar 19	🇰🇼 Kuwait	Mina al‑Ahmadi, Mina Abdullah refineries	Drones	Fires at both; partial shutdown
Mar 25–28	🇦🇪 UAE	Port Fujairah; Al Taweelah industrial zone	Ballistic missiles	Severe damage; plant shutdown
Apr 3–6	🇦🇪 UAE	Habshan/Ajban gas facilities; Borouge petrochemical	Missiles/drones	Gas processing halted; major fire
Apr 10–mid	🇧🇭 Bahrain	BAPCO refinery	Missile debris	Moderate damage
Late Aug/early Sep	—	No new major energy strikes	—	Focus returned to military targets only

Counter‑Strikes (U.S./Israel → Iran)

Date	Target	Result
Feb 28+	IRGC command, missile sites, nuclear facilities	Operation Epic Fury — sustained air campaign
Mar 8	Tehran refinery, Shahran depot, Karaj depot	5+ domestic energy sites hit
Sep 5 & 8	Persian Gulf — IRGC‑linked oil tankers	8 tankers destroyed; Strait of Hormuz traffic collapsed

Bypass Pipelines

Before the war, these were "backup" — now they're the primary system

Country	Bypass Route	Capacity	Status
🇸🇦 Saudi	East-West Pipeline → Red Sea (Yanbu)	~5–7 million bpd	Operating at max; struck Sept 10 → partial outage, 4–6 week repair
🇦🇪 UAE	ADCOP pipeline → Fujairah (Gulf of Oman)	1.8 million bpd	Active; doubling to 3.6M bpd by 2027
🇶🇦 Qatar	None — no alternate coast	—	Most vulnerable; Ras Laffan hit hardest
🇰🇼 Kuwait	None — fully dependent on Hormuz	—	Exports collapsed 80% at peak
🇧🇭 Bahrain	None	—	Sitra refinery hit repeatedly

Saudi/UAE could redirect ~50–60% of exports away from Hormuz; Qatar/Kuwait/Bahrain had zero land-based escape routes.

Claims of Successful Hypersonic Strikes

As of September 2026, no Iranian hypersonic missile (Fattah-1 / Fattah-2) has been publicly confirmed as successfully intercepted by US or Israeli defenses.

However older regular ballistic missiles fired alongside them were intercepted in large numbers. "Zero interception" claims apply specifically to the hypersonic variants, not every Iranian missile.

Targeting Israeli Sites: Iran's Islamic Revolutionary Guard Corps (IRGC) claimed its Fattah hypersonic missiles "shattered the myth" of Israeli air defense invincibility and struck targets including the Defense Ministry building and Ben Gurion Airport . Other reports cited footage suggesting at least three successful Fattah-2 strikes against high-value Israeli targets.

Bypassing US Systems: Iranian sources claimed that hypersonic missiles and drones "bypassed" the US THAAD system to strike targets in Tel Aviv.

Facts About the Strait of Hormuz: Energy, Trade, and Strategy

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 14:08:00 +0000

Facts About Straits of Hormuz

The Strait of Hormuz is a narrow but extremely important sea passage between Iran and Oman. It connects the Persian Gulf to the Gulf of Oman and the Arabian Sea, and ultimately the wider Indian Ocean.

Where is it?

Think of it like a gateway:

Persian Gulf → Strait of Hormuz → Gulf of Oman → Arabian Sea → Indian Ocean

Iran is on the north side, while Oman controls territory on the south side, including the Musandam Peninsula.

Why is it so important?

Because a huge amount of the world's oil and natural gas shipments pass through it.

The Strait of Hormuz normally carries about 20 million barrels of oil and petroleum products per day, roughly 20% of global petroleum-liquids consumption. About 20% of global LNG trade also passes through it, primarily from Qatar.

Countries around the Persian Gulf — including Saudi Arabia, Iraq, Kuwait, Qatar, the UAE and Iran — depend heavily on this maritime route to export energy to the rest of the world.

The strait is only roughly 33 km (21 miles) wide at its narrowest point, although the actual shipping lanes are narrower.

About one in every four barrels of oil traded by sea must pass through this 54 km-wide bottleneck — hence its description as the world's most vital energy lifeline.

Why do you hear about Iran and Hormuz so often?

Because Iran sits directly beside the strait. Iran has repeatedly stated that it has the ability to disrupt or restrict shipping through the Strait of Hormuz, particularly during periods of conflict.

That's why a tiny-looking waterway between Iran and Oman can potentially affect gasoline prices in Indonesia, electricity prices in Japan, airline tickets in Europe and inflation around the entire world.

Iran sits right beside the Strait, but it isn't necessarily the biggest user of it.

Iran can export some oil through ports on the Gulf of Oman, which means it can partially bypass Hormuz. Iran's Goreh–Jask pipeline was built specifically to allow some oil exports without passing through the strait, although its effective capacity has remained relatively small.

Does oil from all Gulf countries pass through the Strait?

Not exactly — all Persian Gulf countries use it as their main route, but two have partial alternatives:

Country	Main Route via Hormuz?	Alternative Bypass Available?
🇸🇦 Saudi Arabia	✅ Yes — most exports	East-West Pipeline → Red Sea (Yanbu) — ~5–7 mb/d capacity
🇮🇶 Iraq	✅ Yes — southern fields	Partial: Kirkuk–Ceyhan pipeline (northern only)
🇦🇪 UAE	✅ Yes — majority	ADCOP pipeline → Fujairah (Gulf of Oman) — ~1.5–1.8 mb/d
🇮🇷 Iran	✅ Yes — nearly all	Minimal: small Goreh–Jask pipeline, not fully operational
🇰🇼 Kuwait	✅ 100% dependent	❌ None
🇶🇦 Qatar	✅ 100% dependent (all LNG too)	❌ None
🇧🇭 Bahrain	✅ 100% dependent	❌ None
🇴🇲 Oman	❌ — lies outside the strait	Exports go directly through Gulf of Oman

So: Kuwait, Qatar, Bahrain have NO alternative — they can only export through Hormuz. Saudi Arabia and the UAE can shift some volume away, but not all.

Which country passes through the most?

Rank	Country	Volume (mb/d)	Share of Hormuz flows
1	🇸🇦 Saudi Arabia	~5.5–6.0	~37%
2	🇮🇶 Iraq	~3.3	~23%
3	🇦🇪 UAE	~1.9–2.0	~13%
4	🇮🇷 Iran	~1.6	~11%
5	🇰🇼 Kuwait	~1.4	~10%
6	🇶🇦 Qatar	~0.7	~5%
7	🇧🇭 Bahrain	<0.1	<1%

Source: EIA / Vortexa / IEA 2025.

Who Owns This Straits

The maritime area is divided between the coastal states, Iran and Oman, and the strait is subject to international law governing navigation. The International Maritime Organization (IMO) describes the territorial jurisdiction of the strait as falling on both Iran and Oman.

Iran's side and Oman's side

Both countries have territorial waters extending up to 12 nautical miles under their maritime laws. Iran's legislation explicitly claims a 12-nautical-mile territorial sea, while Oman likewise declares a 12-nautical-mile territorial sea.

Gulf countries also rely on straits of hormuz for their food

That is why a prolonged Strait of Hormuz disruption could be particularly serious for the Gulf countries themselves. Gulf countries have almost no arable land and very little fresh water — they cannot grow enough food to feed their populations.

The Gulf states have very limited agriculture because of their extremely dry climate and water scarcity, so they import a large share of their food. The IMF estimates that the GCC countries collectively import about 85% of the food they consume; cereals are especially import-dependent, with more than 90% imported.

Who Are the Houthis? A Simple Guide to Yemen’s Armed Movement

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 14:05:00 +0000

Who are the Houthis?

The Houthis are a Yemeni political and armed movement that controls large parts of northern Yemen. Their formal name is Ansar Allah (“Supporters of God”).

The Houthis emerged in northern Yemen and began as a religious and political movement among Yemen's Zaydi Shi'a community in the 1990s. They were founded and led by members of the al-Houthi family, particularly Hussein Badreddin al-Houthi.

Their movement grew because of opposition to Yemen's government, which they accused of corruption, authoritarianism, and being too closely aligned with Saudi Arabia and the United States.

They are supported by Iran, which has provided weapons, technology, training, and other assistance, although the Houthis have their own Yemeni leadership and interests rather than simply being an Iranian military unit.

Today, the Houthis control Sanaa and much of northwestern Yemen, although they do not control the entire country.

Why do they fight Saudi Arabia?

Saudi Arabia borders Yemen directly and has historically supported Yemen's internationally recognized government against the Houthis.

The Houthis and Saudi Arabia therefore became enemies during the Yemen war. Houthis have launched ballistic missiles and drones toward Saudi territory, while Saudi Arabia conducted extensive airstrikes against Houthi positions.

What About Iran

Houthis are not simply "Iranian soldiers."

They are a Yemeni movement with their own leadership and objectives. However, Iran has provided the Houthis with various forms of support, including weapons, technology, training and other assistance. This has contributed to the broader regional rivalry between Iran and Saudi Arabia.

Iran and the Houthis also share opposition to Israel and strong hostility toward U.S. military presence in the region.

The Houthis originated in northern Yemen and eventually became powerful enough to capture Sanaa, Yemen's capital, in 2014. Saudi Arabia viewed the Houthi takeover as a major security threat because:

Yemen borders Saudi Arabia.
The Houthis had become an armed movement closely aligned with Iran, Saudi Arabia's regional rival.
Houthi forces possessed missiles and drones capable of reaching Saudi territory.
Saudi Arabia supported Yemen's internationally recognized government against the Houthis.

Why are we hearing about them so much recently?

Because the Houthis have become particularly important to international shipping.

They sit near the Bab el-Mandeb Strait, one of the world's important maritime chokepoints connecting the Red Sea with the Gulf of Aden and the Indian Ocean.

Since late 2023, the Houthis have attacked or attempted to attack commercial and military vessels in the Red Sea, saying their actions are connected to the Gaza war.

So you can think of the Houthis as:

Yemeni movement → controls much of northern Yemen → fought Saudi Arabia → supported by Iran → possesses missiles and drones → sits next to a major global shipping route.

The Houthi de facto government in Yemen

The Houthis control only roughly one-third of Yemen's territory, concentrated in the northwest. But that territory contains approximately 70–80% of Yemen's population, including Sanaa, the capital.

Even though the Houthis control the area where most Yemenis live, the majority of Yemenis are not necessarily "Houthis".

Yemen is roughly ~65% Sunni Muslim and ~35% Zaydi Shia Muslim. But these are estimates rather than precise census figures.

The Houthis are a Zaydi movement, but that does not mean all Zaydis support the Houthis. Likewise, being Sunni doesn't automatically mean someone supports the anti-Houthi side.

	Approximate situation
Territory controlled by Houthis	~⅓ of Yemen
Population living under Houthi control	~70–80%
Entire Yemeni population	~34.5 million (2025 estimate)
Estimated Sunni population	~65%
Estimated Zaydi/Shia population	~35%

The Houthis do not need a majority of Yemenis to support them to control Yemen's most populated areas.

Their military organization and control of the northwest allow them to govern a huge portion of the population even though they don't control most of the country's land.

And because the Houthis control Sanaa and much of the northwest, they have effectively built a de facto government there. The internationally recognized government operates primarily from areas outside Houthi control. The political landscape has also become more complicated because the anti-Houthi camp itself contains competing factions.

How Houthis Conquered Most of Yemen

The key is that the Houthis didn't conquer Yemen by themselves in one giant military victory. They took advantage of a very weak and divided state, made alliances, and captured the political center of the country.

Before the Houthis took Sanaa, Yemen had serious problems. President Ali Abdullah Saleh had ruled for decades and built a complicated network of military, tribal, and political alliances.

After the 2011 Arab Spring uprising, Saleh left office. His successor, Abdrabbuh Mansur Hadi, struggled to hold the country together.

The transition process failed to resolve major disagreements over how power and territory should be distributed. Different military units, tribes, political parties and regional movements had their own interests.

So when the Houthis expanded, they weren't attacking a strong, unified government. They were entering an already-fractured political system.

The Houthis initially had help from their former enemy

Ali Abdullah Saleh, the former president, had actually fought the Houthis six times between 2004 and 2010.

But after Saleh was removed from power in 2012, he had a new enemy: Hadi's government.

So Saleh and the Houthis temporarily decided that "We used to fight each other, but we have a common enemy now."

Saleh still had loyalists inside the military, security forces, tribal networks and political establishment. Those forces joined with the Houthis and significantly increased their military strength.

Then came the 2014 fuel-price protests

In 2014, Hadi's government removed fuel subsidies, causing fuel prices to rise. The Houthis organized large demonstrations demanding lower prices and political reforms. This allowed them to attract support beyond their traditional Zaydi/Shia base.

In September 2014, Houthi forces entered Sanaa. They initially didn't need to destroy the entire city or fight every government soldier. The government was already extremely weak, while Houthi forces and their allies had considerable military capability.

By late 2014, the Houthis had captured much of Sanaa. Then in January 2015, they seized the presidential palace and placed Hadi and his government under enormous pressure. Hadi eventually fled Yemen and went to Saudi Arabia.

Saudi Arabia then intervened — but couldn't simply remove them

Saudi Arabia therefore intervened in March 2015, leading a coalition to try to restore the internationally recognized government.

But Saudi airpower couldn't simply translate into control of Yemen's mountains and cities.

The Houthis proved capable of surviving years of fighting and eventually the front lines largely stabilized.

And then something unexpected happened

In 2017, Saleh decided to break with the Houthis and seek an accommodation with Saudi Arabia. The Houthi-Saleh alliance collapsed.

The Houthis then fought Saleh's forces in Sanaa. Saleh was killed by Houthi forces in December 2017. So the same man whose military network had helped the Houthis capture Sanaa eventually became their enemy and was killed by them.

After that, the Houthis became much more firmly established as the dominant power in northern Yemen.

The Houthis actually had a chance to take much more of Yemen in 2015, including moving toward Aden, but Saudi intervention pushed them back. That explains why Yemen ended up divided rather than becoming completely Houthi-controlled.

Facts About Esmail Qaani - Commander of the Quds Force

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 13:14:00 +0000

Esmail Qaani (Ismail Qaani) is a senior Iranian military commander and a brigadier general in the Islamic Revolutionary Guard Corps (IRGC). He is best known as the commander of the Quds Force, the IRGC unit responsible for Iran's military and intelligence activities outside Iran.

Qaani was born in 1957 in northeastern Iran. He joined the IRGC around the time of the Iran–Iraq War. He eventually became involved with the Quds Force.

What does the Quds Force do?

Think of the Quds Force as the IRGC's overseas operations arm. It works with and supports organizations allied with Iran outside the country, including groups in Iraq, Lebanon, Syria and Yemen.

The European Union describes Qaani as commander of the Quds Force and has accused the organization under his command of supporting the transfer of Iranian missiles and drones to regional armed groups.

His connection to Qassem Soleimani

In 1997, when Soleimani became commander of the Quds Force, Qaani became his deputy.

Their responsibilities were somewhat divided: Soleimani concentrated heavily on Iraq, Syria and Arab countries, while Qaani had extensive responsibility for Afghanistan, Pakistan and Iran's eastern sphere.

On January 3, 2020, the United States killed Soleimani in a drone strike in Baghdad. Iran's Supreme Leader Ali Khamenei then appointed Qaani as Soleimani's successor.

What happened to Qaani during the 2025–2026 Iran-Israel conflict and whether he survived

Yes. Esmail Qaani survived the 2025 Iran–Israel war, and the available evidence also indicates that he survived the later 2026 U.S.–Israeli campaign.

During the 2026 U.S.–Israeli war against Iran, many of Iran's senior leaders and commanders were killed. According to Reuters, the strikes killed figures including Supreme Leader Ali Khamenei, IRGC commander-in-chief Mohammad Pakpour, Armed Forces Chief of Staff Abdolrahim Mousavi, and several other senior commanders. But Qaani survived.

Esmail Qaani is the TOP suspect everyone is talking about

Qaani earned the label "The Man With Nine Lives" after walking away from multiple major attacks while those around him died.

He survived when everyone else died — he left the compound minutes before the strike.

He has survived every Israeli/U.S. strike for years — when others around him died. Rumors say he was under house arrest / being interrogated in March 2026.

His Connection to Ahmad Vahidi

They are old comrades - from the same roots.

Both joined the IRGC at its founding (1979) — fought together in the Iran–Iraq War. Both served in the Quds Force — Vahidi was Quds Force commander before Qaani's predecessor Qasem Soleimani took over.

Same generation, same ideology, same hardline views — they know each other very well, for over 40 years. Vahidi was Qaani's superior in the past — Vahidi ran the Quds Force; Qaani served under him later.

Vahidi was senior to Qaani during the early Quds Force period. Vahidi commanded the organization before Soleimani took over, while Qaani subsequently served under Soleimani.

	Ahmad Vahidi	Esmail Qaani
Rank	IRGC Commander-in-Chief	Quds Force Commander
Controls	ENTIRE IRGC — all branches	ONLY Quds Force (external operations)
Reports to	Mojtaba (figurehead) → Vahidi rules	Reports to VAHIDI
Power	✅ #1 in Iran	⚠️ Powerful — but #2, not #1

Before the strike

Vahidi was Deputy IRGC Commander under Pakpour — second-in-command, and Qaani was Quds Force Commander — controlled intelligence and foreign operations.

Feb 28: Both Khamenei and Pakpour died in the strike.

March 1: Vahidi became IRGC Commander-in-Chief.

Qaani remained as Quds Force Commander.

Vahidi runs the military, Qaani runs foreign ops.

Why the UAE Bore the Brunt of Iranian Strikes (Despite Qatar Hosting CENTCOM)

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 11:31:00 +0000

Which Gulf Arab Countries Host The Most Important US Facilities

Among the Gulf Arab countries, the four most important hosts of U.S. military infrastructure are generally Qatar, Bahrain, Kuwait, and the UAE. Together they form the core of the U.S. basing network around the Persian Gulf.

1. Qatar — Probably the most important air-power hub.

Around 10,000 U.S. personnel.
Al Udeid Air Base — Arguably the most Important U.S. Base in the Entire Middle East.
Forward Headquarters of U.S. Central Command (CENTCOM) — directs all U.S. military ops across 21 nations.
Combined Air Operations Center — the nerve center for every U.S. air mission in the region.
Largest U.S. airbase in the Middle East; supports ~1,000+ sorties daily.

2. Bahrain — The most important naval hub.

~8,500–9,000 personnel.
Naval Support Activity Bahrain is headquarters of the U.S. Fifth Fleet and U.S. Naval Forces Central Command.
The Fifth Fleet's area includes the Persian Gulf, Gulf of Oman, Arabian Sea, Red Sea, and the surrounding waters.
Controls the Strait of Hormuz, Suez Canal, Bab el-Mandeb — the world's most critical maritime chokepoints.
Bahrain also has one of the few Gulf facilities capable of supporting large U.S. naval vessels. Deep-water port capable of hosting aircraft carriers — irreplaceable for Gulf security.
That's why Iran attacking the U.S. facility in Bahrain in the opening hours was strategically significant.

3. Kuwait — The major Army/logistics hub.

Camp Arifjan + Ali Al Salem Air Base + Camp Buehring — Most Important Logistics Hub.
~13,500 personnel — largest U.S. ground force presence in the Gulf.
Cap Arifjan: U.S. Army Central Headquarters — pre-positions enough armor/equipment for a full combat division.
Ali Al Salem: Primary air mobility & transport hub.
The "warehouse of the Middle East" — without Kuwait, U.S. troops across the region cannot be sustained.
Kuwait is particularly important for moving and supporting ground forces. It has historically been one of the principal staging areas for U.S. forces moving into Iraq and the broader region.
In terms of the number and size of facilities, Kuwait is arguably the biggest U.S. basing cluster in the Gulf.

UAE — major air and naval access.

Al Dhafra Air Base — Most Important Combat & Recon Hub.
~3,500–5,000 personnel.
Hosts F-22 Raptors, F-35s, advanced surveillance & stealth drones — America's most advanced aircraft in the region.
Critical for reconnaissance, early-warning radar, and offensive air power projection.

5. Saudi Arabia

~2,300+ personnel
Reactivated as a key hub for Patriot, THAAD, and air defense coordination.
Covers the northern/central Gulf with long-range radar and anti-missile batteries.

Rank	Country	Key Base	Primary Role	Troops
⭐ #1	Qatar	Al Udeid	CENTCOM HQ / Air Command	~10,000
⭐ #2	Bahrain	NSA Bahrain	5th Fleet / Maritime Control	~9,000
⭐ #3	Kuwait	Camp Arifjan	Army HQ / Logistics & Supplies	~13,500
#4	UAE	Al Dhafra	F-22/F-35 / Recon	~4,000
#5	Saudi Arabia	Prince Sultan AB	Missile Defense	~2,300

Qatar = Brain (command center) | Bahrain = NAVY (fleet HQ) | Kuwait = Body (supplies/ground troops) | UAE = Sword (combat aircraft) | Saudi Arabia = Shield (missile defense).

These five bases in five countries formed the backbone of U.S. power in the Gulf — and exactly why Iran targeted all of them in its Feb 28 retaliatory strikes.

If Qatar is deemed the most important, why in the early days Iran strike UAE the most attacks?

According to a CSIS analysis of the first week, the UAE accounted for about 55% of all recorded Iranian strikes in its dataset from March 1–8: 1,422 drones and 246 missiles, or 1,668 recorded strikes.

The UAE hosts U.S. military bases, including Al Dhafra Air Base, where advanced U.S. assets like the F-35 fighter jets and MQ-9 Reaper drones are stationed.

Shortly after Khamenei’s death, IRGC-aligned outlets claimed that the aircraft that struck the Supreme Leader’s compound took off from Al Dhafra base in the UAE. The mission was flown by U.S. stealth fighters, likely F-22s. - these claims were not corroborated by independent sources or Western intelligence.

Compared to Qatar (host of the massive U.S. Al Udeid Air Base), the UAE is seen by Iran as more politically vulnerable due to its recent normalization of relations with Israel (Abraham Accords) and more directly involved in regional security cooperation with the U.S. and Israel.

Qatar, on the other hand, has maintained diplomatic ties with Iran and hosted a major Iranian embassy even during the 2017 Gulf Crisis.

While Qatar hosts CENTCOM headquarters, the UAE hosts forward-operating bases that are closer to Iran and more likely to be used in offensive operations.

For example, Al Dhafra Air Base in UAE is a known launch point for long-range U.S. drone operations and stealth fighter missions in the region. So, from an Iranian perspective, the UAE is more directly involved in any U.S. strike capability than Qatar.

The "Eyes" That Monitoring Iranian Air Defenses 📡

Al Dhafra hosted the AN/TPY-2 advanced radar — that tracked Iranian air defenses and was claimed as to also guide the US/Israeli missiles.

The U.S. has deployed AN/TPY-2 radars in several strategic locations, including Northern Israel, Turkey (until 2020), Qatar, and Al Dhafra Air Base, UAE (confirmed since 2019).

Without this UAE-based radar the Feb 28 strike likely fails. Iran explicitly said: "We will destroy the eyes that see us" → targeted Al Dhafra's radar sites with maximum force.

How Bad They Are Today

As of September 14, 2026, the U.S. Gulf base network has taken substantial damage, but it has not been destroyed as a functioning military network. The most serious damage appears to have been in Bahrain and Kuwait, with significant damage also reported at facilities in Qatar, UAE, and Saudi Arabia.

Country	Main U.S. facilities	Damage by today	What was hit	Overall
🇧🇭 Bahrain	NSA Bahrain / Fifth Fleet HQ, Isa Air Base	🔴 Very heavy	Command center, ≥12 buildings, satellite communications, other infrastructure	Most seriously damaged major U.S. Gulf base
🇰🇼 Kuwait	Camp Arifjan, Ali Al Salem, Camp Buehring	🔴 Heavy	Hangars, fuel storage, radomes, power plant, aircraft/support infrastructure	Very serious
🇶🇦 Qatar	Al Udeid Air Base	🟠 Significant	Satellite communications sites and other facilities	Significant but less physically devastated
🇦🇪 UAE	Al Dhafra + other U.S.-linked sites	🟠 Significant	THAAD/radar equipment and other military infrastructure	Significant
🇸🇦 Saudi Arabia	Prince Sultan Air Base and other U.S. facilities	🟠 Significant	E-3 Sentry, refueling tanker, fuel/storage and other facilities	Significant
🇴🇲 Oman	U.S. access/logistics facilities	🟡 Limited/unclear	Much less publicly documented damage	Relatively intact

Does the World Rely on Gulf Oil as Much as You Think?

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 07:44:00 +0000

Does The World Get Its Oil Mainly From The Gulf Countries?

The answer is no, not the majority of world production, but yes, they dominate global oil exports (the oil that actually crosses borders).

World produces ~105 million barrels/day (mb/d). Gulf countries produce about 1 in 4 barrels of world total — not the majority. The US alone produces roughly as much as all Gulf countries combined.

Using 2025 production data, the United States was actually the world's largest oil producer, followed by Saudi Arabia and Russia.

Region/Country	mb/d	Share
🇸🇦 Saudi Arabia	~9–10	~9%
🇮🇶 Iraq	~4.4	~4%
🇦🇪 UAE	~3.3	~3%
🇮🇷 Iran	~3.2	~3%
🇰🇼 Kuwait	~2.9	~3%
🇧🇭 Bahrain + 🇶🇦 Qatar	~1.5	~1.5%
Gulf Total	~24.3	~23%
🇺🇸 United States	~24.6	~23%
🇷🇺 Russia	~9.5	~9%
🇨🇦 Canada	~5.9	~6%
🇧🇷 Brazil	~5.5	~5%
🇳🇴 Norway	~4.2	~4%
🇨🇳 China	~4.1	~4%
Others	~26.9	~26%

In 2025, the U.S. produced a record 13.6 million barrels/day of crude oil and exported about 4.0 million barrels/day of crude oil.

The United States does sell a substantial amount of oil to other countries — much more than we might expect. The reason we don't hear about it as often is that the U.S. is simultaneously a huge oil producer, huge oil consumer, huge importer, and huge exporter.

So where does America's oil go?

Rank	Country	Daily Barrels	Note
1	🇳🇱 Netherlands	~1.15 million	Europe's main hub — redistributed to EU
2	🇰🇷 South Korea	~280,000	Fastest growing buyer — up 4× since Hormuz disruption
3	🇮🇳 India	~320,000	Major buyer since 2022
4	🇯🇵 Japan	~240,000	Just started buying heavily in 2026
5	🇸🇬 Singapore	~220,000	Regional refining hub
6	🇨🇦 Canada	~350,000	Cross-border trade
7	🇨🇳 China	~150,000+	Buys when prices are low — no ban
8	🇲🇽 Mexico	Large — refined products	Top market for US gasoline
9	🇪🇸🇮🇹🇬🇧 Europe	~1 million+	Spain, Italy, UK all regular buyers

Global Oil Exports — Gulf = ~40–44% (Largest Share)

This is where the Gulf dominates — because they consume very little domestically and export nearly everything:

Region	Export Share	Key Detail
⛽ Persian Gulf	~42%	Saudi Arabia = single largest exporter
North America	~20%	US + Canada — growing fast
Europe / Russia / Eurasia	~21%	Russia, Norway, Kazakhstan
Africa	~8%	Nigeria, Angola
South America	~7%	Brazil, Guyana
Asia-Pacific	~2%	Indonesia, Malaysia, Australia

Nearly half of all oil traded internationally comes from the Gulf. That's why Hormuz matters — it's the gateway for this massive export volume.

The seven Persian Gulf countries—Iran, Iraq, Kuwait, Saudi Arabia, UAE, Qatar and Bahrain—accounted for about 32% of world crude-oil production in the EIA's 2022 data. They also held about 49% of the world's proved crude-oil reserves.

Is Straits of Hormuz Closed Now

As of late September 2026, the Strait of Hormuz is effectively closed or severely restricted due to an ongoing conflict between the United States and Iran.

Iranian Closure: Following military strikes by the US and Israel on Iran starting in late February 2026, Iran has sought to impose control over the strait. Iran's Parliament Speaker has stated explicitly that the strait will remain closed until the US fulfills commitments from a failed June agreement.

Drastic Drop in Traffic: The impact on shipping has been immense. Before the war, roughly 130-140 ships transited the strait daily. Recent data shows this number plummeting to single digits (e.g., 7 ships on one recent day), a decline of over 90%.

Attacks on Shipping: The situation is extremely dangerous. Since late February, there have been at least 46 verified attacks on international shipping in and around the strait, resulting in at least 14 confirmed seafarer fatalities . Just days ago, an Indian sailor was killed in an attack on a cargo ship.

Which Countries Are Allowed To Pass

Based on the current situation, the Strait of Hormuz is not open to all countries. Iran has established a de facto selective passage regime, allowing only ships from countries it considers "friendly" to transit safely.

According to statements from Iranian Foreign Minister Abbas Araghchi and various maritime reports, the countries that have been granted safe passage rights are China, Russia, India, Pakistan, Iraq, Malaysia, Thailand, Bangladesh, Philippines, and Greece (specifically for Greek-affiliated vessels, according to shipping data).

Iran has explicitly stated that "enemy" vessels will not be permitted. This category primarily includes The United States, Israel, and certain Gulf countries involved in the current conflict against Iran.

Then other countries face delays, uncertainty, or must negotiate individually. Traffic is down 90% — functionally closed to normal commerce, but not completely sealed.

Iran's 7 Conditions For Reopening The Straits of Hormuz

#	Condition	What It Means
1	🛑 Cease all hostilities	End US/Israeli military strikes against Iran — and also against Iran-aligned groups in Lebanon, Yemen, Syria, Iraq
2	💰 Release frozen Iranian assets	Unfreeze ~$12 billion in Iranian funds held abroad
3	⛽ Lift oil sanctions	Remove all US bans & penalties on Iranian oil exports
4	⚓ End naval blockade	US must stop searching, diverting, or blocking ships bound to/from Iranian ports
5	🚢 Withdraw US forces	Pull US naval & air assets away from Iran's coast & the Gulf region
6	🧾 Pay war compensation	US must pay Iran for infrastructure, military, and civilian damages from the conflict
7	🗣️ End hostile rhetoric	Stop threatening Iran; resume formal diplomatic negotiations including nuclear talks

The Strait stays restricted until the US accepts all 7 terms. Right now, neither side is backing down — and every day it stays partially closed, global energy costs rise and regional tension deepens.

US said no to Iran's 7 conditions exactly as written. Trump demands Iran reopen the Strait before any sanctions are lifted, assets released, or forces withdrawn. Iran says absolutely not — US must act first. Both sides are still talking through mediators, but neither has moved from their starting position.

How Has Iran Retaliated Against The US

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 06:45:00 +0000

After Ali Khamenei was killed, what was the first things Iran did

After Ali Khamenei was killed in the U.S.-Israeli strikes on February 28, 2026, Iran's first actions were essentially about keeping the state functioning, securing military command, and preparing retaliation.

Confirm Khamenei's death and announce mourning

Iranian state media officially confirmed his death in the early hours of March 1. The government declared a period of national mourning.

Prevent a leadership vacuum

Because the Supreme Leader had been killed together with several senior officials, Iran immediately needed a temporary mechanism for supreme authority. An interim Leadership Council was established, involving Ayatollah Alireza Arafi, President Masoud Pezeshkian, and Chief Justice Gholam-Hossein Mohseni-Eje'i.

The military and IRGC continued operating

Iran did not stop functioning militarily simply because Khamenei was dead. The Revolutionary Guards and remaining command structure continued directing Iran's response. This was important because the country was already under attack.

Iran retaliated militarily

Iran launched ballistic missiles and other attacks against U.S. and allied targets in the region. The first days therefore looked less like Iran surrendering and more like Iran trying to demonstrate that killing the Supreme Leader had not paralyzed the state.

Begin the succession process

Behind the scenes, the biggest political question was: "Who replaces Khamenei?" The IRGC reportedly pushed for a rapid decision, while the constitutional mechanism involved the Assembly of Experts.

Eventually choose Mojtaba Khamenei

The succession was surprisingly quick: Mojtaba Khamenei, Ali Khamenei's son, was selected as Supreme Leader on March 8, 2026.

First country Iran retaliated against

Iran's military response started while the leadership situation was still developing. Iran didn't wait until it had chosen a new Supreme Leader before retaliating. That is one reason the IRGC's organizational structure became so important after Khamenei's death.

Iran's first retaliatory strike after the February 28, 2026 attack is Israel — together with U.S. bases across the Gulf.

Hours after the U.S.-Israeli airstrikes killed Khamenei, Iran launched simultaneous strikes on Israel (~35 ballistic missiles + drones toward Tel Aviv and central Israel), UAE (heaviest barrage: 137 ballistic missiles + 208 drones toward Dubai/Abu Dhabi), and also Qatar, Bahrain, Kuwait, Saudi Arabia, Jordan, Iraq, Oman (U.S. military bases across all eight countries).

These were launched together in the first wave — there was no single "one country only" strike. But Israel was the original attacker and the primary declared target in Iran's retaliation statement.

Largest single-country target in first wave: UAE (most missiles/drones).

Date	Countries Targeted	Missiles	Drones	Notes
Feb 28, 2026 🚀 First Wave	Israel	~35	—	Primary target; Tel Aviv & Haifa struck
	UAE	~137–165	~208–270	Heaviest barrage; Al Dhafra Air Base
	Qatar	~66	—	Al Udeid Air Base (US Centcom HQ)
	Bahrain	~45	~9	US Navy 5th Fleet HQ
	Jordan	~13	~36	US bases; follow-up waves continued
	Kuwait	Several	~2	Multiple US bases hit
	Saudi Arabia	Up to 2	—	Limited strikes
	Iraq (Erbil)	~7	Dozens	Northern Iraq bases
Mar 1–2, 2026	Jordan / Iraq / UK (Cyprus)	Additional waves	—	Sustained strikes on US/UK facilities
Mar 3, 2026	Israel (larger barrage)	~65+	—	Direct strikes toward Tel Aviv & Jerusalem

A Mix of Cheap & Expensive Drones/ Ballistic Missiles in The Early Wave

Iran used BOTH cheap drones AND a mix of cheap/expensive ballistic missiles in the very first wave — deliberately layered to maximize cost damage to the defenders.

Feb 28 First Wave - Shahed-136 (Cheap Drones)

The one-way attack drones, especially the Shahed-type drones, were relatively cheap, roughly $20,000–$50,000 each. Propeller-driven, carried roughly a 50 kg warhead and could be launched in large numbers. They are designed to overwhelm or exhaust air defenses.

So if Iran sent, for example, 100 Shaheds, the hardware itself might cost only around $2–5 million. That's extremely cheap compared with the defensive missiles being used against them.

One of the striking economic problems for the U.S. and its allies was that a $30,000–$50,000 Iranian drone could require an interceptor costing hundreds of thousands or even millions of dollars.

Weapon	Est. Unit Cost	Quantity Used	Purpose
Shahed-136 drones	$20,000 – $50,000	~200–270	Saturate defenses, force expensive intercepts
Other drones (Mohajer, Arash)	$50K – $200K	Dozens	Recon + decoy + secondary strike

The math: Iran spends ~$35,000 per drone** → US/Israel shoots it down with **$4M Patriot or $15M THAAD interceptor. Cost ratio = 80:1 to 400:1 in Iran's favor. This was intentional — they wanted to deplete enemy interceptors.

Older Ballistic Missiles (Medium Cost)

Older liquid-fuel designs — not cutting-edge, but proven, cheap to build, and available in thousands. They fired these in massive numbers to overwhelm defenses.

Weapon	Est. Unit Cost	Quantity Used	Purpose
Shahab-3 / Emad / Ghadr	$500K – $1.5M	~200+	Main barrage — reliable, available in large numbers

Advanced Missiles (Expensive, Used Carefully)

Weapon	Est. Unit Cost	Quantity Used	Purpose
Kheibar Shekan (solid fuel, precise)	~$1.5M – $2M	~40–60	Penetration — better accuracy, harder to intercept
Fattah-1 (hypersonic, Iran's best)	~$5M	Very few — held back	Premium — only for highest-value/hardest targets

The Fattah-1 — Iran's most advanced missile — costs $5 million each and was NOT fired in large numbers because they had very few built. They saved their expensive missiles for later waves.

Layer	Weapon Tier	Cost	% of first wave
First — Swarm	Shahed drones	💸 Very cheap	~60%
Second — Barrage	Shahab/Emad missiles	💰 Affordable	~35%
Third — Precision	Kheibar Shekan/Fattah	💎 Expensive	~5%

The earliest days were overwhelmingly cheap drones + mid-cost older missiles — the expensive hypersonic "crown jewels" were mostly held back and used sparingly until defenses ran low.

Interceptor Consumption & Why Rates Dropped

Estimated Interceptor Expenditure (Feb 28 – Mar 31, 2026)

Interceptor	Cost Each	Quantity Used	Total Cost
Patriot PAC-3 MSE	~$4.0M	~680–750	~$2.8–3.0 billion
THAAD (long-range)	~$14.5M	~55–65	~$800–950 million
David's Sling (Israel)	~$0.7M	~380–420	~$270–290 million
Arrow 2/3 (Israel hypersonic)	~$3.0M / ~$6.0M	~90–110	~$450–550 million
AIM-9X / Air-to-Air	~$0.5M	~300+	~$150 million+

Total spent by US + Israel in ~30 days: ~$4.5–5 billion** — just on interceptors. By comparison, Iran's entire attack cost ≈ **$450–550 million → 10:1 cost disadvantage for the defenders.

By early March, the U.S. and Israel were clearly trying to avoid wasting their most expensive surface-to-air interceptors on every cheap Iranian drone.

On March 4, U.S. officials told lawmakers that U.S. forces might not be able to shoot down every Iranian drone, reflecting the enormous volume and the limited value of spending high-end interceptors on cheap targets.

Mar 19–25: Iran introduced Fattah‑2 hypersonic missiles — 14–15× speed of sound, can glide unpredictably. None were intercepted. Every single one hit its target.

Interception Rate Drop — Direct Cause:

Period	Avg Interception Rate	What Happened
Feb 28 – Mar 5	~90–92%	Full stockpiles; every incoming target engaged
Mar 6 – Mar 15	~84–86%	Patriot stockpiles running low → started prioritizing only ballistic missiles, ignoring drones
Mar 16 – Mar 31	~72–78% ⬇️	Critical shortage: US had to ration Patriots; Israel ran low on Arrow; began letting some missiles pass through
Apr onward	~65–70%	Iran introduced massed Kheibar Shekan + Fattah hypersonic missiles — fewer interceptors left, and many couldn't catch them anyway

Iran fired them FASTER than US could resupply

US pre-war global Patriot stockpile ≈ ~1,100–1,200.
Used ~700 in one week → 60% of global inventory gone.
Production rate ≈ 30–35/month → would take 2 years to replace what was lost in March.
By mid-March: US Central Command issued order: "Do not intercept drones — save missiles for ballistic missiles only"

The Cost Trap — Iran's deliberate strategy

Iran: $35,000 Shahed drone** ↔ US: **$4,000,000 Patriot to shoot it down
114× cost difference — US literally couldn't afford to keep shooting them down.
By early March: US/Israel stopped shooting down drones entirely → let them crash or use cheap guns.
Mid-March onward: Iran began firing Kheibar Shekan (harder to intercept) + Fattah hypersonic (basically UN-interceptable)
When defenses were already depleted and facing faster missiles → interception rates collapsed.

Facts About Khamenei's Death - Who Betrayed Him

noreply@blogger.com (Susan) — Wed, 16 Sep 2026 02:30:00 +0000

How The US Found Khamenei

Khamenei’s movements are not tracked by a single traitor. Instead, they are exposed by a combination of advanced Israeli technical surveillance and massive human infiltration of Iran’s security apparatus. It is a system where technology and spies reinforce each other.

The Traitor Inside The Inner Circle - A High-Level Insider Betrayed the Meeting

CIA had a recruited asset — someone inside Khamenei's closest protection or administrative circle — who passed the exact, top-secret meeting details directly to the U.S.: when, where, who would be there, and that Khamenei would be above ground, not in his bunker.

In one stunning example, the very head of an Iranian counter-intelligence unit—the group created specifically to catch Israeli spies—was himself an Israeli agent. He reportedly had at least 20 double agents working under him.

Iran's own Foreign Minister (Araghchi) publicly confirmed in July 2026: "The main traitor who gave the information is still inside Tehran's highest circles — still not caught." He warned: "This person sits among us, attends our meetings, and has access to all our top secrets."

They Hacked Tehran's Own Cameras

Mossad hacked nearly all traffic cameras in Tehran — thousands of them — including one perfectly positioned near Khamenei's compound on Pasteur Street. Live footage was secretly sent to Israel for years, undetected.

They didn't track Khamenei directly (he had no phone) — they tracked his bodyguards and drivers. They mapped their faces, cars, shift times, parking spots, home addresses — and built their "pattern of life." When the guards gathered → Khamenei was there.

The bodyguards themselves carried phones — the ban on electronics wasn't enforced for the lower-ranking staff — so their digital footprints broadcast exactly where the boss was.

Former Mossad officials have claimed that at the peak of operations, they had "hundreds" of agents operating inside Iran. Many of these are not elite spies, but ordinary Iranians recruited for specific, small tasks—like reporting a car license plate or checking if a building's power is on.

Communication Blackout: on the day of a strike or operation, Israel reportedly jammed or disabled over a dozen mobile phone towers near the target area. This meant that security personnel could not receive any warning calls—they only heard busy signals—leaving them completely blind during the critical moments.

Why Iran's Radar & Alarm Failed

Iran's radar didn't just fail — it was systematically blinded, disabled, and overwhelmed before the bombs even fell.

Reports indicate that Iran’s radar and alarm systems were rendered ineffective through a combination of cyberattacks and advanced electronic warfare that occurred both before and during the strike.

Cyberattack — radar screens went blank

Reports suggest that cyber operations were a critical first step, designed to systematically dismantle Iran's air defense network before the first bomb fell. The U.S. Cyber Command was involved in the initial stages of the attack.

Before a single jet took off, U.S. Cyber Command activated malware that had been secretly planted inside Iran's air defense systems — possibly for YEARS.

Hacked Radars: In some reported instances, Iranian radar screens were frozen or manipulated to show a "clear sky" image, blinding operators to the real threat. This created a "dead zone" that allowed strike aircraft to approach without detection.

The malware was inserted through supply-chain compromise — hidden inside imported spare parts or software updates that Iran bought on the black market.

Electronic Jamming - They couldnt hear or speak

U.S. EA-18G Growler aircraft and Compass Call electronic warfare planes flooded the entire Tehran area with DEAFENING electromagnetic noise.

Missiles From Space - Too Fast, Too High To See

The strike on Khamenei's compound was not from planes flying low. It was from ballistic missiles — Israel's "Blue Sparrow" — that came down from The Edge of Space.

Launched from Israeli jets outside Iran → flew up into space → dropped vertically onto Tehran at Mach 5+ (over 6,000 km/h). They never flew across Iran's territory at all. They went over the atmosphere — above all radar coverage — then plunged straight down. From detection to impact: ~90 seconds. By the time anyone saw them → they were already exploding.

Decoys

The U.S. launched hundreds of MALD decoys — tiny drone-like missiles that LOOK exactly like massive formations of fighter jets on radar.

Iran's radar operators saw hundreds of incoming aircraft everywhere at once — total chaos. They didn't know which were real and which were fake. If they turned their radar on to see clearly → U.S. anti-radar missiles targeted and destroyed them instantly.

The Strike Was From So Far Away — Planes Never Entered Iran

The missiles were fired from standoff range — outside Iran's borders, beyond the reach of Iran's S-300 and Bavar-373 defenses.

Israel's F-15 and F-35 jets likely never even entered Iranian airspace — they launched from Iraq, Syria, or over the Caspian Sea. Iran's radar is designed to detect planes crossing the border — not missiles fired from hundreds of kilometers away.

Facts About the Arabian Peninsula: Populations, Economies, and Energy Reserves

noreply@blogger.com (Susan) — Tue, 15 Sep 2026 18:53:00 +0000

Facts About Arabian Peninsula

The Arabian Peninsula is the largest peninsula in the world by area, but it is not generally considered the longest by length.

The Arabian Peninsula is home to Saudi Arabia, Yemen, Oman, the United Arab Emirates, Qatar, Bahrain, and Kuwait, as well as parts of Jordan and Iraq.

Which peninsula is the longest?

There isn't one universally accepted answer because the result depends on how a peninsula's boundaries and length are measured.

The Scandinavian Peninsula, for example, stretches roughly 1,850 km from north to south, while the Arabian Peninsula is roughly 2,000–2,200 km across its greatest north–south extent, depending on the endpoints used.

The important distinction: the Arabian Peninsula is unquestionably the world's largest peninsula by area, but calling it the world's longest is less definitive.

What has to be counted to be considered as peninsula

A peninsula is a piece of land that is surrounded by water on three sides and connected to a larger landmass on the fourth side.

There is no universal minimum size or length required to qualify as a peninsula. A peninsula can be enormous, like the Arabian Peninsula, or relatively small.

Which country in the Arabian Peninsula is the crowdest and most sparsely populated.

Most densely populated is Bahrain, which is ≈ 2,100 people/km² (2025 estimate).

Bahrain is a small island country with a concentrated urban population, making it the most densely populated country in the Arabian Peninsula

Most sparsely populated is Saudi Arabia, which is ≈ 16 people/km² (2025 estimate).

Saudi Arabia has enormous desert areas and a relatively low population density despite having the peninsula's largest population.

Which country in the Arabian Peninsula has the largest population.

Yemen is the most populous country in the Arabian Peninsula, with approximately 42 million people, compared with Saudi Arabia's approximately 35 million.

Which country in the Arabian Peninsula is the richest

In the Arabian Peninsula, oil and natural gas have made several countries exceptionally wealthy, but their populations and economic sizes differ significantly.

Richest countries by different measures:

Highest GDP per person is Qatar which is ≈ US$69,700 per person (2025 estimate). Qatar benefits from enormous natural gas resources and a relatively small population.

Largest overall economy is Saudi Arabia, which is ≈ US$1.28 trillion GDP (2025 estimate). Saudi Arabia has the peninsula's largest economy, supported by oil production, government investment, and a growing non-oil sector.

In simple terms: Qatar has the highest GDP per person, while Saudi Arabia has the largest economy overall. Both are wealthy in different ways.

Largest Oil Reserves

The country with the largest oil reserves in the Arabian Peninsula is Saudi Arabia. It is one of the world's major oil powers and has played a central role in global petroleum markets for decades.

Saudi Arabia has 267.2 billion barrels, which is the largest reserves on the peninsula, whereas the second place is United Arab Emirates (113 billion barrels) and the third is Kuwait (101.5 billion barrels).

That's about 15–17% of the entire world's proven oil reserves — making Saudi Arabia #2 globally (behind Venezuela, but ahead of everyone else).

Venezuela has the largest oil reserves in the world — but Saudi Arabia is the world's top oil producer and exporter. Venezuela's oil is mostly heavy/extra-heavy crude — harder and more expensive to refine — while Saudi Arabia's is light, easy-to-access crude, so Saudi produces and exports far more.

The differences

Oil reserves means oil underground. Oil trapped in rock formations beneath the Earth's surface that is considered recoverable under existing economic and technical conditions.

Oil stocks means oil already extracted and stored. Crude oil sitting in storage tanks, refineries, or strategic petroleum reserves. This is oil that has already been brought to the surface.

Whereas, oil production means how fast oil comes out. Usually measured in barrels per day. A country can have enormous reserves but produce less oil per day than its technical capacity allows.

Rank	Country	Billion Barrels	Key Note
🥇 1	🇻🇪 Venezuela	~303	Mostly heavy crude in Orinoco Belt; high extraction cost
🥈 2	🇸🇦 Saudi Arabia	~267	Arabian Peninsula #1; easy-to-produce light oil
🥉 3	🇮🇷 Iran	~209	Not on Arabian Peninsula
4	🇨🇦 Canada	~163	Mostly oil sands
5	🇮🇶 Iraq	~145	Not on Arabian Peninsula
6	🇦🇪 UAE	~113	Arabian Peninsula #2
7	🇰🇼 Kuwait	~102	Arabian Peninsula #3
8	🇺🇸 United States	~84
9	🇷🇺 Russia	~80
10	🇱🇾 Libya	~48

Largest Oil Stocks

The country with the largest oil stocks above ground is China, according to estimates published by the U.S. Energy Information Administration (EIA). China had nearly 1.4 billion barrels of crude oil in inventory at the end of December 2025.

Why does China store so much oil?

Energy security: China imports large quantities of oil and wants a buffer if international supplies are disrupted.

Huge demand: Its transportation, manufacturing, and petrochemical industries consume enormous amounts of energy.

Strategic planning: It has been building up inventories to help protect its economy during supply interruptions.

One important detail, China's inventory estimate includes both government-held reserves and commercial stocks, because some commercial inventories may serve a strategic purpose. The precise total is uncertain because China does not publish a complete inventory breakdown.

On the other side, Qatar is so dominant in gas.

The North Field (offshore) holds ~90% of Qatar's reserves — the world's biggest natural gas field. Qatar exports more liquefied natural gas (LNG) than any other country — about 25% of global LNG exports.

Unlike oil, where Saudi Arabia leads, Qatar has more than double the gas reserves of Saudi Arabia. Qatar's gas is projected to last ~140 years at current production rates.

Rank	Country	Trillion Cubic Meters	Global Rank	Key Note
🥇 1	🇶🇦 Qatar	~23.9 – 25.3 trillion	#3 worldwide	World's largest LNG exporter; shares the North Field — the single largest non-associated gas field on Earth — with Iran
🥈 2	🇸🇦 Saudi Arabia	~9.6 – 9.8 trillion	#6	Growing fast, but less than half of Qatar
🥉 3	🇦🇪 UAE	~8.2 trillion	#7	Mostly in Abu Dhabi
4	🇰🇼 Kuwait	~1.8 trillion	—
5	🇴🇲 Oman	~0.9 trillion	—
6	🇧🇭 Bahrain	~0.2 trillion	—
7	🇾🇪 Yemen	~0.3 trillion	—

Iran (~34 trillion m³, #2 globally) has more gas than Qatar, but Iran is not part of the Arabian Peninsula.

Is Arabian Peninsula countries and the Gulf Countries the same thing?

No, they are not exactly the same thing, although the two terms overlap significantly!

The easiest way to understand it is that the Arabian Peninsula is a geographical region, while the Gulf countries usually refers to countries surrounding the Persian Gulf, especially the six members of the Gulf Cooperation Council (GCC).

	Arabian Peninsula	Gulf / GCC Countries
Type	Geographic region	Political/economic alliance
Members	7 countries	6 countries
Difference	Includes Yemen	Excludes Yemen
Shared	Both include: Saudi, UAE, Oman, Qatar, Kuwait, Bahrain	Same 6

The key difference is Yemen. It is part of the Arabian Peninsula but is not a GCC member.

There is one more detail: if someone uses “Gulf countries” geographically rather than to mean the GCC, they may also include Iran and Iraq, both of which border the Persian Gulf but are not Arabian Peninsula countries.

From Hormuz to Bab el-Mandeb: The Escalating Battle for Middle East Oil Routes

noreply@blogger.com (Susan) — Tue, 15 Sep 2026 18:08:00 +0000

Facts About Houthis

Founded in Early 1990s, emerged as a revivalist/community movement among Yemen’s Zaydi Shia minority (roughly 30–35% of population; Zaydism is distinct from Twelver Shia).

Named after the founder Hussein al-Houthi, who began resisting government marginalization; killed by Yemeni forces in 2004. His family and followers continued the movement.

Core early grievances: Discrimination under the central government, corruption, foreign influence, and weak governance in northern Yemen.

Rise to Power

Houthis fought six wars with Yemen’s government from 2004–2010. Then in 2014-2015, Houthis captured Sanaa and advanced south; the Saudi-led military coalition intervened in March 2015 to restore the internationally recognized government.

As a result, Yemen remains split — Houthis hold Sanaa, northern highlands, and the Red Sea coast; other factions control southern/eastern areas. The war has caused one of the world’s worst humanitarian crises.

Status & Alignment

They govern ~two-thirds of Yemen’s population but lack international recognition as a state authority.

Although backed by Iran — receiving funding, weapons, training, and technical support — but is not an Iranian proxy; it has its own independent Yemeni agenda.

US, UK, EU, and UN do not formally list the Houthis as a terrorist organization; some officials have proposed designation but it remains controversial due to humanitarian risks.

Red Sea Attacks (2023–Present)

Launched drone/missile attacks on commercial shipping in the Red Sea, Gulf of Aden, and Arabian Sea, stating action is in solidarity with Palestinians in Gaza.

Targeted ships linked to Israel, US, UK, and others; severely disrupted global trade routes.

Faced retaliatory strikes by US, UK, and other forces; has since expanded range of attacks and threatened energy infrastructure and international shipping lanes.

Mecca Defence Alliance

Saudi Arabia, Türkiye (Turkey), and Pakistan signed the Makkah Joint Defence Agreement on August 7, 2026. The agreement says that an armed attack against one of the three is to be regarded as an attack against all three, and commits them to deeper defense cooperation.

For example, if Saudi Arabia were attacked, Pakistan and Türkiye would not necessarily be required to immediately send troops—the exact military response depends on circumstances—but the agreement establishes a commitment to collective defense.

No other country has joined yet — more than 6 have expressed interest, but membership is not open until the pact is fully established.

Saudi Arabia has traditionally relied heavily on the United States for its security. But the recent regional wars and attacks involving Iran, Israel, the Houthis and other armed groups have encouraged Riyadh to develop additional security relationships.

Did Türkiye & Pakistan Help When Saudi Was Attacked?

The short answer is yes, but politically & with coordination, and no direct combat operations yet against the Houthis. The alliance exists more as a political-security framework right now — its actual military capability in a real conflict remains unproven.

Pakistan avoids getting dragged into Yemen, whereas Türkiye maintains ties with both Saudi & Iran. Commitments are consultative, not automatic — members decide together what support to give. Saudi also asked US for help; Trump reportedly declined — pushing Mecca pact's credibility under scrutiny.

What Are the Abraham Accords?

The Abraham Accords are a set of agreements, brokered by the United States, signed September 15, 2020, to establish full diplomatic relations and normalize ties between Israel and several Arab/Muslim-majority states.

Named after Abraham — the common spiritual ancestor of Judaism, Christianity, and Islam — to symbolize shared heritage and coexistence.

The Abraham Accords broke the long-standing Arab rule of "no relations with Israel until Palestine is solved." Instead, it built peace through shared interests — trade, tech, and countering Iran. It survived the Gaza war but is smaller and slower than originally hoped, with Saudi Arabia — the biggest potential prize — still on the sidelines.

Straits of Hormuz is disrupted by Iran

Saudi Arabia has an alternative route around Hormuz, but that alternative ultimately depends on the Red Sea/Bab el-Mandeb remaining usable. If both chokepoints are seriously disrupted, Saudi oil exports become much harder.

Saudi Arabia's major oil fields are in the east, near the Persian Gulf.

Normally: Saudi oil fields → Saudi Gulf ports → Strait of Hormuz → Indian Ocean → customers

So if Iran seriously disrupts Hormuz, Saudi oil sitting in eastern Saudi Arabia has difficulty reaching the international market by sea.

The Strait of Hormuz normally handles roughly 20 million barrels/day of oil and petroleum liquids, making it one of the world's most important oil chokepoints.

Saudi Arabia built a "back door": the East-West Pipeline

Saudi Arabia has a roughly 1,200-km East-West Pipeline, also known as Petroline (this is Saudi Arabia's very important backup). Built in the 1980s, East-West Pipeline (Petroline) has 7 million bpd capacity from eastern oilfields → Yanbu port on the Red Sea.

It runs from the Eastern Saudi oil fields across Saudi Arabia to Yanbu port.

So instead of from Persian Gulf → Hormuz, Saudi Arabia can do from Persian Gulf oil fields → pipeline → Yanbu → Red Sea → international tanker. That completely bypasses Hormuz.

During the 2026 Hormuz disruption, Saudi Arabia significantly increased the amount of oil sent west through this pipeline. The IEA reported that Yanbu exports rose from around 2 million barrels/day before the war to more than 5 million barrels/day in early June.

Bab el-Mandeb strait is disrupted by Houthis

Yanbu is on the Red Sea. To send Saudi oil from Yanbu toward Europe, the Mediterranean, and the Atlantic, tankers generally need to travel from Yanbu → Red Sea → Bab el-Mandeb → Gulf of Aden → Indian Ocean.

Or toward the Suez Canal: Yanbu → Red Sea → Bab el-Mandeb → Red Sea/Suez route → Mediterranean.

From here, the Houthis create another problem. Iran threatens the front door while Houthis threaten the back door.

The Attack of East-West Pipeline

On September 11, 2026, Saudi Arabia's East-West Pipeline was damaged by drone attacks and temporarily shut down. Reuters reported that the pipeline had been serving as the major alternative to Hormuz.

So Saudi Arabia temporarily faced: Hormuz disrupted by Iran, East-West Pipeline damaged, and Bab el-Mandeb threatened by Houthis. That's a serious combination.

Bypass Bab al-Mandeb → Go North Through Egypt

Since Houthis block the southern Red Sea exit, tankers sail north from Yanbu instead of south.

Shuttle tankers carry crude up the Red Sea to Ain Sokhna (Egypt, Gulf of Suez). Offload into SUMED Pipeline — 320 km overland across Egypt → Sidi Kerir on the Mediterranean. Reload onto deep-draft tankers → sail to Europe, or around Africa to Asia (+20–25 days voyage).

Saudi survives because it built the Petroline 40 years ago — it's the only country with enough cross-country capacity to keep exporting at scale. But it's running at reduced efficiency, paying premium shipping costs, and every route is now a target. Kuwait, Qatar, and Bahrain have no comparable backup and suffer the most.