A few years ago, buying a bike was a fairly simple decision. Riders looked at the price, mileage, colour, and maybe variants with alloy wheels and disc brakes. Today, even a mid-range motorcycle can come with a digital screen, phone connectivity, LED lights and anti-lock brakes. These features definitely make riding safer and more enjoyable, but they also change what it costs to own a bike. A small fall that once meant a bent lever and a cheap fix can now mean a cracked display or a damaged sensor.

That is why many riders now plan for more than the bike’s price, including what it may cost to service, repair, and protect it.

How Have Modern Motorcycles Moved Beyond Being Just Mechanical Machines?

Modern motorcycles have evolved from simple internal-combustion machines of metal and mechanical parts into smart computing systems. Older bikes ran mostly on cables, springs, and a carburettor, and the rider controlled almost everything by hand; today, a small computer called the ECU decides how much fuel the engine gets.

Modern bikes use Inertial Measurement Units, Cornering ABS & Traction Control for rider safety; wheel sensors tell the ABS when a wheel is about to lock. Some bikes use a ride-by-wire throttle, which sends an electric signal to the engine instead of pulling a cable. So a modern bike is part machine and part computer, and both parts can be costly to fix.

Which High-Tech Features Are Pushing Up the Price of New Motorcycles?

The price of new motorcycles has steadily increased because of High-tech features such as advanced rider aids, semi-active chassis components, and digital connectivity platforms. Safety regulations, stricter emission norms and the addition of electronic rider aids have collectively increased motorcycle prices over the last few years. According to a June 2025 report by rating agency ICRA, changes such as ABS and CBS braking rules, BS-VI emission norms, insurance norm changes and general inflation together raised two-wheeler costs by almost 45-50% over the previous five to six years.

Here is how common features add to the price:

Why Are Riders Looking Beyond the Ex-Showroom Price Before Buying a Bike?

Riders are looking beyond the ex-showroom price before buying a bike because the showroom price tag is only the starting point. Then come the road tax, insurance, RTO registration, riding gear, and added accessories. For a feature-rich bike, a few extra checks now matter:

• Parts availability: Are electronic parts like the display or ABS unit easy to get, or do they take weeks to arrive?
• Service network: Is there an authorised service centre nearby that can read the bike’s electronics?
• Warranty: How long does the standard warranty last, and does it cover electrical parts?
• Insurance premium: A costlier bike usually has a higher insured value, so the premium is likely to be higher too.

Asking these questions early helps riders choose a bike they can afford to own, not just buy.

Can a Minor Fall Become a Costly Repair on a Technology-Loaded Bike?

A minor fall can become a costly repair on a technology-loaded bike because the parts most likely to get hit are often the most expensive ones. Picture a rider slipping at low speed in a parking lot. On an older commuter bike, this might mean a scratched panel and a bent lever. On a modern bike, the same fall can crack the TFT screen, break an LED indicator or knock an ABS sensor out of place. Electronic parts are also harder to repair. Repairing a broken display or LED unit usually means replacing the whole unit, and many faults require a special diagnostic tool to find.

The financial impact becomes even more important when viewed against India’s accident numbers. According to the National Crime Records Bureau (NCRB), as reported by MotorBeam, two-wheeler accidents claimed 79,533 lives in 2023, accounting for nearly 46% of all road accident fatalities. While not every accident results in major damage, the combination of high accident exposure and increasingly expensive motorcycle components means repair costs can quickly become significant for owners.

This is one reason why many owners of feature-rich motorcycles consider having suitable bike insurance. Along with meeting legal requirements for third-party liability, a policy with own-damage cover can help reduce the financial burden of repairing or replacing costly components damaged in an accident, subject to the policy’s terms, conditions and coverage limits.

What Hidden Costs Do Connected Features Add Over the Years?

Various connected and high-tech features on modern bikes add hidden costs over time because they need care long after the bike leaves the showroom. Some brands may charge for app features, navigation or connectivity once a free period ends. Software updates may also require a visit to a service centre. Over time, connected systems, sensors and electrical components may require additional diagnostics and maintenance, especially as the motorcycle ages.

That said, electric two-wheelers have one more long-term cost to consider: the battery. A battery slowly holds less charge over time, and replacing it can be one of the biggest single expenses of owning an electric scooter or bike.

Why Are More Riders Making Protection Planning Part of Bike Ownership?

More riders are making protection planning a core part of bike ownership to combat rising repair costs, protect high-tech and electric components, and shift from basic legal compliance to total financial risk management. A few reasons stand out:

• Bikes are worth more: A feature-rich motorcycle costs more to buy, so damage or theft means a bigger loss.
• Repair bills come without warning: A fall, a flooded street, or an electrical fault can bring a large bill at a time the rider hasn’t budgeted for.
• Many bikes are bought on loans: When a rider is already paying a monthly EMI, an unplanned repair bill puts extra strain on the budget.
• The bike is often daily transport: For many people, the bike is how they get to work. A long repair means paying for cabs or autos, and for delivery riders it can mean lost income.

With that said, riders increasingly factor protection costs into their ownership budget from the day they purchase the motorcycle rather than viewing protection as something to consider only after an accident. In practice, this usually means keeping a small repair fund, choosing a warranty that covers electrical parts, and selecting insurance that matches the bike’s value and usage.

How Can Comprehensive Bike Insurance Support Modern Motorcycle Owners?

Comprehensive bike insurance supports modern motorcycle owners by combining mandatory third-party liability protection with extensive own-damage coverage for the policyholder’s own vehicle. This matters more when a bike carries costly electronic parts.

For modern, feature-rich motorcycles, comprehensive bike insurance may cover parts such as displays, lights, and sensors damaged in an accident, subject to the policy’s coverage, limits, and terms and conditions. For motorcycles with expensive electronic components, a zero depreciation bike insurance add-on can help reduce depreciation-related deductions on replaced parts during an approved claim, making repair expenses more manageable, subject to policy terms and conditions.

How Is Motorcycle Technology Creating a New Generation of Financially Prepared Riders?

Motorcycle technology is encouraging riders to take a more proactive approach to ownership costs by helping them monitor maintenance, track expenses and stay prepared for future repairs. Connected tools and digital platforms now give riders better visibility into maintenance schedules, insurance management and long-term ownership expenses.

It works in three ways:

• Apps show the bike’s health early: Many connected bikes send service reminders and warnings to the rider’s phone. A rider who knows service is due next month can set money aside instead of facing a surprise bill.
• Insurance is easier to manage: Riders can compare policy options, renew coverage digitally and store policy documents electronically, making it easier to keep protection in place without missing renewal deadlines.
• Records are now digital: Riders keep service history, invoices, and insurance papers on their phones. This makes warranty and insurance claims, and even resale, easier because the rider can show proof in minutes.

Conclusion

Technology has made motorcycles safer, smarter and more enjoyable to ride. It has also made them more expensive to repair and maintain. Riders who plan for this with a repair fund, the right warranty and suitable insurance can enjoy everything their bike offers without being caught off guard by the bills.

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Ducati has revealed the 2027 Panigale V4 globally, with updates to its engine, chassis, aerodynamics and electronics. The Italian superbike now produces more power and is claimed to be quicker around a racetrack, while the changes are aimed at improving handling and rider confidence.

The motorcycle continues to use the 1103cc Desmosedici Stradale V4 engine, but gets several mechanical updates to improve performance. Ducati claims the updated Panigale V4 is 0.4 seconds quicker per lap at the Vallelunga circuit compared to the previous model.

2027 Ducati Panigale V4 Engine And Performance

The 1103cc, 90-degree V4 engine now produces 218 BHP, which is 2 BHP more than before. Peak torque remains unchanged at 120.6 Nm.

Ducati has updated the intake and exhaust systems, along with the lubrication system, to improve airflow and reduce mechanical losses. The motorcycle also gets a new high-flow air filter and a revised silencer.

The engine’s rev limit has increased by 500 RPM in second, third, fourth and fifth gears, allowing it to rev higher. Ducati has also revised the gearbox ratios to reduce unnecessary gear changes on the racetrack.

Power is sent to the rear wheel through a 6-speed gearbox with a quickshifter for clutchless upshifts and downshifts.

Chassis And Electronics Updates

Ducati has revised the front frame, reducing its lateral stiffness by 12 percent. This is aimed at improving front-end feel and grip while cornering at high speeds.

The wheelbase has also been shortened by 8 mm to make the motorcycle more agile and help it change direction quicker.

The electronics package has received updates to improve braking and cornering control. The revised systems are designed to help riders maintain stability while braking hard and entering corners.

The Ducati Vehicle Observer system also monitors the motorcycle’s behaviour to help its electronic controls respond more accurately, especially when riding at the limit.

Updated Aerodynamics And Customisation

The 2027 Panigale V4 gets revised aerodynamics, including updated winglets with larger endplates. These changes are designed to improve aerodynamic performance at high speeds.

Ducati has also expanded the customisation options for the Panigale V4 S through its Factory Made programme. Buyers can choose from 11 colours, two exclusive liveries and 45 optional components that can be fitted at the factory.

2027 Ducati Panigale V4 India Launch

The 2027 Ducati Panigale V4 continues to focus on track performance, with improvements to power, handling and electronics rather than a complete redesign. While the increase in power is small, the chassis and electronic updates could make a bigger difference to riders pushing the motorcycle on a racetrack.

Ducati has not announced the India launch timeline or pricing yet. More details about availability in individual markets are expected to be revealed later.

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Norton is preparing to enter the popular middleweight motorcycle segment with an all-new 450cc-class roadster. The upcoming motorcycle will make its global debut at EICMA 2026 and is expected to launch in India in the second half of 2027.

Owned by TVS Motor Company, Norton is working on expanding its portfolio beyond high-end motorcycles. The new roadster will be an important product for the brand as it looks to reach a wider audience while retaining its premium British identity.

New Norton 450cc Roadster Engine Details

The upcoming motorcycle is expected to use a single-cylinder engine. While Norton has not revealed the final specifications, the new model will compete in a segment that includes popular motorcycles such as the Royal Enfield Guerrilla 450.

The roadster is also expected to be the first motorcycle based on a new platform, which could be used for multiple models in the future. This will allow Norton to expand its lineup without developing an entirely new platform for every motorcycle.

The company is yet to reveal the engine’s exact displacement, power output, torque figures and features. More details are expected at its global debut at EICMA 2026.

Norton 450cc Roadster India Launch Details

The new Norton roadster is expected to launch in India in the second half of 2027. The motorcycle is also expected to be manufactured at TVS Motor Company’s Hosur facility in Tamil Nadu.

Before the roadster arrives, Norton is expected to begin its India comeback with the Atlas adventure motorcycle range in the January-March 2027 quarter, followed by the Manx range.

Local manufacturing could help Norton keep costs under control, but pricing will be crucial. Motorcycles above 350cc currently attract 40 percent GST in India, which could make the new Norton more expensive than some smaller-capacity rivals.

Norton 450cc Roadster Rivals

Once launched, the new Norton could take on the Royal Enfield Guerrilla 450 and other motorcycles in the segment. Its premium styling and British heritage could help it stand out, but the final specifications and pricing will determine how competitive it is.

The new roadster could also mark the beginning of a wider range of more accessible Norton motorcycles. For TVS, the project offers an opportunity to combine its manufacturing expertise with Norton’s brand identity and expand its presence in international markets.

Norton has not yet revealed the motorcycle’s name, final specifications or pricing. More details are expected at EICMA 2026, ahead of its planned India launch in 2027.

Source

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Hero MotoCorp has launched the all-new Xtreme 160R 4V and an updated version of the Xtreme 250R in India. While the 160R gets a comprehensive redesign along with several new features, the 250R receives additional technology, revised styling and improved equipment. Prices for the new Xtreme 160R 4V start at Rs. 1.27 lakh, while the updated Xtreme 250R is priced at Rs. 1.98 lakh (ex-showroom, Delhi).

The all-new Xtreme 160R 4V is available in three variants – Standard, Pro and Carbon. Meanwhile, the existing Xtreme 160R 2V will continue to be sold alongside the new model, giving buyers the option of choosing between the older motorcycle and the more feature-packed 4-valve version.

Hero Xtreme 160R 4V Gets A Complete Redesign

The biggest change in the 2026 Hero Xtreme 160R 4V is its design. The motorcycle has received an extensive makeover, with sharper tank extensions, revised body panels and a more muscular streetfighter stance. The updated design gives it a stronger road presence and makes it look considerably more aggressive than the outgoing model.

Personally, the new Xtreme 160R 4V looks very similar to the Xtreme 250R, particularly from the front. Hero appears to have carried the larger motorcycle’s design identity over to the smaller Xtreme, giving both bikes a more closely related appearance. However, the 160R gets updated body lines and revised styling details that help distinguish it from its bigger sibling.

The front end gets a full-LED headlamp with an ambient light sensor, a projector high beam and signature H-shaped daytime running lights. The rear also gets an H-shaped LED tail lamp, while the turn indicators use LED lighting. Buyers can also choose between red and black front wheel rim options, depending on the variant.

The fuel tank has been ergonomically contoured to improve knee grip and rider comfort. Hero has also revised the seating arrangement, with the seat now measuring 642.9 mm in length, an increase of 16 mm. The motorcycle will be offered with single-seat and split-seat options.

Engine And Performance

Powering the all-new Hero Xtreme 160R 4V is a 163cc, single-cylinder, four-valve, oil-cooled engine producing 17.1 PS at 8,750 rpm and 14.6 Nm of torque at 6,500 rpm. Hero claims a 0-60 km/h acceleration time of 4.4 seconds, making it the fastest motorcycle in its segment according to the company.

The engine features a short-stroke design that allows it to rev quickly, while the finned oil cooler is designed to keep temperatures under control during spirited riding. Hero also claims that the motorcycle delivers the best rear-wheel power in its segment.

Another useful update is the extended service interval. According to Hero, neither an engine oil change nor tappet adjustment is required until 6,000 km, which could help reduce maintenance requirements for owners.

Ride-by-Wire And Cruise Control For The 160R

One of the biggest upgrades to the Xtreme 160R 4V is the addition of ride-by-wire technology. This electronic throttle system enables three riding modes – Rain, Road and Sport.

Rain mode offers softer throttle response for slippery conditions, Road mode is tuned for everyday riding, while Sport mode provides a sharper throttle response. The motorcycle also gets cruise control, which Hero claims is a segment-first feature. This should make longer highway rides more convenient, particularly for riders who frequently travel between cities.

The safety package includes dual-channel ABS, a 276 mm front disc and a 220 mm rear disc. The motorcycle also gets Panic Brake Alert, another segment-first feature according to Hero, which alerts surrounding traffic during sudden, hard braking.

Suspension duties are handled by 37 mm KYB upside-down front forks and a seven-step preload-adjustable rear monoshock. The bike runs on radial tubeless tyres, including a wide 130/70 R17 rear tyre, which should help provide additional grip and stability.

New TFT Display And Connected Features

The all-new Xtreme 160R 4V gets a TFT instrument console that displays riding modes, gear position, shift advisory, cruise control status, distance to empty and real-time fuel efficiency. The display also features automatic brightness adjustment.

Bluetooth connectivity enables call and message alerts, music controls, phone battery status and turn-by-turn navigation. Other additions include illuminated soft-touch switchgear, an integrated kill-start switch, hazard lights and a Type-C fast charger.

The motorcycle also gets five-step adjustable brake and clutch levers, allowing riders to adjust the lever reach to suit their preferences. Combined with the revised rider triangle and longer seat, these changes are intended to improve everyday comfort.

Hero Xtreme 250R Gets More Tech

While the Xtreme 160R 4V receives the more extensive redesign, Hero has also updated the Xtreme 250R with additional features and styling enhancements.

The motorcycle retains its aggressive streetfighter design but gets gold-anodised front forks, carbon-fibre hydro-dipped panels, coloured rims with rim tapes and revised graphics. Hero has also added embossed detailing, braided cables, a new swingarm tail cover and improved component finishes. The company claims to have made more than 50 fit-and-finish enhancements to the motorcycle.

The Xtreme 250R continues to use a 250cc, liquid-cooled, four-valve DOHC engine producing 30 PS at 9,250 rpm and 25.3 Nm of torque at 7,500 rpm. Hero claims a 0-60 km/h acceleration time of 3.2 seconds, making it the fastest motorcycle in its segment according to the company.

Cruise Control And Quickshifter Added

One of the most significant additions to the updated Xtreme 250R is cruise control. The feature allows riders to maintain a set speed without continuously holding the throttle, making longer highway journeys more comfortable.

The motorcycle also gets Hero’s first sensorless, bidirectional quickshifter. This allows clutchless upshifts and downshifts without the rider needing to close the throttle, making gear changes quicker and more convenient during spirited riding.

The updated Xtreme 250R also gets four riding modes – Rain, Road, Sport and Track. These modes adjust the motorcycle’s response to suit different conditions, ranging from slippery roads to more aggressive riding.

Another important addition is a Tyre Pressure Monitoring System (TPMS), which displays tyre pressure and temperature in real time. Colour-coded alerts warn the rider when tyre pressure is too high or too low.

New Suspension Tech

The Xtreme 250R continues to use a trellis frame and 43 mm upside-down front forks, but its rear suspension gets Frequency Selective Damping (FSD) technology.

Hero describes this as a first in the two-wheeler industry. The system uses an additional FSD piston to provide two different rebound-damping profiles depending on the frequency of road inputs. In simple terms, it is designed to help the motorcycle absorb broken-road surfaces while maintaining stability and control through corners.

This combination of suspension technology and the existing chassis is intended to make the Xtreme 250R more versatile, balancing everyday road comfort with the handling required for spirited riding.

Updated TFT Console And Connectivity

The updated Xtreme 250R gets a full-colour TFT instrument console with Bluetooth connectivity, call and message alerts, phone battery status and turn-by-turn navigation. The display also includes a lap timer and a drag timer, features that should appeal to riders who enjoy exploring the motorcycle’s performance.

The switchgear has been revised with soft-touch buttons, a dedicated riding-mode selector, an integrated kill-start switch, hazard lights and cruise control switches.

With the addition of these features, the Xtreme 250R becomes a more technology-focused offering in the 250cc segment, while retaining its existing engine and chassis configuration.

Hero Xtreme 160R 4V And 250R Prices

The all-new Hero Xtreme 160R 4V is available at the following introductory prices:

The updated Hero Xtreme 250R is priced at Rs. 1.98 lakh. All prices are ex-showroom, Delhi, and are introductory prices announced by the company.

The Xtreme 250R will be offered in three colour options – Carbon Red, Carbon White and Carbon Black. Both motorcycles will be available through Hero MotoCorp dealerships, with the Xtreme 250R also being sold through Hero Premia outlets.

Bookings for both motorcycles open on 17 October 2026, while deliveries are scheduled to begin on 1 November 2026 while the standard variant of the Xtreme 160R will be available from January 2027.

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Mercedes-AMG has unveiled the all-electric GT SUV, a five-seat performance model developed in-house on the company’s AMG.EA electric vehicle platform. Sharing its underpinnings with the upcoming electric GT 4-Door Coupe, the SUV will be offered in GT 53, GT 55 and GT 63 versions, with power outputs ranging from 544 HP to 1169 HP.

The GT 53 will be the first variant to go on sale, while the more powerful GT 55 and GT 63 are scheduled to join the range in spring 2027. Mercedes-Benz has yet to announce whether the model will be introduced in India.

Mercedes-AMG GT SUV: Exterior Design

The electric SUV measures 5084 mm in length, 2001 mm in width and 1656 mm in height, with a wheelbase of 3040 mm. Its exterior combines a sloping roofline and pronounced wheel arches with design elements associated with the AMG GT range.

At the front, the SUV features a vertical-slat grille, LED headlamps with star-shaped daytime running lights and a bumper with active air flaps. The grille and Mercedes star can be specified with illumination. At the rear, six circular tail-lamp elements are standard, while a full-width light strip is available as an option.

The GT 55 and GT 63 also feature an active rear spoiler that adjusts according to driving conditions. Mercedes-AMG claims a drag coefficient of 0.28 for the GT 53 and 0.27 for the other two variants.

The SUV offers 607 litres of boot space, along with a 78-litre front storage compartment. Buyers will also be able to personalise the exterior through the Manufaktur programme, which offers more than 60 paint options and various alloy wheel finishes.

Mercedes-AMG GT SUV: Interior and Features

The cabin combines a digital instrument cluster with a large central infotainment display. A 10.2-inch driver display and a 14-inch touchscreen are standard, while a separate 14-inch screen for the front passenger is available as an option.

The infotainment system runs Mercedes-Benz’s MB.OS software and integrates AI services from ChatGPT, Microsoft Bing and Google Gemini. The SUV also receives dedicated AMG applications focused on vehicle performance, setup customisation and track driving data.

The AMG Performance Menu displays information such as power output, tyre temperatures and active aerodynamic settings. The AMG Set-up application allows drivers to configure steering wheel controls and aerodynamic functions, while AMG Track Pace records lap times and telemetry data.

Other equipment includes multi-way electrically adjustable front seats, power-folding rear headrests, ambient lighting and an optional electrically dimming panoramic glass roof. A Burmester 4D sound system and a head-up display with track-related information are also available.

The Manufaktur programme extends to the interior, with different accent colours and seatbelt finishes offered as personalisation options.

Mercedes-AMG GT SUV: Powertrain and Performance

The GT 53 uses two electric motors, one on each axle, and a two-speed transmission at the rear. The setup produces 544 HP and 800 Nm of torque. Mercedes-AMG claims a 0-100 km/hr time of 4.2 seconds and a top speed of 250 km/hr.

The GT 55 and GT 63 use a three-motor arrangement, comprising two axial-flux motors at the rear and one at the front. The front motor can disengage when additional all-wheel-drive traction is not required, helping improve energy efficiency.

The GT 55 develops 816 HP and 1860 Nm, with a claimed 0-100 km/hr acceleration time of 3.1 seconds. The range-topping GT 63 produces 1169 HP and 2000 Nm, completing the same sprint in a claimed 2.7 seconds. Both variants can reach a claimed top speed of 270 km/hr when equipped with the optional Driver’s Package.

Mercedes-AMG GT SUV: Battery, Range and Charging

The GT 53 uses a 106kWh battery pack, with a claimed WLTP driving range of up to 668 km. The GT 55 and GT 63 receive a larger 128kWh battery, with a claimed range of up to 700 km.

Both battery configurations use an 800V electrical architecture. The GT 53 supports DC fast charging at up to 600kW, while the larger battery variants support charging at up to 710kW. Mercedes-AMG estimates a 10-80 percent charging time of 11-12 minutes under suitable conditions. These charging and range figures are preliminary manufacturer claims and may vary depending on operating conditions and charging infrastructure.

Mercedes-AMG GT SUV: Chassis and Driving Technology

Rear-wheel steering is standard across the range. The SUV also introduces AMG Active Ride Control+, a suspension system that uses hydraulic units in place of conventional anti-roll bars to manage body roll and pitch. It comes as standard on the GT 63.

The top variant also gets carbon-ceramic brakes as standard. Drivers of the three-motor versions can adjust throttle response, cornering behaviour and traction control through controls on the centre console.

An AMGForce Sport+ mode simulates the sound of an AMG V8 engine, or a six-cylinder engine in the GT 53, and incorporates simulated gearshifts. These functions are intended to provide a more traditional performance-car experience in an electric vehicle.

The Mercedes-AMG GT SUV expands the brand’s electric performance line-up with three power levels, fast-charging capability and specialised chassis technology. Its launch timing and availability in India remain unconfirmed.

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MG Motor India has discontinued the Astor, which was launched in September 2021. The model entered the mid-size SUV segment with several technology and convenience features but limited powertrain choices and infrequent updates affected its competitiveness over time. A replacement is reportedly under development and could arrive in India in 2027.

MG Astor: Features and Market Position

When it was introduced, the MG Astor stood out for offering features such as radar-based Level 2 advanced driver assistance systems (ADAS), an on-dash AI personal assistant, a panoramic sunroof, a 360-degree camera and heated outside rear-view mirrors.

The SUV competed against established models including the Hyundai Creta, Kia Seltos, Volkswagen Taigun, Skoda Kushaq and Maruti Suzuki Grand Vitara. The Maruti Suzuki Victoris also entered the broader competitive landscape later.

Despite its feature-rich cabin and equipment list, the Astor struggled to maintain momentum as rivals received updates and offered a wider range of powertrain options. According to the supplied sales data, the SUV averaged just 112 units per month over the 12 months ending September 2026.

MG Astor: Engine and Gearbox Options

In India, the Astor was sold with two petrol engine options. The entry-level 1.5-litre naturally aspirated VTi Tech engine produced 109 BHP and 144 Nm of torque. It was available with a manual gearbox or a continuously variable transmission (CVT).

The second option was a 1.3-litre turbo-petrol engine, branded Brit Dynamic 220, which developed 138 BHP and 220 Nm. This engine was paired with a torque-converter automatic transmission.

The Astor was not offered with diesel, hybrid or CNG powertrains during its sales run. This limited choice may have narrowed its appeal among buyers looking for alternatives to conventional petrol engines, particularly in a segment where competitors offered different engine and transmission combinations.

MG also sold the ZS EV in India as its electric SUV offering, although it was a separate model from the petrol-powered Astor.

MG Astor Replacement: What to Expect

MG is reportedly developing a successor to the Astor, with a possible launch timeline in 2027. The replacement is expected to use SAIC’s Intelligent Global Modular Architecture (SIGMA) platform.

The architecture is said to offer flexibility for integrating different powertrain options. If the successor adopts a broader range of engines or electrified powertrains, it could address one of the outgoing Astor’s key limitations.

However, MG has not provided confirmed details in the supplied information regarding the replacement’s specifications, features or launch schedule. Further details are expected to emerge closer to its potential introduction.

The Astor’s discontinuation marks the end of its current run in India, while the expected successor could give MG another opportunity to compete in the crowded mid-size SUV segment.

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Audi has launched the third-generation Q3 in India, with prices starting at Rs. 51.99 lakhs (ex-showroom). The luxury SUV is available in two variants, Nova and Zenith, with the latter priced at Rs. 55.99 lakhs. Local assembly takes place at Audi’s facility in Chhatrapati Sambhajinagar, Maharashtra and deliveries have commenced.

The new Q3 features revisions to its exterior and cabin, along with an updated equipment list. It is offered exclusively with a turbo-petrol engine paired with Audi’s Quattro all-wheel-drive system.

2026 Audi Q3: Exterior Design

The third-generation Q3 adopts a redesigned front end featuring split-style lighting. LED daytime running lamps sit above the main digital Matrix LED headlights, which are mounted lower on the bumper. The headlamps also come with dedicated washers and can project certain driver assistance information onto the road, according to Audi.

The front fascia features a large honeycomb-pattern grille and redesigned lower air intakes. In profile, the SUV gets 18-inch alloy wheels, slim roof rails, a chrome windowline and flared wheel arches.

At the rear, split LED tail-lamps are linked by a slim light bar. The illuminated Audi logo, roof spoiler and rear wiper complete the design.

The Q3 measures 4531 mm in length, 1859 mm in width and 1601 mm in height. It has a wheelbase of 2681 mm and offers 488 litres of boot space.

2026 Audi Q3: Interior and Features

The cabin features a curved display arrangement comprising a 12.8-inch infotainment touchscreen and an 11.9-inch digital instrument cluster. The four-spoke hexagonal steering wheel has touch-sensitive controls, while the gear selector is positioned on the steering column. This frees up space on the centre console, which houses a wireless phone charger, cup holders and the electronic parking brake.

Equipment includes leatherette upholstery, electrically adjustable and heated front seats and a memory function for the driver’s seat. The memory setting is also linked to the powered outside rear-view mirrors.

Other features include three-zone climate control, a panoramic sunroof, a 12-speaker Sonos sound system, a coloured head-up display and a powered tailgate.

Safety equipment comprises nine airbags, a rear parking camera, hill-hold and hill-climb assist systems, and advanced driver assistance systems (ADAS). However, the Q3 does not get a 360-degree surround-view camera system.

2026 Audi Q3: Engine and Performance

Power comes from a 2.0-litre, four-cylinder, direct-injection turbo-petrol engine producing 204 HP and 320 Nm of torque. It is paired with a seven-speed dual-clutch automatic transmission that sends power to all four wheels through Audi’s Quattro system.

Audi claims a 0-100 km/hr acceleration time of 7.1 seconds and a top speed of 229 km/hr.

The Q3’s all-wheel-drive configuration distinguishes it from the BMW X1 and Mercedes-Benz GLA, which are offered with front-wheel-drive layouts in the Indian market. The Quattro system could appeal to buyers who prioritise traction and all-weather capability, although the Q3’s higher variant price and feature mix will also factor into purchase decisions.

With its updated design, expanded equipment list and sole turbo-petrol AWD powertrain, the new Q3 enters the premium compact SUV segment with a focus on performance and cabin technology.

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Renault has introduced a strong-hybrid version of the Duster in India, with prices starting at Rs. 16.99 lakhs and going up to Rs. 19.49 lakhs (ex-showroom) for the top-spec variant. The hybrid joins the existing turbo-petrol versions of the SUV and will compete with hybrid offerings from Maruti Suzuki and Toyota in the midsize SUV segment.

Bookings for the Renault Duster Hybrid are open for Rs. 21,000, while customer deliveries are scheduled to commence in November 2026. The introductory prices are applicable to deliveries made until December 31, 2026. Buyers holding an R-Pass will receive priority deliveries.

Renault Duster Hybrid Price and Variants

The Duster Hybrid is available in three variants: Evolution, Techno and Emotion. Here is the variant-wise pricing.

Renault is also offering the Protect 360 ownership package, priced from Rs. 89,900. It includes three years of comprehensive insurance, scheduled maintenance and an assured resale value for three years.

Renault Duster Hybrid Engine and Mileage

The new Duster Hybrid uses Renault’s E-Tech 160 powertrain, combining a 1.8-litre, four-cylinder petrol engine with two electric motors. The petrol engine produces 110 HP and 175 Nm of torque, while the traction motor develops 50 HP and 208 Nm. The combined system output is rated at 160 HP.

The engine uses the Atkinson combustion cycle, with Renault claiming thermal efficiency of up to 41%. The hybrid system is paired with a 1.4kWh, 247V battery pack that uses direct refrigerant cooling.

Transmission duties are handled by a multi-mode automatic gearbox featuring two electric gears and four petrol gears. The system can switch between six operating modes, including electric-only, petrol-only and different hybrid operating configurations.

Renault claims a 0-100 km/hr acceleration time of 9.61 seconds. The company also states that the SUV can cover up to 80% of city driving in electric mode, depending on driving conditions.

The Duster Hybrid has an ARAI-certified fuel efficiency figure of 29 km/l. With a 50-litre fuel tank, Renault claims a driving range of more than 1400 km. These figures are manufacturer claims and will depend on real-world usage.

Exterior Design and Dimensions

The hybrid version largely retains the exterior styling of the turbo-petrol Duster. Key design elements include prominent body cladding, roof rails, C-pillar-mounted rear door handles and eyebrow-shaped daytime running lights.

The front end features an illuminated Duster emblem, while full-LED headlamps are available from the Techno variant onwards. E-Tech Hybrid badges on the front doors and tailgate distinguish the hybrid model from the other versions.

The Evolution and Techno variants get 18-inch Ridge flex wheels, while the Emotion uses 18-inch Outback diamond-cut alloy wheels. All three variants use 225/55 R18 tyres.

The SUV measures 4346 mm in length, 1815 mm in width and 1694 mm in height, with a wheelbase of 2657 mm. Ground clearance stands at 212 mm, while the approach and departure angles are rated at 26.9 degrees and 34.7 degrees, respectively.

The Evolution trim is offered in Pearl White, Moonlight Silver and Stealth Black. The Techno and Emotion add River Blue, Sunset Red and Mountain Jade Green, along with selected dual-tone combinations featuring a Stealth Black roof.

Interior and Features

The cabin follows the layout of the turbo-petrol Duster, featuring a dual-screen arrangement, carbon-finish dashboard elements and an electronic gear selector.

The Evolution variant gets black upholstery with grey stitching, while the Techno features Desert Beige semi-leatherette upholstery. The top-spec Emotion uses Dune Brown leatherette upholstery.

Standard equipment on the Evolution includes a 10.1-inch touchscreen with wireless smartphone connectivity, a 7-inch digital instrument display, dual-zone automatic climate control, a six-speaker audio system and cruise control. All four windows feature an automatic up-and-down function.

The Techno adds a panoramic sunroof, keyless entry, push-button start and connected-car functionality through the MyRenault app. The app includes features such as stolen vehicle tracking.

The Emotion variant receives a larger 10.25-inch digital instrument cluster, six-way electrically adjustable and ventilated front seats, and a powered tailgate.

Renault claims a boot capacity of 544 litres when measured up to the roof, reducing to 372 litres when measured up to the parcel shelf.

Safety Features

Renault says the entry-level Evolution variant comes with 38 safety features. These include six airbags, electronic stability control, traction control, a tyre pressure monitoring system, hill-start assist, cruise control, rear parking sensors and a rearview camera.

However, the hybrid version does not get a 360-degree camera or advanced driver assistance systems (ADAS), features available on certain top-spec turbo-petrol versions.

Renault Duster Hybrid: Rivals

The Renault Duster Hybrid will compete with the strong-hybrid versions of the Maruti Suzuki Grand Vitara, Maruti Suzuki Victoris and Toyota Urban Cruiser Hyryder.

With a claimed fuel efficiency of 29 km/l and a combined output of 160 HP, the Duster Hybrid enters a segment where running costs, equipment and powertrain performance are important considerations. Its market position will depend on real-world fuel economy, pricing beyond the introductory period and how its features compare with those of established rivals.

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Porsche has unveiled the Mission S concept, offering a preview of a potential new mid-engined sports car positioned above the 911 in its model hierarchy. Developed under the company’s ‘Sportwagenschmiede ’35’ strategy, the concept introduces a new platform designed to accommodate multiple types of combustion-based powertrains.

Unlike a limited-production hypercar, the proposed model is intended to become a permanent addition to Porsche’s portfolio. However, the company has not confirmed a production timeline, performance figures or pricing.

Porsche Mission S Concept: Exterior Design

The Mission S features a low front end, rounded headlamps and prominent front fenders that rise above the bonnet. Slim LED daytime running lights, a roof-mounted air intake and sculpted bodywork contribute to its aerodynamic appearance.

At the rear, the concept gets slim split tail-lamps, an active rear wing, a large diffuser and a cooling fan positioned above the engine bay. The rear cooling arrangement draws inspiration from the Porsche 917, while other design elements reference several models from the brand’s history.

The roofline takes cues from the Porsche 959, the rear bodywork draws inspiration from the 911 GT1, and the wheels feature a telephone-dial design associated with the Porsche 928.

According to Tobias Sühlmann, head of Style Porsche, the raised front fenders serve a functional purpose in addition to their visual appeal. Their height relative to the bonnet is intended to help drivers judge the position of the front wheels and the vehicle’s outer edges.

The active rear wing can retract when additional aerodynamic support is not required. Porsche has not disclosed detailed aerodynamic figures for the concept.

Cabin Combines Analogue Controls and Digital Displays

The Mission S interior takes inspiration from the Porsche 550 Spyder and 356. Its cabin uses a combination of white, grey and red finishes, with connecting design lines extending across the dashboard and doors.

Behind the steering wheel are five circular instruments, including an analogue rev counter. Digital displays are integrated into the instrument cluster, with their presentation changing according to the selected driving mode.

The concept also features physical buttons, switches and push-pull controls for driving and comfort functions. A redesigned Sport Chrono element combines analogue and digital displays.

Rather than using a permanently mounted central touchscreen or a separate passenger display, Porsche has incorporated a retractable smartphone holder compatible with Apple’s MagSafe system. The phone can be used for navigation and other information, while the My Porsche app allows users to customise the digital instrument graphics.

The interior therefore combines traditional sports car controls with digital functionality, although the final production layout, if approved, could differ from the concept.

Porsche Mission S Platform to Support Multiple Powertrains

Porsche has not announced the Mission S’s engine specifications or confirmed the powertrain that would be used in a production model. The concept instead focuses on introducing a new mid-engined platform for a vehicle positioned above the 911.

Porsche chairman Michael Leiters has indicated that the architecture is being developed to support a long-term addition to the range. The platform is designed to accommodate internal combustion engines, conventional hybrid systems and plug-in hybrid powertrains.

According to Leiters, the company intends to retain flexibility in its powertrain strategy and respond to customer demand in this segment. He has ruled out a fully electric powertrain for this particular platform, citing the current lack of demand for EVs in the category.

This does not establish the specifications of a future production model, and Porsche has yet to confirm which powertrain configuration would be selected.

Production Plans Yet to Be Confirmed

The Mission S provides an indication of Porsche’s intended design direction and its plans for a new mid-engined sports car above the 911. Its combination of heritage-inspired styling, a driver-focused cabin and a platform designed for multiple powertrain options forms the basis of the concept.

However, key details remain undisclosed, including the production model’s final design, technical specifications, pricing and launch schedule. The extent to which the concept’s exterior and interior features will be carried over to a production vehicle is also yet to be established.

For now, the Mission S remains a concept previewing a potential new segment in Porsche’s sports car line-up rather than a confirmed production model.

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Tesla has showcased a pre-production version of its upcoming Roadster electric sports car, demonstrating airborne manoeuvres using cold-air thrusters developed with technology from SpaceX. The vehicle is planned to be offered in three configurations, with the more advanced versions featuring additional thruster hardware.

The new Roadster marks the planned return of the nameplate, which was discontinued in 2012. Tesla has indicated that production is expected to begin in 2028, although final production specifications have not yet been disclosed.

Tesla Roadster: Performance, Thrust and Rocket Packages

The new Roadster will be available in a two-seat Performance configuration, which will serve as the base for two optional packages called Thrust and Rocket.

The Thrust package adds rear-mounted air thrusters, while the Rocket package features a more extensive setup with 10 thrusters. The latter is designed to enable the airborne manoeuvres demonstrated by Tesla and is limited to a single-seat configuration, as the additional hardware occupies the passenger seat area.

Tesla has also highlighted an underbody suction fan on the Performance version, which the company claims can generate up to 2G of grip. Further technical details about the system have not been provided.

How the Roadster’s Air Thrusters Work

Unlike conventional rocket propulsion systems that burn propellant, the Roadster’s demonstrated thrusters use pressurised cold air expelled through nozzles to generate thrust. According to the information released, the system can briefly lift the vehicle off the ground and influence its movement in the air.

The technology is intended to distinguish the new Roadster from conventional electric sports cars. However, details regarding the system’s operating duration, energy requirements, safety measures and integration into a production vehicle have not been disclosed.

The demonstration involved a pre-production vehicle, and it remains unclear how closely the final production version will match the showcased configuration.

Tesla Claims Sub-One-Second Acceleration

Tesla claims the new Roadster will accelerate from 0 to 100 km/hr in under one second. This figure has yet to be independently verified and the company has not released complete production specifications.

Battery capacity, electric motor output, driving range and other key performance figures remain undisclosed. These details will be important in assessing the Roadster’s overall performance and usability beyond its headline acceleration claim.

Bookings Open in India

According to the announcement, bookings for the Performance trim and Thrust package are open in India, with a booking amount of Rs. 5 lakhs. The Rocket package is being offered through an invite-only programme.

Tesla has not provided a detailed India delivery schedule in the available information. With production planned for 2028, pricing, final specifications and the availability of the different configurations remain key details to be confirmed.

The new Roadster’s proposed combination of electric performance and air-thruster technology represents an unconventional approach to the sports car segment. Its eventual production capabilities, however, will depend on how much of the demonstrated technology can be incorporated into a road-going vehicle.

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BMW Motorrad has unveiled the new F 450 RR, a lightweight supersport motorcycle developed for riders seeking a combination of accessible performance, agile handling and track-focused engineering. The new model joins the BMW F 450 family and draws design inspiration from the larger S 1000 RR.

The motorcycle is powered by a 420cc parallel-twin engine producing 48 HP and 43 Nm of torque. BMW has developed the engine specifically for supersport applications, with changes intended to deliver responsive acceleration and smoother performance across the rev range.

BMW F 450 RR Engine and Performance

The 420cc, fuel-injected, parallel-twin engine produces 48 HP at 8750 RPM, while peak torque of 43 Nm arrives at 6750 RPM. The engine uses a 135-degree crankpin offset and a balance shaft to manage vibration and influence power delivery.

BMW claims a fuel consumption figure of 3.8 litres per 100 km. The motorcycle gets a 14-litre fuel tank, with a claimed calculated range of more than 350 km. It also complies with Euro 5+ emission standards.

Power is transmitted through a six-speed gearbox, with a chain final drive. Shift Assistant Pro, which allows clutch-free upshifts and downshifts, is standard on all variants except the base model.

An optional Easy Ride Clutch automatically engages and disengages the clutch based on engine speed. It is included in the Innovation Package for the M Sport variant and can be retrofitted to other versions.

Chassis, Suspension and Brakes

The BMW F 450 RR is built around a tubular steel space frame, with the engine serving as a load-bearing component. BMW has adapted the chassis concept used by the F 450 GS for the supersport model, with changes to the geometry and setup intended to improve steering response and stability.

Suspension duties are handled by a 43mm KYB upside-down front fork and a rear KYB monoshock connected to an aluminium hollow-cast swingarm. The front fork offers adjustable rebound and compression damping on variants equipped with the Sport suspension. Rear suspension adjustment includes spring preload and rebound damping.

The motorcycle rides on 17-inch cast-aluminium wheels, fitted with 110/70-17 front and 150/60-17 rear tyres.

Braking hardware comprises a 310 mm front disc with a Brembo four-piston monobloc caliper and a 240 mm rear disc with a ByBre single-piston caliper. BMW Motorrad ABS Pro is standard, alongside Dynamic Brake Control, Dynamic Traction Control and engine drag torque control.

Design and Features

The F 450 RR adopts styling cues from the S 1000 RR, including a forward-leaning stance, a raised rear section, winglets and asymmetrical fairing panels. It also features LED lighting, including a daytime running light signature inspired by BMW’s larger supersport motorcycle.

The riding position uses clip-on handlebars and a 790 mm seat height. BMW will offer optional seats that can raise the seat height by 20 mm or lower it by 15mm, providing a range of ergonomic adjustments.

Equipment includes heated grips, a 6.5-inch TFT instrument display, smartphone connectivity and a USB-C charging port. The display provides riding information, while M Sport versions equipped with Riding Modes Pro receive additional sport-oriented screens and a lap timer.

Three riding modes — Rain, Road and Race — are standard. Riding Modes Pro adds a configurable Race Pro mode on the relevant variants. The motorcycle also gets a reversible gearshift pattern for riders who prefer a racing-style setup on the track.

Four Variants of the BMW F 450 RR

BMW Motorrad will offer the F 450 RR in four equipment configurations: Base, Sport, M Sport and M Sport with Innovation Package.

The Base variant comes in Cosmic Black. The Sport version adds Shift Assistant Pro and Sport suspension, while the M Sport gets Riding Modes Pro, Shift Assistant Pro and Sport suspension, along with Snaefell White and M Motorsport styling details.

The range-topping M Sport with Innovation Package includes the Easy Ride Clutch in addition to the M Sport equipment.

BMW lists a ready-to-ride weight of 177 kg for the standard motorcycle, increasing to 178 kg with the Easy Ride Clutch.

The F 450 RR is positioned as an entry point into BMW’s RR supersport range, with its 48 HP output also placing it within Europe’s A2 motorcycle licence power limit. Pricing, launch timing and availability for the Indian market have not been specified in the provided announcement.

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Stellantis has announced an additional investment of around Rs. 4000 crore in India over the next three years, alongside plans to introduce 12 new and updated models across its Jeep and Citroen brands. The upcoming portfolio will comprise seven all-new vehicles and five major product upgrades, with the first launch scheduled for the second quarter of 2027.

The latest investment will take Stellantis’ cumulative spending in India to approximately Rs. 15,000 crore by 2030, up from more than Rs. 11,000 crore invested so far. The company aims to expand its product range, strengthen its retail and service network, and increase localisation across its operations.

Jeep and Citroen to Get 12 Product Updates

Of the 12 planned introductions, Jeep will account for five models, while Citroen will contribute seven. Stellantis has not disclosed the names of the upcoming vehicles or provided a model-wise launch schedule.

The planned portfolio will cover multiple segments, including B-, C- and D-segment SUVs, an MPV, an A-segment passenger car and a premium pickup truck. The announcement includes both new products and major upgrades to existing models, although the company has not clarified how the launches will be distributed across the two brands.

Jeep is expected to focus on the premium SUV segment, while Citroen will target mainstream categories with greater volume potential. Further details about individual models, powertrain options and launch dates are expected to be announced closer to their respective introductions.

Multiple Powertrain Options Under Consideration

Stellantis plans to adopt a multi-powertrain strategy for its upcoming Indian portfolio. Depending on the vehicle segment and market requirements, the range could include petrol and diesel engines, conventional hybrids, plug-in hybrids and battery-electric vehicles.

The company says its decisions will be influenced by factors such as customer demand, affordability, regulatory requirements and charging infrastructure. However, the announcement does not specify which upcoming models will receive particular powertrain options.

This approach leaves room for different technologies across the portfolio rather than committing the two brands to a single propulsion strategy.

Focus on Localisation and Dealership Expansion

Alongside the product launches, Stellantis plans to expand its combined Jeep and Citroen sales and service network. The company intends to improve customer reach, after-sales support and parts availability, while using its Stellantis Brand House format to enter selected Tier-2, Tier-3 and Tier-4 markets.

The group has also set a localisation target of 90% across the two brands. Greater domestic sourcing could support its manufacturing operations and help manage costs, although the company has not provided a detailed timeline for achieving the target.

Stellantis currently operates three manufacturing facilities in India: Ranjangaon in Maharashtra, and Thiruvallur and Hosur in Tamil Nadu. It also has engineering and software development teams in Bengaluru.

India to Remain an Export Base

Exports will continue to form part of Stellantis’ India strategy. The company currently exports vehicles manufactured in India to around 50 countries, while approximately 95% of the engines and gearboxes produced at its Hosur facility are shipped overseas.

The group intends to use its Indian operations to support its wider Asia-Pacific business, including the development and export of locally engineered vehicles.

The planned investment and product introductions represent a broader expansion of Stellantis’ presence in India. However, the impact on its market position will depend on the pricing, specifications and competitiveness of the upcoming models, as well as the pace of dealership expansion and the execution of its localisation plans.

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TVS Motor Company has updated the Raider 125 with new safety features, including traction control and Emergency Brake Warning. The new features are available on the TFT DD and SXC DD variants, making the Raider one of the first few motorcycles in the 125cc segment to offer these features. Prices start at Rs. 1,00,330/- ex-showroom for the SXC variant.

TVS Raider Gets Traction Control For The First Time In Its Segment

The biggest update is the addition of a Traction Control System (TCS), which TVS claims is a first in the 125cc motorcycle segment. The system helps maintain rear-wheel grip when riding over slippery surfaces, loose gravel and potholes, reducing the chances of the rear wheel losing traction.

The motorcycle also gets Emergency Brake Warning, which alerts vehicles behind when the rider brakes suddenly. This feature is designed to improve awareness during emergency braking and reduce the risk of a collision.

TVS has also added a wider rear tyre to improve grip and stability. These updates are aimed at making the Raider safer to ride in everyday conditions, particularly on unpredictable Indian roads.

More Features For Everyday Use

Alongside the safety upgrades, the TVS Raider continues to offer its existing features, including a 3-valve engine, iGO Assist with Boost Mode and Glide Through Technology (GTT). The Boost Mode is designed to provide stronger acceleration, while GTT helps the motorcycle move smoothly at low speeds with minimal throttle input.

The TFT DD variant also features a TFT display with connectivity and more than 99 smart features. Another addition is a 27W USB Type-C fast charger, allowing riders to charge their smartphones more quickly while on the move.

The updated TVS Raider is available in two variants with the new safety features.

• TVS Raider SXC DD: Rs. 1,00,330/-
• TVS Raider TFT DD: Rs. 1,03,170/-

All prices are ex-showroom, Delhi. The updated motorcycles are available across authorised TVS Motor dealerships.

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Hyundai Motor India has inaugurated its manufacturing facility in Talegaon, Pune, marking an expansion of its production operations beyond Tamil Nadu. The company plans to invest Rs. 11,000 crore at the facility in phases, with installed annual vehicle production capacity set to increase from 1.7 lakh units currently to 3.2 lakh units by 2030.

The plant was inaugurated on October 14, 2026, in the presence of Maharashtra Chief Minister Devendra Fadnavis, Hyundai Motor Group Executive Chair Euisun Chung and Hyundai Motor Company President and CEO Jose Munoz.

Hyundai Motor India Managing Director and CEO Tarun Garg announced the investment as part of the company’s manufacturing expansion plans. The facility is expected to contribute to the company’s production capacity, export operations and supplier network in Maharashtra.

Hyundai Pune Plant: Investment and Production Capacity

The Talegaon facility currently has an annual installed production capacity of 1.7 lakh vehicles. Hyundai intends to raise this to 3.2 lakh units by 2030 through phased investments and capacity expansion.

The plant also houses an engine manufacturing unit with an annual production capacity of 1.5 lakh units.

Once the planned expansion is completed, Hyundai Motor India’s combined annual production capacity at its Pune and Chennai facilities is expected to reach approximately 11.4 lakh units by 2030. The increase would provide additional manufacturing capacity as the company develops its domestic and export operations.

The Rs. 11,000 crore investment is planned in phases. The company has not specified a detailed breakdown of the investment across individual projects in the information provided.

Hyundai Venue to Be Manufactured at Pune

The Hyundai Venue will be produced exclusively at the Talegaon plant, according to the company. Vehicles manufactured at the facility will also be exported to international markets, with Hyundai planning to expand the model’s availability to more than 35 countries.

The Venue’s production at Pune will form part of Hyundai’s wider export operations from India. The company has also marked cumulative exports of 40 lakh passenger vehicles since 1999, alongside domestic passenger vehicle sales approaching one crore over its 30 years of operations in the country.

The new facility’s role in manufacturing an export-oriented model could support Hyundai’s efforts to serve international markets from India. However, the actual contribution to export volumes will depend on production schedules and demand across individual markets.

Digital Manufacturing and Production Technology

The Talegaon plant uses Hyundai’s E-FOREST digital factory platform, which incorporates technologies for production monitoring and quality control.

The systems include artificial intelligence-based quality inspections, predictive maintenance, digital simulations and augmented reality-based training for workers. The production lines are designed to accommodate multiple internal combustion engine and hybrid models.

The use of these systems is intended to support manufacturing processes and quality management. Their operational impact will depend on how the technologies are deployed across production lines as output increases.

Supplier Network and Employment in Maharashtra

Hyundai said 55 Tier-1 suppliers have invested nearly Rs 4,600 crore in Maharashtra. Almost half of the company’s supplier network is located within a 50km radius of the Talegaon facility.

According to the company, its combined Tier-1 and Tier-2 supplier network has generated more than 18,000 employment opportunities in the state. The concentration of suppliers around the plant could help support component logistics and manufacturing operations, although the scale of additional employment linked directly to the planned expansion has not been specified.

Hyundai has also reported nearly 40 ongoing research projects with seven Indian academic institutions. These projects cover areas including battery technology, electrification and future mobility.

Hyundai’s Manufacturing Expansion in India

The Pune plant adds another manufacturing location to Hyundai Motor India’s existing operations in Chennai. The planned capacity increase to 3.2 lakh units at Talegaon by 2030 forms part of the company’s broader production expansion.

The investment comes as automakers continue to develop manufacturing capacity for domestic sales and exports, while preparing for changes in powertrain technology and vehicle demand.

The long-term impact of Hyundai’s expansion will depend on how quickly the plant reaches its planned capacity, the performance of export markets and the company’s future product strategy. For now, the inauguration establishes Talegaon as an additional manufacturing base, with the Venue identified as its exclusive vehicle production programme.

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Italian two-wheeler brand Italjet is set to enter India through a partnership with Motohaus India. The company has confirmed its India entry, with details about the models, pricing and launch timeline expected to be announced at EICMA 2026 in Milan, Italy.

Italjet is known for its unique scooter designs, Italian styling and focus on performance. The brand takes a different approach to scooter design, with products that stand out from conventional models in the market.

Italjet India Launch Details

Founded in Italy and headquartered in Bologna, Italjet has built its identity around distinctive designs and innovative engineering. The company also has links with motorsport, reflecting its focus on performance and technology.

Motohaus has not yet confirmed which Italjet scooters or motorcycles will be launched in India. Prices, specifications and availability details are also yet to be announced. The company is expected to share more information about its India plans at EICMA 2026.

Motohaus to Bring Italjet to India

The partnership adds another international brand to Motohaus India’s portfolio. The company operates through KAW Veloce Motors Private Limited, part of the KAW Group, and has manufacturing facilities in Kolhapur, Maharashtra, along with a growing dealer network.

Motohaus currently represents Brixton Motorcycles and VLF in India. With Italjet, the company aims to bring more international two-wheeler brands to Indian buyers.

Details about Italjet’s dealership network, product availability and distribution plans in India will be announced at a later date.

What to Expect

Italjet’s entry could bring a different option to India’s premium scooter market, especially for buyers looking for distinctive styling and something beyond conventional scooters.

However, the company is yet to confirm which models will come to India and how they will be priced. More details about the product lineup and launch timeline are expected at EICMA 2026.

The partnership marks Italjet’s first step towards entering the Indian market, with further announcements expected in the coming weeks.

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