Thermal Imaging

Flir Systems acquires Aerius Photonics

2011-08-17T01:39:00.002+08:00

Flir Systems has acquired fellow exhibitor and provider of short-wavelength infrared (SWIR) detectors and laser components Aerius Photonics.
Renamed Flir Electro-Optical Components, Ventura, California-based Aerius specializes in the design, development, and manufacture of high-sensitivity photonic components for use in various applications in the commercial and military markets. Its products include indium gallium arsenide (InGaAs)-based infrared detectors, high-powered vertical-cavity surface-emitting laser (VCSEL) diodes, ultra-lightweight laser rangefinders and altimeters, and infrared illuminators and pointers.
This acquisition will significantly enhance Flir's ability to serve OEMs across a wide range of technology sectors, and to augment Flir's own SWIR and multispectral systems development capabilities, noted infrared technology specialist Flir Systems.

Star SAFIRE® 380-HD impresses at Empire Challenge

2011-07-13T16:33:00.000+08:00

The Star SAFIRE HD family of products continues to gain traction throughout the DoD community after the 380-HD completed successful flight operations at the 2011 Empire Challenge held in late May through early June. The Empire Challenge is an annual joint and multinational surveillance and reconnaissance demonstration and hosted by the U.S. Joint Forces Command. The purpose of Empire Challenge is to showcase a number of technologies, including ISR capabilities, by running a number of different scenarios every day to demonstrate the effectiveness of the systems.

Northrop Grumman’s Firebird equipped with Star SAFIRE 380-HD

During the event, three of the systems were installed on a Northrop Grumman Firebird UAV, and operated continuously to meet the flight duration requirements. The durable 15” turret demonstrated its true HD capabilities as well as short wave infrared (SWIR) and a laser designator (LD). The system, weighing less than 100 lbs, boasts the capability to run up to eight simultaneous payloads.
The news of the successful testing and integration on the Firebird during the Empire Challenge was made public during the 2011 Paris Air Show in June and lead to multiple press hits and follow-up inquiries.
In addition to the Firebird, an intelligence gathering air system which can be flown manned or unmanned, the 380HD was also tested on two other platforms including the PM ITS aerostat and an L-3 aircraft, all with successful flight demonstrations.
“Through reliance, performance and easy integration, we are confident the latest gimbals in the Star SAFIRE HD family will continue set the standards for the future of EO/IR airborne solutions,” said Bill Sundermeier, president of FLIR Government Systems. “We are proud that the Star SAFIRE 380-HD has proven to be such a valued asset at this year’s Empire Challenge.”

Sunport Gets Bio Detection

2011-07-13T16:31:00.003+08:00

A bio weapons attack against an airport has dire consequences – not only for the airport itself, but for the international community as well. Without even passing through a security checkpoint, a terrorist could release a bio aerosol threat that would quickly spread throughout the airport complex. Within 2-4 hours, that threat will make its way to a major airport hub. Within 24 hours, it is possible for trace levels of the bio threat to make its way around the globe. With ThreatSense from FLIR, facilities like the Albuquerque International Sunport, are able to mitigate the effect of a bio threat.
ThreatSense is a “detect-to-protect” system to counter aerosolized threats as well as the movement of radioactive sources. By customizing the system and its concept of operations, affordable and effective CBRN threat detection and mitigation is achievable. In the unlikely event of an intentional biological event, ThreatSense can enable a more rapid response which can reduce injury to people, damage to assets and disruption to operations.
As a part of ongoing security upgrades, the Albuquerque International Sunport installed the bio detection component of the ThreatSense system. This deployment included a number of our IBAC and other bio detectors which work like bio hazard “smoke alarms” throughout the facility. Once an alert is raised, the IBAC can simultaneously initiate low regret responses such as the shutdown of air handling systems and trigger secondary air samplers, also manufactured by FLIR. By tying ThreatSense into HVAC systems, the bio threat can be localized and the effects of a bioterror attack minimized.
No two buildings share the same vulnerabilities and usage patterns. As a result, FLIR employs a layered approach to facility security that emphasizes the use of widely distributed low-cost detectors (like IBAC) combined with a smaller number of samplers and identifiers. These sensors are strategically located, allowing rapid detection independent from the location of the release. Upon detecting a threat, sensors send an alert directly to monitoring personnel who investigate conditions and oversee confirmation testing.
When installing a system such as ThreatSense, the most important step in the system deployment is to understand how air moves throughout the facility. FLIR has a unique capability within the industry to perform tracer testing that results in a deep understanding of air movement or lack thereof. This capability enables the precise deployment of detectors, samplers, and identifiers for the most cost effective system deployment.
By active control of a building’s ventilation and access control systems, it is possible to significantly reduce the spread of the agent and limit exposures to a bio threat. This approach, which is intrinsic to all ThreatSense deployments, provides the ability to distinguish hoaxes from real events and can prevent disruption, while maximizing protection of occupants and physical assets. This ability is of utmost importance at a facility such as the Albuquerque International Sunport, which welcomes over 6.5 million travelers per year.

Star SAFIRE 380-HD Successfully Tested on Firebird

2011-06-20T17:15:00.001+08:00

The Star SAFIRE 380-HD electro-optical/infrared sensor from FLIR Systems, Inc has successfuly completed flight operations on the Northrop Grumman Firebird, an intelligence gathering air system, which can be flown as a manned or unmanned aircraft.
The Star SAFIRE 380-HD is a 15” durable turret, gyrostabilized, multi-spectral, digital high-definition optical sensor designed for use on UAS, helicopters and fixed-wing aircraft. The system, weighing less than 100 lb, boasts the capability to run eight payloads simultaneously, including both SWIR and a laser designator.
During the recent Empire Challenge, sponsored by Joint Force Command (JFCOM), three systems were installed on Firebird and operated continuously to meet the flight duration requirements.
“Through reliance, performance and easy integration, we are confident the latest gimbals in the Star SAFIRE HD family will continue set the standards for the future of EO/IR airborne solutions,” says Bill Sundermeier, president of FLIR Government Systems. “We are proud that the Star SAFIRE 380-HD has proven to be incredibly complementary to the universal interface on the Northrop Grumman Firebird.”
“Northrop Grumman completed a detailed assessment for multi-spectral EO/IR sensors suitable for multiple missions,” said Rick Crooks, director of special projects and Firebird program manager for Northrop Grumman Aerospace Systems. “We selected the Star SAFIRE 380-HD for its performance, capability and ease of integration. FLIR has provided outstanding support to the Firebird program and the key full motion video assets used during Empire Challenge.”

Flightglobal and FLIR to Broadcast Video of Paris Air Show

2011-06-02T20:36:00.002+08:00

Flightglobal and FLIR Systems will be broadcasting live from the heart of the 2011 Paris Air Show, providing incredible exclusive coverage of the flying displays from the year’s biggest international aerospace event.
This follows the huge success of Flightglobal and FLIR Systems’ live streaming of the Farnborough Air Show 2010 flying displays, which allowed viewers to experience the first public Boeing 787 flight and generated a mass of positive feedback from around the world.
The live broadcast of the Paris Air Show will start at 12:00 hours, Monday-Thursday, commencing 20 June 2011.
The programme for each day will include a behind-the-scenes look at the all-digital FLIR Systems Star SAFIRE® HD sensor powering the video images of the aircraft, highlights of the previous day’s flying and full coverage of the stunning aerial displays.
The Star SAFIRE HD sensor, more frequently seen at work in a surveillance capacity on helicopters and fixed-wing aircraft, will be mast-mounted at the Flightglobal Media Chalet, ideally sited at the end of the air show runway.
The live stream will be available on Flightglobal’s unbeatable air show channel – flightglobal.com/Paris – and visitors with their own non-commercial blogs and web pages are welcome to grab the embedded code to share with their friends.
Michael Targett, Online and Digital Development Editor at Flightglobal, says: “Building on the popularity of our Farnborough Air Show broadcasts, we’re planning a bigger and better experience for Paris allowing everyone to see the air show in a way that has never been done before.
“Viewers will be treated to incredible infrared images of over 40 aircraft, including the aerobatic Sukhoi Su30, solar-powered experimental aircraft Solar Impulse, and hopefully a brace of new Boeing airliners – the 787 and 747-8.”
Angel Bennett, Director of Marketing at FLIR Systems, says: “We’re very excited to continue our partnership with Flightglobal. It is an honor to deliver the Paris Air Show to aviation enthusiasts around the world while showcasing our Star SAFIRE HD capabilities.”
Visitors to Flightglobal interested in registering for flying display reminders and a personalised Paris Air Show experience on flightglobal.com can do so by visiting www.flightglobal.com/myparis

New Bi-Ocular Added To Flir's Scout Line Of Handheld Thermal Night Vision Cameras

2011-02-08T14:56:00.001+08:00

Portland, OR –FLIR Systems, Inc. (NASDAQ:FLIR), the world’s leading manufacturer of thermal cameras, announces a new addition to its popular handheld Scout line for outdoors enthusiasts, the BTS-Series Bi-Ocular Thermal Night Vision Camera. Featuring clear, crisp thermal imagery across a variety of performance and lens options, the Scout Bi-Ocular further enhances nocturnal viewing for ranchers, rangers, hikers, sportsmen, outfitters, and adventurers of all stripes.
Featuring a full coverage eyepiece with inter-ocular adjustment, ergonomic comfort, straightforward controls, and the unrivaled performance that only FLIR’s high resolution thermal cores can deliver, the Scout Bi-Ocular allows you to keep track of your party, see animals, track game, and travel safer at night or in poor visibility conditions, such as in smoke or dust. The Scout Bi-Ocular also allows you to see through camouflage and moderate foliage.
Customizable core performance, powerful E-zoom functionality, and a modular optics system that allows you to select from three lightweight, long-range and easily attachable lenses, ensure that the Scout BTS-Series is up to the task of capturing sharp and consistent thermal imagery during shorter hikes, longer treks, and even over the most extended excursions in the field.
Capturing video is a snap with one-touch recording that frees up your hands to adjust zoom and fine-tune focus, ensuring that you won’t miss for a single exciting moment. A new quick release hot-shoe makes access to video out and battery recharge power a “snap,” while a latched door provides fast and easy battery access should you need to pop in another pre-charged set. And as you’ve come to expect from the Scout line of thermal cameras, the Scout Bi-Ocular is rugged and weathertight.

Your Scout Bi-Ocular isn’t just for out on the trail—there are dozens of on-the-water, on-the-go or at-the-ranch uses. Why rely solely on low light night vision when you can see farther and more detail with FLIR’s Scout handheld thermal cameras? If you really are one to explore the great outdoors, why limit your world to only daylight hours? Experience nature in vivid detail 24/7 with FLIR Scout.

INTRODUCING THE FLIR SCOUT PS-SERIES

2011-02-01T17:05:00.002+08:00

Revolutionary size, affordability, and ease-of-use

Portland, OR –FLIR Systems, Inc. (NASDAQ:FLIR), the world’s leading manufacturer of thermal cameras, announces the introduction of the FLIR Scout PS-Series Thermal Camera, for outdoor enthusiasts everywhere. Hunters, hikers, ranchers, rangers, outfitters, and adventurers of all stripes will appreciate the clear thermal imagery, palm-size portability, simple three button operation, and affordability.

Lightweight and easy-to-use, Scout PS-Series thermal cameras allow you to gather critical and exciting visual information, day or night, for hours on end.

Like all FLIR thermal cameras, the Scout PS-Series creates images from heat, not light, giving you a serious advantage out in the wild. Use a Scout PS24 or PS32 to navigate rough terrain or to scope out the “perfect spot” at dusk, before dawn, or even when it’s pitch black outside. Discover nocturnal animals, find wandering members of your party, locate lost livestock, or spot downed game. Peer into woods or heavy underbrush to see what’s going on, detect individuals in camouflage, and even see through light fog, smoke and trail dust. And the Scout PS-Series isn’t just for activity out on the trail—there are dozens of at-home, on-the-water, or on-the-go uses.

The Scout PS-Series features a rugged, weathertight, ergonomic design, multiple resolution choices, digital e-zoom, image freeze-in-frame capability, three separate detection palettes, an embedded LED flashlight, and an internal re-chargeable Li-Ion battery.

If you really love the great outdoors, why limit your experience to only daylight? The power of the Scout PS-Series gives you the freedom to explore nature's extended hours in vivid thermal detail.

FLIR Systems’ debuts world’s first true thermal binoculars

2010-10-26T02:20:00.000+08:00

During the 2010 AUSA Annual Convention in Washington DC, FLIR Systems, Inc will introduce the world's first true thermal binoculars. The Recon BN6 and Recon BN10 provide an authentic binocular viewing experience and a true depth of field capability.

Two thermal cameras, one for each eye, provide the same parallax effect achieved by the human visual system, allowing the viewer to experience a three-dimensional view. This technology enhances the ability to judge distances and relative distance of objects in the scene, making the Recon BN series a far more useful tool for reconnaissance, surveillance, and similar tasks.

"Largely due to cost reasons, a true thermal binocular has not been available until now," explained Bill Sundermeier, president, FLIR Government Systems. "The concept is not new, but the expense of putting two thermal cameras in one product made the technology cost prohibitive. The widely available alternative has been a ‘bi-ocular' where both eyes view the same camera. This has worked reasonably well, except that you can't distinguish distance, prohibiting depth perception. With FLIR's vast production volumes and low costs, we are able to offer a true binocular for less than the price of a typical bi-ocular system".

Based on FLIR's advanced uncooled thermal camera technology, the Recon BN6 and BN10 feature long battery life, light weight, and full immersion capability. FLIR is one of very few companies capable of producing both uncooled and cooled IR focal plane arrays (FPAs), and has the world's highest volume production capability for vanadium oxide (VOx) uncooled microbolometers, with an internal capacity of more than 250,000 yielded devices per year.

FLIR is a merchant supplier of uncooled cameras to the automotive industry and other applications, including full MIL SPEC products for military and homeland defense agencies around the world.

Flir to debut color night vision cameras at ASIS

2010-10-02T13:06:00.001+08:00

Portland, OR – September 27, 2010 – FLIR Systems, the world’s leading manufacturer of thermal security cameras, launched its new line of Color Night Vision IP security cameras. Color Night Vision cameras provide high-quality color video in lighting conditions from full daylight to starlight, without the need for additional illumination.

FLIR’s Color Night Vision cameras provide valuable visual details that help security professionals identify people, vehicles, and other objects around the clock, making them the perfect complement to FLIR’s thermal security cameras. Integrating both technologies into an IP video security system creates a 24/7 visual security coverage umbrella that has never been possible before.

By extending color imaging to 24-hour operation, FLIR gives security professionals a more effective video security system, generating full-color imagery in lighting conditions that would render traditional CCD-TV cameras useless. Because they don’t need auxiliary lighting, facilities can realize significant cost savings and reduced light pollution.

Built around an advanced EMCCD (electron multiplied CCD) imaging core, FLIR’s Color Night Vision cameras deliver exceptional image quality in light levels from bright sunlight to dark starlight conditions. The cameras feature proprietary image processing algorithms to bring out hidden image details, even in the most difficult imaging conditions.

Designed to survive demanding environmental situations, Color Night Vision cameras are available in fixed-site cameras, and as a secondary payload on FLIR’s PT-Series of pan/tilt thermal security cameras. Both configurations output both digital and analog video simultaneously, and use open IP protocols for easy integration.

FLIR Systems Announces Agreement to Acquire ICx Technologies

2010-08-17T00:37:00.000+08:00

PORTLAND, OR -- (MARKET WIRE) -- 08/16/10 -- FLIR Systems, Inc. (NASDAQ: FLIR) announced today that it has entered into a definitive merger agreement pursuant to which it has agreed to acquire ICx Technologies, Inc. (NASDAQ: ICXT) for an aggregate cash purchase price of approximately $274 million. As of June 30th, ICx had a cash balance of approximately $38 million.

Under the terms of the merger agreement, a subsidiary of FLIR will commence a cash tender offer to purchase all of the outstanding shares of ICx common stock for $7.55 per share in cash and will acquire any ICx shares not purchased in the tender offer in a second-step merger at the same price per share paid in the tender offer. The tender offer is conditioned on the tender of at least a majority of the outstanding shares of ICx common stock, calculated on a fully diluted basis, and other customary closing conditions. Wexford Capital LP and its affiliates, which together own approximately 62% of the outstanding shares of ICx common stock, have entered into a tender and support agreement whereby they have agreed to tender all of their shares in the tender offer, subject to the ICx Board of Directors' continued recommendation of the transaction. The boards of directors of FLIR and ICx have approved the merger agreement.

ICx is a leading provider of integrated advanced sensing technologies for homeland security, force protection and critical infrastructure applications. ICx has established a technology leadership position across a wide spectrum of detection and surveillance technologies, supported by a robust intellectual property portfolio. For the twelve months ended June 30, 2010, ICx reported revenue of approximately $168 million.

The acquisition expands FLIR's capabilities into advanced sensors for chemical, biological, radiological, nuclear, and explosives (CBNRE) detection for defense and homeland security markets. The acquisition also enhances FLIR's existing intelligence surveillance and reconnaissance product suite through the addition of ICx's advanced radars and integrated platforms. Upon closing of the transaction, ICx's operations will be integrated into FLIR's Government Systems Division.

"We are pleased to announce this compelling transaction and intend to work diligently towards its consummation," commented Earl Lewis, President and CEO of FLIR. "The transaction presents an attractive opportunity to add ICx's market leading CBRNE technologies to FLIR's product portfolio and leverage FLIR's global infrastructure to reduce costs and drive growth. We look forward to welcoming ICx's employees to FLIR."

The transaction is expected to close in the fourth quarter 2010 subject to customary closing conditions, including expiration of the applicable waiting period under the Hart-Scott-Rodino Antitrust Improvements Act. FLIR expects to fund the purchase price from available cash resources and anticipates that this transaction will be neutral to 2010 earnings, excluding transaction costs and one-time charges, and accretive in subsequent years.

Raymarine Electronics Sets Thermal Headings With FLIR Systems Marine Electronics: Raymarine Electronics Sets Thermal Headings With FLIR Systems | htt

2010-07-30T02:25:00.002+08:00

Raymarine Electronics isn’t expected to change much in the short term as a result of FLIR System’s acquisition. For the most part, customers can expect the same product line and the same quality of product. And that’s because FLIR bought the company as part of a long-term strategy to expand into the marine market.

However, in the long term, the acquisition of Raymarine Electronics may just change boating navigation technology forever. And the reason is that FLIR plans to use Raymarine Electronics sales and distribution channels to make thermal imaging a standard item on every boat.

FLIR Systems, which was built on thermal imaging technology, has been successful for years selling high end thermal imaging devices. However, its success has been primarily in the marine segments of the defense, security and surveillance industries, not the recreational boater market.

Although FLIR has been selling its thermal imaging products into the non-security segments of the marine market since 2006, the company so far has not obtained the market penetration levels it wants. And this is despite the fact that thermal imaging technology has been advancing and costs dropping.

With even more advances in thermal technology expected and lower prices to come, the opportunity to buy Raymarine could not have come at a better time for FLIR. The acquisition of Raymarine, which has an established business network in the recreational boaters market, correctly positions FLIR to obtain market share right before technologically induced priced drops accelerate demand.

With lower costs, the marine market for thermal imagers could very well become just as big a market as marine radar or sonar. Eventually, the market theory goes, boaters will see the advantage of not only having low-cost night vision binoculars, but also integrating 3D thermal image layers and views into their chart plotters.

The reasons why thermal imagers, also referred to as night vision devices, will become a mainstream marine navigational technology are many. Among them is the ability to more safely navigate waterways at night. Thermal imaging systems, unlike radar, give an actual 3D view of what’s in the dark seascape beyond.

With a thermal imager one can clearly see unlit docks, people and boats in the dark. And that’s because thermal imagers work on the basis of heat; different object temperatures are displayed in different colors.

Thermal imagers don’t offer absolute simulated day vision now, but if you look at the thermal images in FLIR’s line, you can see that the technology is getting very close.

Right now however, what makes thermal imagers even more of a deal besides a price that is within reason, is that they have incredible zoom ranges. Some night vision systems let you telescope in on objects that are up to two miles away. This feature not only makes thermal vision systems ideal for search and rescue operations, but also an ideal collision avoidance tool.

But what makes thermal imagers more interesting is that they can be systematically programmed for a wide variety of different navigation applications. A thermal imaging scanner combined with PC software can make for a sophisticated automatic object identification system. Thermal image scanners can be programmed to automatically search for objects that are within specific temperature ranges or have specific thermal fingerprints.

Flightglobal: Live video streaming of Farnborough International Airshow 2010 by Flightglobal and FLIR Systems

2010-07-14T00:00:00.000+08:00

Flightglobal and FLIR Systems (NASDAQ: FLIR | PowerRating) have teamed up to provide exclusive live video streaming of this year's Farnborough International Airshow aerial displays.

For the first time ever, people will be able to watch the aerial footage from their computers and smart phones.

FLIR operatives will use the Star SAFIRE(r) HD, which will be based in the Flightglobal Media Chalet ideally sited next to the runway, to capture the daily air display. The Star SAFIRE HD is the world's first, and only all-digital, all-high definition (HD) electro-optic/infrared (EO/IR) system. More than 350 Star SAFIRE(r) HD sensors have been delivered to customers around the world.

Once the video is captured, the airshow footage will then be processed by a powerful on-site server, which will then seamlessly stream the video out to the web.

The video will be hosted through popular streaming site USTREAM.tv, giving aircraft lovers around the world a rare chance see aircraft such as the Lockheed Martin F-22, Airbus A400M and maybe even the airshow debut of Boeing's 787 Dreamliner.

The live stream will be available on Flightglobal's unbeatable airshow channel www.Flightglobal.com/Farnborough, and visitors with their own non-commercial blogs and web pages are welcome to grab the embedded code to share with their friends.

Online and digital development editor at Flightglobal Michael Targett says: "This year, we want to bring the real Farnborough experience to the thousands of people that couldn't make it. Teaming up with FLIR Systems to provide live video of the fantastic aerial displays goes a long way to making that a reality."

"We are very excited to partner with Flightglobal to broadcast the Farnborough International Airshow aerial display to the rest of the world" adds Earl Lewis, Chairman and CEO of FLIR Systems. "It is through our system's geo-tracking capabilities that we are able to maintain a steady hold on the flying aircraft making it a better viewing experience for the internet audience."

Flightglobal and FLIR will be streaming the displays Monday to Thursday only.

Flying display times are as follows:

Monday 19th July 2010: 1330 to 1600 hrs Tuesday 20th to Thursday 22nd July 2010:1415 to 1645 hrs

Visit www.Flightglobal.com/Farnborough for more information, or sign up for our Flight Daily News newsletter for all the latest news and highlights produced exclusively from the show.

Multiple wavelength IR detector for missile warning systems

2010-06-15T10:44:00.001+08:00

Sofradir has developed Altair MWIR-MWIR, a new multiple wavelength IR detector for missile warning systems, which provides dual visibility in the 3-4 and 4-5 micron wavebands, bringing new detection advantages in a single piece of equipment.

Altair MWIR-MWIR operates in two midwave bandwidths, allowing users to better identify objects and thereby reduce the number of false threats. The dual-band detector also enables more accurate temperature measurement of targets. With this new detector, Sofradir claims to be providing higher quality images for missile warning systems, the key advantage of dualband IR detectors being that users can choose the band most suited to conditions, such as high humidity, high temperatures, etc, to detect and identify targets and threats in the mid-wave range using a single piece of equipment. They can fuse or compare the image of both bandwidths to improve target identification, as the images will be ‘naturally registered’, for example, which means that the two colour dots that make up each pixel are able to focus on the same location at the same time.

Meanwhile, FLIR Systems and Sofradir are collaborating on a new dual-band military camera that will operate in the mid-wave and long-wave bandwidths. This will allow users to switch spectral bands depending on the particular object to be identified or surveyed. The camera will also provide efficient image fusion between the two bands, as in much the same way as Altair MWIRMWIR, the images will be naturally registered.

From uncooled to cooled, FLIR sensor technology builds on soldier solutions

2010-06-13T15:21:00.001+08:00

WILSONVILLE, Ore., 13 June 2010. FLIR Systems in Wilsonville, Ore., is launching a pair of uncooled infrared sensors that will give soldiers, sailors, airmen, marines, coast guardsmen and law enforcement a low-cost, lightweight, high-performance sensor that can be either handheld or mounted as an infrared weapon sight.

The two Recon M monocular systems, in two performance ranges, each weigh less than 14 ounces, have a 3-hour run time, and zoom to 4X while providing 500 meters of human detect range.

Recon M has a high-resolution, large-format long-wave VOx microbolometer that delivers range performance and image quality, as well as image and video options that enable the user to configure sensor to mission requirements.

FLIR’s STACE image enhancement technology provides image quality enhancements via spatial edge and dynamic range enhancement; auto gain and level control, which automatically provides optimized imagery; and multi-use capability so that it can be configured for handheld, tripod mount, or helmet mount.

The handheld sensors are part of a long-term FLIR strategy to develop soldier solutions that extend from long-range, cooled thermal and image intensified (I2) binoculars and sniper sights, to tactical sights that can be affixed to a range of weapon types.

“These soldier sensors are small—pocket scopes—that can be used for surveillance and reconnaissance," explains says Bill Sundermeier, president of FLIR Government Systems. "They will be inexpensive so that they will be accessible to individual soldiers and unit leaders. They’ll keep them in their pocket or velcro them to their web gear. They’ll be able to use them as a handheld night sight, and also clip them onto their weapon to use as a weapon sight.”

FLIR Systems has an advantage in the large volumes of detectors and optic devices the company manufactures. The majority of these detectors go into commercial industries like automotive, where standards for shock, vibration, and temperature far outstrip any mil-specs for thermal sensors.

“The two real cost components of an uncooled sensor are the detector and the optics, and we design and manufacture both of those inside our own company, so we have access to much lower cost components than anybody else,” Sundermeier says.

Over the past year, FLIR has offered cooled and uncooled thermal rifle sights, each of which has benefits and tradeoffs. The detector and the optics are the guts of the matter. Uncooled systems are inherently less sensitive, but potentially much lighter in weight with less power consumption than cooled systems.

To put it another way, cooled systems are for long-range performance, despite the added weight and power of a cryogenic detector cooler, due to their greater sensitivity and ability to use longer-range optics. Uncooled systems are better suited for shorter range applications where lightweight and low-power trump sensitivity considerations.

“Uncooled is better for short-range performance, in terms of those overall tradeoffs,” Sundermeier explains. “If what I’m doing is driving a vehicle down the road I don’t have to see far. But I do want a wide field of view. So for a sensor that needs a fairly wide field of view and a fairly short range performance, uncooled is great and also inexpensive enough to put on a vehicle.

“Conversely, if I really need to see a long way then I’m talking narrow fields of view and long focal lengths, and I really want to go cooled because my detector is so much more sensitive," Sundermeier continues. "I can live with these less sensitive optics and really reach out and touch somebody, and also package it in a reasonable size.”

Is it impossible to make a man-portable handheld cooled sensor or sniper sight? “Absolutely not,” Sundermeier says. “Products like our Recon III are available, which is cooled, has long battery life, long-range performance, and is light enough to be handheld, relative to other cooled systems."

Flir unveils ChromaNox line of ultra lowlight color cameras

2010-05-25T23:56:00.001+08:00

Flir’s new ChromaNox line of cameras

Colorado Springs, CO – May10, 2010 – FLIR Systems, the world’s leading manufacturer of thermal and lowlight security cameras, announced the launch of the ChromaNox line of EMCCD low light security cameras.

Incorporating advanced EMCCD (electron multiplied CCD) technology the ChromaNox cameras are available in VGA (640 × 480) and SXGA (1280 × 1024) resolution, and in color and monochrome models. The cameras deliver exceptional image quality in light levels from bright sunlight to dark starlight conditions. The cameras feature proprietary image processing algorithms to bring out hidden image details in difficult scene conditions.

Designed for demanding environmental conditions, ChromaNox cameras meet Mil-Spec operating temperature requirements of -40°C to 71°C, ensuring long-term reliable operation in the most demanding locations. A wide range of ½ inch format C-mount lenses enable both close situational awareness and long-range observation in light levels not considered possible with standard CCD and CMOS cameras.

The ChromaNox 6 (640 × 480 resolutions) features analog video and Camera Link digital video, while the ChromaNox 12 (1280 × 1024 resolution) features a Camera Link digital video output. The combination of near infrared response out past 1,000 nm and the unique on-chip gain amplification provide an important capability to security systems integrators and are the perfect complimentary technology to FLIR’s leading thermal security cameras.

FLIR Systems HD Thermal Imaging System Captures Environmental Disasters

2010-05-23T15:43:00.001+08:00

PORTLAND, Ore., May 13 /PRNewswire-FirstCall/ -- FLIR Systems, Inc. (Nasdaq: FLIR) released today electro-optic/infrared (EO/IR) footage from recent environmental disasters including the Icelandic volcano Eyjafjallajokull, and the Gulf of Mexico oil spill. Footage and additional images can be viewed at http://www.gs.flir.com/disaster/.

(Photo: http://www.newscom.com/cgi-bin/prnh/20100513/CG03765)

Recording the footage was the Star SAFIRE® HD from the company's Pilatus PC-12. The Star SAFIRE HD is the world's first and only all-digital, all-high definition (HD) EO/IR surveillance system. The system serves as the eyes for aircraft in reconnaissance, search-and-rescue, law enforcement and environmental protection missions for governments, militaries and defense communities across the globe. It was designed to record high-quality footage day or night, in some of the harshest environments around the world.

"This footage demonstrates FLIR's ability to aid in a variety of missions, allowing first-responders to have eyes looking into the middle of the disaster," said William A. Sundermeier, president of FLIR Government Systems. "The same technologies that are currently protecting our soldiers in Iraq and Afghanistan are equally effective in these global disasters, by enhancing the understanding and reaction time during the most unforeseen circumstances."

"Although these systems provide breathtaking daylight color images, real-world rescues and crisis response operations usually take place at night or in adverse weather conditions," continued Sundermeier. "We weigh this heavily when developing our technology to ensure crisp and clear images at night when EO/IR systems are most imperative."

The footage that was recorded off the Gulf Coast was utilized by the U.S. Coast Guard to more thoroughly evaluate the severity of the spill. FLIR began collaborating with the Coast Guard in 1984, and today their systems are on USCG helicopters, aircraft and ships, and are widely used within the Department of Homeland Security and other agencies around the world.

FLIR Systems Announces Acquisition of the Stock of Raymarine Holdings

2010-05-23T15:42:00.000+08:00

PORTLAND, OR, May 14, 2010 (MARKETWIRE via COMTEX) -- FLIR Systems, Inc. /quotes/comstock/15*!flir/quotes/nls/flir (FLIR 28.08, +0.17, +0.61%) announced today that it has entered into a definitive agreement with the Administrator of Raymarine plc to acquire all of the outstanding shares of its wholly owned subsidiary, Raymarine Holdings Limited. The transaction value of approximately $180 million includes repayment of all of Raymarine's indebtedness and approximately $24 million in proceeds to Raymarine plc which is equivalent to 20 pence per ordinary share. The acquisition represents the entire business operations of Raymarine and its subsidiaries.

Raymarine, a world leader in the marine electronics industry, provides the most comprehensive range of electronic equipment for the recreational boating and light commercial marine markets. For the twelve months ended December 31, 2009, Raymarine reported revenue of approximately $170 million.

The acquisition furthers FLIR's strategy in the marine market by dramatically increasing its maritime distribution network with the addition of Raymarine's 1,000 dealer outlets and 400+ marine OEMs, nearly all of which are additive to FLIR's existing distribution. FLIR plans to expand Raymarine's product line breadth by integrating thermal imaging cameras with Raymarine's display, radar and autopilot product lines to create the broadest, most effective, and easiest to use suite of products in the marine electronics industry.

"We are pleased to announce this strategically compelling transaction," commented Earl Lewis, President and CEO of FLIR. "Raymarine is a leading brand in the industry and has an outstanding reputation for high quality marine electronics equipment. When fully integrated, we expect to have a significant marine electronics business as part of our Commercial Systems business. I welcome Raymarine's employees to FLIR."

FLIR Announces High Resolution Tau Uncooled Thermal Camera

2010-04-07T01:16:00.001+08:00

FLIR's new Tau 640 Uncooled Thermal Camera.

FLIR Systems Inc. (Portland, Ore.) announced the release of the new 640 x 480 resolution member of its popular Tau family of uncooled longwave camera cores. Still the smallest, lightest, lowest-power uncooled longwave thermal camera cores in their class, Tau 640 delivers outstanding thermal imagery with its 17-micron pixel size and innovative Digital Detail Enhancement image processing algorithms.

Tau 640 is the perfect imaging core for a variety of small, unmanned aerial and ground vehicles, as well as unattended ground sensor systems, helmet-mounted vision systems, handheld firefighting imagers, thermal weapon sights, security and surveillance systems, and many other applications.

Tau is not just a single imager, but a family of cameras consisting of multiple resolution options, a variety of camera configurations, and several available lens options, enabling the Tau family to meet the needs of this wide variety of end uses.

Like its 320 and 160 resolution counterparts, FLIR intends to offer Tau 640 with delivery times of less than one week, and typically within two working days for small-volume camera orders.

FLIR's free Camera Controller software lets users have convenient control over most Tau camera functions. FLIR also offers an optional Tau SDK, along with a variety of Tau hardware accessories for maximum integration flexibility.

"Tau 640 is a very exciting product for FLIR," said Jay James, Vice President of Business Development at FLIR Systems. "Combining 640 x 480 resolution, small size, light weight, low power use, and excellent thermal image quality, in a true commercially-available product, Tau 640 will change the way people think about thermal imaging camera cores."

Flir introduces Thermal Fence solution

2010-04-02T01:38:00.001+08:00

Portland, OR – January 22, 2010 – FLIR Systems, the world’s leading manufacturer of thermal security cameras, announced the release of the FLIR Thermal Fence, a fully-integrated perimeter alert system for simultaneous threat detection and assessment capability.

By combining FLIR’s thermal security cameras and the FLIR Sensors Manager (FSM) control and management software, the FLIR Thermal Fence is a turnkey solution for integrating and displaying the status and feedback from all of your perimeter security sensors on one convenient display.

This potent combination provides automated perimeter approach surveillance, intrusion detection, and alert capabilities for every perimeter security application, including critical infrastructure, petro-chemical facilities, nuclear facilities, commercial campuses, and residential installations.

Featuring the industry-leading line of IP thermal security cameras, the FLIR Thermal Fence gives security professionals instant, automated threat detection and visual threat assessment capability around the clock in one easy-to-use package.

The integral geo-referenced mapping function features FLIR’s unique slew-to-cue function, which commands FLIR’s pan/tilt IP thermal security cameras to point at the precise coordinates of any alarm generated by any sensor on your FLIR Thermal Fence network. This allows the operator to immediately perform a visual inspection of the alarm, expediting a human response to the event.

E-Series High-Performance Pan-Tilt Units

2010-04-02T01:36:00.002+08:00

Integrated Ethernet, Improved Motion Control Fidelity

BURLINGAME, Calif., April 1 /PRNewswire/ -- FLIR Motion Control Systems Inc. (formerly Directed Perception), a leading manufacturer of advanced products for the control and positioning of sensors, today announced the launch of its E-Series families of computer controlled pan/tilt units. The E-Series pan/tilt models incorporate an integrated 32-bit microcontroller providing improved motion control fidelity including higher command rates, lower jitter, built-in Ethernet interface for IP and web control, and expandable payload I/O. The E-Series models also include integrated digital encoders providing user-configurable ranges of motion and more robust operation in unpredictable environments.

The following E-Series models are available:

PTU-D48 E-Series – payloads to 15 lbs; integrated slip-ring, compact, rugged
PTU-D100 E-Series – payloads to 25 lbs; IP67, suitable for fixed and mobile applications
PTU-D300 E-Series – heavy duty payloads to 70 lbs; high-duty cycles; multiple wiring options

Raising the bar in pan/tilt performance

The E-Series models build on FLIR Motion Control Systems' proven and powerful pan/tilt families to deliver improved performance and increased flexibility. The E-Series architecture includes:

Increased torque, speed and acceleration (depending on model/configuration)
Advanced microstep control
Digital encoders for closed-loop control
User-programmable ranges of motion
Integrated Ethernet and Web interfaces
Increased command rate and reduced jitter

Delivering improved performance across wide range of applications

The new E-Series pan/tilts provide a superior pointing solution for a wide range of applications and environments including: tower mounted surveillance cameras, police and military ground vehicles, antenna tracking systems, border and perimeter surveillance, military force protection systems, night-vision applications, and more.

The E-Series pan/tilts incorporate a patent-pending mechanical design using a worm gear design for superior dynamics and rigidity – no belts or pulleys. Specific performance features include:

Payload capacities from <>
Fully controllable pan and tilt speeds ranging from below 0.006 degrees/second to 120 degrees/second (depending on model)
Multiple built-in control interfaces: RS-232, RS-485, RS-422, and Ethernet
Fine-grained control of speed, position, acceleration and power consumption
On-the-fly command changes to support dynamic tracking and stabilization applications
Rugged all-weather design (IP67) and wide temperature range (-30 degrees to +70 degrees C) (no heaters required)
Single MIL-style connector for all pan/tilt and payload signals.

Price and Availability

Available starting May 2010. Pricing depends on volume and model configuration.

Kimball Electronics Gets FLIR Systems Contract To Manufacture New Tau Program Infrared Imaging Systems - Quick Facts

2010-01-13T00:01:00.000+08:00

(RTTNews) - Kimball Electronics Group, Inc., a unit of Kimball International, Inc. (KBALB), announced that it has received contract from FLIR Systems, Inc. to manufacture the Tau Program infrared imaging electronics. The long-term contract was awarded for multiple electronics assemblies that will be used in FLIR's commercial division products for markets across the world.

The Tau is a small, versatile camera ideal for applications in firefighting and unmanned vehicle vision systems, and is the first camera in its class to combine size, weight, and low power consumption into one competitive product.

Production has begun at the International Traffic in Arms Regulations or ITAR registered Kimball Electronics-Jasper facility in Indiana. Incremental volume growth over the next several years is expected to transfer production to Kimball operations in Thailand through completion of the contract. Orders from this new contract could potentially double Kimball's current sales with FLIR, a long-time customer.

FLIR Systems Announces Acquisition of Directed Perception, Inc.

2009-12-29T14:35:00.001+08:00

PORTLAND, OR, Dec 28, 2009 (MARKETWIRE via COMTEX News Network) -- FLIR Systems, Inc. (NASDAQ: FLIR) announced today that it has acquired the stock of Directed Perception, Inc., a leading provider of pan-tilt motion control systems for commercial and military markets, for $20 million cash.

Directed Perception, based in Burlingame, California, has earned a world-wide reputation as a pioneer and leader in high-performance pan-tilts in security and surveillance, maritime, military, robotics, and scientific instruments markets. Directed Perception's full-line of pan-tilt systems support payloads ranging from 6 to 90 pounds. The acquisition of Directed Perception will enhance and differentiate FLIR's pan-tilt-zoom camera systems for both commercial and military markets through lower cost, improved functionality and ease-of-use.

"The acquisition of Directed Perception expands FLIR's capabilities into a key enabling technology. Its technology can be integrated into many of our existing pan-tilt-zoom systems and has significant potential for future low-cost integrated solutions," commented Earl Lewis, President and CEO of FLIR. "We welcome Directed Perception's skilled and experienced team to FLIR."

Upon closing, Directed Perception has been re-named FLIR Motion Control Systems and will operate as a part of FLIR's Commercial Systems division. FLIR anticipates this transaction will be neutral to 2010 net earnings and accretive thereafter.

Solar Protection for FLIR Thermal Imaging Camera

2009-12-10T00:29:00.000+08:00

Thermal imaging cameras can create high-contrast images even in the darkest of nights. This makes them excellent tools for a wide variety of applications such as security and surveillance, maritime, automotive and many others.

Most thermal imaging cameras are used in an outdoor environment, so the first thing they need to resist are elements like water, wind and the sun. While it might be expected that rain and wind can damage a poorly designed or poorly assembled camera, the sun is also capable of damaging the camera's sensitive thermal detector. FLIR’s thermal imaging cameras are built to resist the damage caused by the sun. A breakdown of the technology used and an explanation of the methods applied by the company is explained further:

Thermal imaging cameras and the sun:
If the camera is installed on a pan/ tilt, the operator can be distracted and turn the camera in a direction so that it points directly at the sun. The chances of this happening are higher if the sun is just above the horizon. Although thermal imaging cameras are mostly used during the night, many users rely on thermal imaging cameras during daytime as well. Thermal contrast is extremely difficult to mask, so people hiding in shadows or bushes will immediately be seen in a thermal image. Thermal imaging cameras are not blinded by glare from the sun, however if the camera is not switched on during daylight, the lens might be looking directly at the sun which can "fry" the detector.

FLIR’s uncooled Vanadium Oxide microbolometer detector technology is immune to permanent damage when directly viewing the sun in normal video applications (i.e. the sun moves through the field of view of a fixed camera viewing the horizon). However, because of the extremely high amount of thermal energy radiated by the sun, some temporary effects can be observed when the sun is in the field of view of the thermal imaging camera.

Protection mechanisms:
FLIR explain that their thermal imaging cameras incorporate several protection mechanisms that make them immune to permanent solar damage while also minimizing any temporary effects. The FLIR Vanadium Oxide (VOx) uncooled arrays are housed right behind a shortpass filter that blocks wavelengths shorter than seven micrometers. This helps to mitigate the effect from solar radiation because as you increase the wavelength you are looking at, the energy radiated from the sun (temperature approximately 6,000K) decreases.

FLIR Systems uncooled VOx microbolometer detectors operate in the longwave infrared spectrum from 7.5-13.5 micrometers. The sun radiates the most energy at about 500 nanometers (the color green in the visible light spectrum), but there is still plenty of energy once the longer wavelength infrared spectrum is reached. Hence, cutting off the lower wavelengths decreases the energy allowed to the detector. There is also an anti-reflective coating on the detector surface that limits the energy absorbed from wavelengths outside the 7.5-13.5 micrometer range.

Visible light spectrum

Another technique used to lessen the effects from the sun is found in the electronics of the detector. The bolometer contains an array of capacitors that change resistance when they absorb thermal energy. If a capacitor is ever overloaded with too much energy, it will eventually break down. Through electronic processes inside, the energy from normal sun exposure is dispersed and does not permanently damage the capacitors, which could result in bad pixels in the imaging array.

Temporary effects:
While FLIR has taken steps to lessen the effects of the sun on its uncooled cameras, visible, temporary effects may be observed when a camera images the sun. A ’ghost’ image of the sun is the most pronounced effect seen after prolonged exposure at the sun.

The pixels that view the sun absorb higher levels of energy such that there is still a ghost image after the sun has moved. This is normal, temporary behavior. The length of time the ghost remains is dependent on the focal length of the lens, the length of exposure, and the number of Flat Field Calibrations (FFCs) that occur after exposure. The FFC utilizes a shutter to recalibrate and re-zero the pixels approximately every 10 minutes. For a stationary camera where the sun moves across the camera’s image, the duration of the observable ghost image is generally only a few minutes, with decreasing in intensity over time and FFCs.

FLIR Systems SR-50 thermal imaging camera looking directly at the sun (1). While the sun is moving a ghost images is created (2 and 3). After a Flat Field Calibration, which is automatically done by the camera, the ghost image has disappeared (4)

Solar immunity:

FLIR Systems has designed its uncooled VOx microbolometer technology for solar immunity. The company say their cameras will not be damaged by direct imaging of the sun, for example, when the sun moves through the field of view of a fixed camera pointed at the horizon. Temporary image artifacts or ghosts may be evident, but they will disappear during normal operation without operator intervention. Vanadium Oxide is just one material that is used for manufacturing these detectors. Other materials are Amorphous Silicon (α-Si) and Barium Strontium Titanate (BST).

Liggie Pelekani

FLIR Systems overall winner of the DAME Award 2009

2009-11-18T00:29:00.001+08:00

The Overall Winner of the DAME Award 2009 is FLIR Systems for the M-626L Series Thermal Night Vision System. This system incorporates a micro-lux, low-light camera for improved visibility during twilight hours and a 26-degree field of view - an improvement of 25% over previous cameras.

The judges were impressed by the unit's sleek design, Ethernet capability, and ease of installation by any OEM. The unit is operated with a remote joystick from anywhere on the superyacht. While the cost is relatively high, the Jury felt that the unit provides user satisfaction beyond anything currently on the market. Even in total darkness the captain of a superyacht can see channel markers, other boats, people in the water, and the shore line from greater distances than ever before.

FLIR Systems and Trijicon announces ThermoSight ATWS completes qualification

2009-11-13T01:07:00.000+08:00

Thursday, Nov 12, 2009

FLIR Systems, Inc. announced that its ThermoSight Advanced Thermal Weapon SightTM (ATWS) has finished qualification and is now transitioning into production.

Qualification testing included boresight retention after live-fire shock testing to more than 5000 rounds for an M4 rifle and M855 rounds, as well as mil-spec temperature and vibration testing and submersion in seawater to a depth of 66 feet for two hours. Live-fire testing at several ranges demonstrates the ATWS is accurate to within one minute of angle when used in conjunction with FLIR marketing and distribution partner Trijicon's Advanced Combat Optical GunsightTM (ACOG).

Initial prototype and demonstration units manufactured by FLIR in its Portland, Oregon facility are being delivered to Trijicon this month, while low-rate initial production units will be shipped by the end of the year.

"The successful completion of qualification testing for the ThermoSight ATWS demonstrates the unprecedented accuracy and robustness of this vital component," said Bill Sundermeier, President of FLIR Systems government systems division. We look forward to working closely with our partner Trijicon to deliver this new product to U.S. and allied armed forces to meet urgent operational needs.

The ThermoSight ATWS was developed by leveraging FLIR's expertise in infrared imaging systems and sighting sensors and Trijicon's expertise in weapon sights, and is the only commercially available military qualified system with demonstrated high resolution performance. It is specifically designed to integrate with Trijicon's popular ACOG, which is used by military and law enforcement units around the world. Also designed for use with the M16 family, the ACOG is in widespread use throughout the U.S. Army, Marine Corps and Special Operations Command. The ATWS utilizes FLIR's 640x480 uncooled vanadium oxide infrared microbolometers, and was commercially developed to military specifications.