Thermal Imaging

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.

FLIR to Deliver 100,000th Infrared Camera in Tucson, AZ

2009-11-06T19:14:00.000+08:00

Milestone thermal imager sold by Professional Equipment, given to Bob Childs, Home Inspector

Tucson, AZ (Vocus/PRWEB ) November 5, 2009 -- FLIR Systems (NASDAQ: FLIR) announces the delivery of its 100,000th commercial-use infrared camera. The FLIR thermal imager was sold by Professional Equipment, a distributor of FLIR infrared cameras, to Bob Childs, owner of Bob the Inspector, Inc. in nearby Green Valley, AZ.

To commemorate the milestone, Mr. Childs and Professional Equipment will be honored at an awards ceremony and press conference held on Thursday, November 5, 2009 at 12 noon in the Courtyard Royale hall at the Radisson Suites Hotel, 7051 S. Tucson Blvd., Tucson, AZ. In addition to receiving the 100,000th infrared camera award, Mr. Childs will also receive his FLIR BCAM SD infrared camera compliments of FLIR Systems ($3,450 value).

Tom Scanlon, Vice President for Americas Thermography, spoke about the upcoming event: “It is fitting that our one-hundred-thousandth infrared camera goes to Bob Childs, a home inspection professional. As our country and our world continue to strive to go green, home inspectors and energy auditors are at the forefront of that monumental effort, evaluating our homes and buildings to ensure they are sound and energy efficient. We are thrilled to celebrate this milestone with our valued distributor, Professional Equipment and with Mr. Childs here in Arizona.”

Scanlon added, “This remarkable achievement is a reflection of FLIR’s success in its efforts to make infrared technology increasingly available and affordable. While FLIR’s earliest thermal imagers cost $50,000, today’s professionals can access FLIR technology for a fraction of that, with cameras now starting at under $2,000.”

Lisa Sympson, Specialty Brands Senior Manager, at Professional Equipment commented, “Professional Equipment is proud to partner in recognizing this significant milestone in FLIR’s history. This recognition is a testament to the increasingly critical role thermal imaging is playing across industries worldwide.“

In addition to serving as a key tool in home inspection and building diagnostics, FLIR’s commercial infrared cameras (excludes defense and surveillance markets) have been used around the world by professionals in a variety of applications ranging from law enforcement, industrial plant maintenance, electrical and HVAC diagnostics, as well as research and development.

FLIR Systems acquires OmniTech Partners

2009-10-22T00:39:00.000+08:00

OmniTech Partners Inc. of Freeport has been acquired by FLIR Systems Inc. for $42 million, the companies announced Wednesday.

OmniTech makes image intensified and fused image intensified/thermal imagers, and Portland, Ore.-based FLIR makes thermal imaging and infrared camera systems, so the companies have common products.

News Leak

2009-10-08T15:09:00.002+08:00

FLIR Systems (Bozeman) will receive funding to develop a thermal camera that can identify targets and threats more than three miles away. The camera can be hand-held or mounted on a military vehicle, giving troops inside a vehicle much greater awareness about potential threats. (US$5 million)

U.S. Marine Corps UH-1N Helicopter Navigation Thermal Imaging Systems (NTIS) – FLIR Systems, Inc. -$19,500,000 - Wilsonville Funds will be used to upgrade a program to improve the capability of the Navigation Thermal Imaging Systems (NTIS) for the fleet of helicopters used by the U.S. Marine Corps.

Shipboard Protection System – FLIR Systems, Inc. - $10,900,000 - Wilsonville
Funds will be used to support a program to deliver an integrated suite of thermal imaging equipment designed to increase the surveillance capability and safety of combat personnel.

FLIR, Sofradir will collaborate on dual-band military camera

2009-10-06T14:04:00.000+08:00

FLIR Systems Inc., a global leader in thermal imaging, infrared (IR) cameras and night vision systems and Sofradir, a leader in advanced infrared detectors for military, aerospace and commercial applications, on October 5 announced that FLIR Systems will be collaborating with Sofradir on state-of-the-art third-generation dual-band detectors and camera cores to create thermal cameras with enhanced capabilities for military and commercial applications.

Sofradir brings its industry-leading detector technology and mass production capacities, while FLIR will design cameras and insert them into both U.S. and international developed systems.

"FLIR Systems and Sofradir share a common goal to supply the global sensor market with leading-edge technology," said Bill Sundermeier, president, FLIR Systems Government Systems division. "This relationship reinforces the confidence that our customers have in our increased technological capabilities."

"We are pleased to be working side-by-side with FLIR, whose reputation for product quality is recognized worldwide," said Philippe Bensussan, chairman and CEO at Sofradir. "Together we'll be offering the best dual-band product on the market."

This collaboration comes at a point when dual-band detectors are just beginning to become available after a long period of materials development in several countries. The applications include not only military and security imaging systems, but also thermographic and scientific cameras. This is because they provide the possibility of precise non-contact temperature measurement with automatic compensation for unknown material emissivity.

Sofradir's IR detectors are integrated into thousands of military-grade systems deployed to detect, observe, and identify objects at great distances, day and night, through fog, smoke and dust. Sofradir has introduced numerous "firsts" to the IR camera and optronics systems sector, and several of its IR detectors have set new industry standards in performance. Those qualities will be captured in the new dual-band IR detector.

The dual-band thermal camera will operate in the midwave and longwave bandwidths, allowing users to switch spectral bands depending on the particular object to be identified or surveyed. The longwave bandwidth can optimize detection at cooler temperatures, and be beneficial on a battlefield, in the presence of dust, smoke or fog. The midwave bandwidth will enhance performance in high temperature and high humidity. The cameras will also provide for efficient image fusion between the two bands, as the images will be naturally registered.

FLIR, Sofradir Discuss Technology Deal

2009-10-02T23:09:00.001+08:00

Paris - FLIR Systems of the United States and Sofradir of France are in talks on a deal aimed at putting technology from the French infrared specialist into the American company's third-generation dual-band IR cameras, aimed at the global military and commercial market, company executives said.

Under the proposed deal, Sofradir would make and supply core parts and components which FLIR would integrate into its cameras and sell in the United States and worldwide, the executives said.

FLIR is looking to gain access to Sofradir's IR detectors, which work simultaneously in medium and long wave, giving users a greater ability to detect the material of the target - whether a plywood mock-up or a real tank - and to switch between bandwidths as local conditions demand. The new cameras would be able to fuse images based on the two bandwidths.

A dual-band capability at an affordable cost is seen as the Holy Grail of the IR detection industry.

Sofradir is jointly owned by Thales and Safran. FLIR bought the French IR specialist Cedip in 2007, a deal which drew attention in defense circles because of the sensitive technology concerned.

FLIR Introduces Revolutionary First Mate Handheld Maritime Thermal Imager

2009-09-28T23:22:00.001+08:00

Portland, OR – FLIR Systems (NASDAQ: FLIR) announced the launch of its new First Mate line of hand-held maritime thermal night vision cameras. The perfect nighttime navigation aid for use on any recreational powerboat or sailboat, the First Mate is also a valuable tool for finding people in the water, providing higher image resolution than other hand-held thermal cameras at a fraction of the cost.

First Mate maritime thermal cameras give users the power to see navigation hazards like channel markers, land, other boats and people in the water more clearly – and from farther away – than ever before, even in total darkness.

Built to survive the most demanding environmental conditions, the First Mate is fully submersible, runs for over five hours on a single battery charge, and has more than 120 hours of standby battery life. Because the First Mate isn’t bolted to your boat, you can take it with you anywhere.

Unlike image intensified night vision binoculars and scopes, thermal night vision cameras from FLIR make pictures from heat, not light, so thermal night vision cameras like the First Mate can see clearly without any light at all. With more maritime thermal cameras at sea around the globe than every other manufacturer combined, FLIR is the world’s most trusted name in thermal imaging. First Mate uses the same core thermal night vision technology as FLIR’s industry-leading Navigator II, Voyager II and M-Series

“Thermal imaging has become an indispensable tool for maritime navigation and safety,” said Lou Rota, Vice President of Maritime Business Development at FLIR Systems. “Our new First Mate camera combines our industry-leading thermal cameras with our tested military technology to deliver the ultimate hand-held imager for recreational and commercial marine markets.”

FLIR releases line of network ready thermal imaging cameras

2009-09-22T00:03:00.001+08:00

New camera series are fully network enabled and offer a variety of configuration options

FLIR's new D-Series thermal imaging camera.

FLIR's F-Series camera.

The PT-Series.

Portland, OR – September 8, 2009 – FLIR Systems, Inc. – the world’s leading manufacturer of thermal security cameras – announced the release of a new suite of fixed, pan/tilt, and dome cameras to their popular line of industry-leading thermal security products.

The new F-Series, PT-Series, and D-Series of thermal security cameras are all fully network enabled and offer a variety of configuration options, including flexible daylight/lowlight cameras for new levels of multi-sensor performance and high-resolution 640 × 480 thermal imagers that provide four-times the image clarity and longer threat detection range performance than standard resolution cameras.

FLIR’s new F-, PT-, and D-Series thermal security cameras deliver true 24/7 video security coverage over IP networks, and include a built-in web interface that enables comprehensive system setup and configuration capability.

All F-, PT-, and D-Series thermal security cameras are designed for simple installation and integration. Based on open IP network standards these thermal cameras are available with dual channels of streaming digital video in H.264, MPEG-4, or MJPEG formats, allowing users to mix and match formats to meet various viewing and recording requirements.

“FLIR is proud to continue supporting the security industry with three new lines of thermal security cameras,” said Earl Lewis, CEO of FLIR Systems.

“The D-Series is particularly exciting,” continued Lewis. “It is the industry’s first line of cameras to package high-quality thermal security cameras and daylight/lowlight cameras together in a robust, network-enabled dome configuration.”

Trijicon, Inc. New Advanced Combat Thermal Sight (ACTS)

2009-09-15T00:51:00.001+08:00

Combines High-Definition Thermal Sight Technology, Versatility of Arms-Mounting or Handheld Use, Up to 4X Magnification for Long-Range Operations

Complete darkness, smoke, fog, dust and other visual obscurants are no longer an ally for the enemy, thanks to the latest thermal sighting innovation from Trijicon, Inc. The company’s new Trijicon Advanced Combat Thermal Sight (ACTS) is the world’s first system providing soldiers with high-definition uncooled thermal sighting with up to 4X magnification for long-distance nighttime operations.

The Trijicon ACTS is designed to easily clip on small arms and interface with the battlefield proven Trijicon ACOG (Advanced Combat Optical Gunsight), delivering rapid and precise target acquisition under the most challenging conditions. This versatile sight can also be used as a hand-held thermal imaging device for scouting, surveillance or covert operations. Developed in partnership with FLIR Systems, Inc., a world leader in the design, manufacture and marketing of thermal imaging and stabilized camera systems, the Trijicon ACTS uses a 320X240 VOx uncooled microblometer camera to provide crisp imagery through total darkness. Because it uses thermal imaging technology, the wide range of visual acuity issues common to the battlefield does not compromise this advanced sighting system.

The versatile Trijicon ACTS mounts forward of the Trijicon ACOG, presenting the solider with the same field of view, keeping reticles calibrated and maintaining boresight. Engineered to enhance combat readiness as well as performance, the Trijicon ACTS can be quickly mounted and dismounted without removing the Trijicon ACOG optic. The Trijicon ACTS can also provide gunners with 1X, 2X (digital and 200m) and 4X (digital and 200m) magnification, overcoming distance as well as darkness. Silent operation (inaudible beyond one meter) and a unique rubber shroud that prevents illumination of the operator from the viewfinder make this a stealthy tool, as well as highly effective one.

The Trijicon ACTS is small and lightweight, measuring just 5.3" long X 3.5" wide X 4.0" high and weighing only 22 ounces (including batteries, lens covers and rail mount). This makes the Trijicon ACTS highly portable and reduces operator fatigue during extended use. It has been designed for simple operation in the field, with large, single button controls for basic image adjustments. No special batteries are required as the Trijicon ACTS provides seven hours of continuous use on three regular CR123 Lithium batteries.

While it may be compact and lightweight, the Trijicon ACTS is extremely durable. It carries an IP67 waterproof rating (up to two hours in 66 feet of seawater) and can operate in temperatures ranging from –40 to +131 degrees Fahrenheit.

The Trijicon ACTS is the second innovative thermal sighting system developed with FLIR, following the company’s groundbreaking Trijicon Advanced Thermal Weapons Sight (ATWS) “The Trijicon ACTS thermal sight is the next logical extension of the product line developed jointly by Trijicon and FLIR. The Trijicon ACTS, when mated to the Trijicon ACOG, provides the user with a lightweight, extended distance thermal solution,” says Tom Munson, Director of Sales and Marketing for Trijicon. “Trijicon and FLIR share a vision for a family of thermal weapon sights to meet the varied needs of the armed forces. There is likely coming a day when every soldier or marine with a weapon will have thermal capability. The introduction of the Trijicon ACTS is the next step in making this possible — and we look forward to continuing our cooperation with FLIR to provide this level of ongoing innovation.”

New FLIR sensors do more with less

2009-08-12T00:24:00.000+08:00

FLIR Systems today will unveil three new products aimed at making its increasingly broad range of gimbaled sensors ever smaller and ever more capable.

On display at its booth is the all-new Cobalt 90, a 3.5in, 1.5lb, gimbaled turret including a stabilized, electro-optical camera; uncooled infrared sensor and laser pointer, says product manager Eric Balch.

By offering three payloads in the same package, the Cobalt 90 should allow military operators for micro unmanned air vehicles to avoid a difficult decision. Previous sensors in this size class included only one payload, forcing operators to choose either a daylight or infrared camera for each mission, Balch says.

The first prototypes of the Cobalt 90 are scheduled for delivery next month, he adds.

Secondly, FLIR will also show the seven-payload Cobalt 190 turret, a 17lb, 7.5in sensor for small UAVs. Compared with the previous Cobalt 195, the Cobalt 190 features more payloads, including four improved cameras, laser rangefinder, laser designator and laser pointer, Balch says.

"The [original equipment manufacturers] are very, very interested in this type of sensor," says Tom Milligan, vice-president of business development. "It allows them to do a lot in a very small package."

The FLIR exhibit also includes the updated Talon LD sensor, which packages the previously three-payload Talon with four additional systems. A key improvement for the 9in-diameter gimbaled turret is the ability to designate targets with a laser, Balch says.

The Talon LD reuses the same designator already packaged in FLIR's Britestar-2 system.

Transcat, Inc. Partners with FLIR in the Test & Measurement Market

2009-07-24T14:09:00.001+08:00

Partnership expands Transcat's product offering

ROCHESTER, N.Y.--(BUSINESS WIRE)-- Transcat, Inc. (Nasdaq: TRNS), a leading global distributor of professional grade test, measurement and calibration instruments and accredited provider of calibration, parts inspection, production model engineering and repair services, has partnered with FLIR Systems, Inc (Nasdaq: FLIR), the global leader in the design and manufacture of thermal imaging infrared cameras. This partnership expands Transcat's product offering to include FLIR's handheld infrared cameras and thermal imagers and reinforces Transcat's reputation for being a leading distributor of the finest test and measurement brands.

With a strong presence in the pharmaceutical and FDA-regulated, industrial manufacturing, energy and utilities and chemical processing industries, Transcat will market and distribute FLIR's infrared cameras and thermal imagers to its approximate 17,000 US and Canadian customers to expand both companies' market share and value offering. Charles P. Hadeed, President, CEO and COO of Transcat commented, "Transcat is excited to launch this new partnership. FLIR has long been the leader in infrared technology and we are pleased to be a major part of aggressively growing the market for FLIR's handheld industrial cameras."

FLIR pioneered the use of infrared cameras for industrial application over 50 years ago and has developed a broad portfolio of thermographic cameras that will now be available to the Transcat target audience. "FLIR and Transcat are both industry leaders, and we believe the combination of our popular camera line and the Transcat customer base will drive revenue and market share increases for both companies," said Tom Scanlon, FLIR's Vice President for Americas Thermography. "Transcat is joining FLIR at an exciting time in the life of our distribution program. Transcat is well known for supplying premier hand held instruments and FLIR is the world leader in infrared cameras with a new broad line-up of cameras designed for sale through distribution. We are excited about this partnership and are looking forward to growing business together with Transcat."

FLIR Systems, Inc. is named as the sensor suite supplier for the SkyEye 350

2009-07-14T00:22:00.002+08:00

SCOTTTSDALE, AZ, WILSONVILLE, OR and GREENVILLE, SC. Aerial Surveillance Systems, Inc (ASSI) announced today the selection of Stevens Aviation, Inc as its Maintenance Repair Organization (MRO) to install, modify, certify and integrate its SkyEye 350 Hawker Beechcraft King Air 350-based Aerial Surveillance Platform Project. Stevens Aviation will be responsible for all aspects of the Project including the installation of the Special Missions Cargo Pod, all avionics upgrades and the installation of the FLIR Systems, Inc. - Star SAFIRE HD - true High Definition Sensor suite or the BRITE Star II - the most powerful multi-sensor laser targeting imager in its class, as well as the installation and integration of all other mission control hardware and modifications, including a highly customized Rosen Aviation, Inc Video Display System and General Atomics Aeronautical Systems, Inc. CLAW mission control software with moving map and full mission planning capabilities.

Stevens Aviation is well suited as our MRO Partner because of their extensive repair and upgrade work on the entire King Air line of corporate aircraft, as well as their ongoing depot level overhaul, maintenance and modification work for the United States Military´s C-12´s (King Airs) and other US Government Agency aircraft.
"After looking at all of the available MRO´s in the United States, it was determined that Stevens Aviation brought the most comprehensive and capable expertise and experience to our Project and are best suited to the timely and successful launch of the SkyEye 350 Aerial Surveillance Platform - the most capable, low cost, multi-role, special missions Aerial Surveillance Platform in the world" said Michael D. Long, Director of International Sales for ASSI. "We expect that their customer focus and commitment to excellence will help us make the SkyEye 350 the most successful Aerial Surveillance Platform in the world and take the program to the next level."

For 60 years, Stevens Aviation has been committed to making its customers successful. Stevens provides factory authorized services for Hawker Beechcraft, Bombardier, and Embraer aircraft and FAR145 authorized services on Citations, Piaggio P.180 and other civilian aircraft. Stevens also supports the US Department of Defense on a number of significant depot maintenance, modification andupgrade programs. Stevens is a diversified aircraft service provider offering expertise in the areas of: aircraft maintenance, modification and refurbishment, aircraft sales, aircraft management, flight services, and fixed base operations. Headquartered in Greenville, SC, Stevens operates facilities in Denver CO (BJC), Nashville TN (BNA), Dayton OH (DAY), Greenville SC (GYH) and Greer SC (GSP).

FLIR Systems, Inc. is the global leader in Infrared cameras, night vision and thermal imaging
systems. Their products play pivotal roles in a wide range of industrial, commercial and government activities in more than 75 countries. Pioneers in the commercial infrared camera industry, the Company has been supplying thermography and night vision equipment to science, industry, law enforcement and the military for over 30 years.

The Star SAFIRE® HD is the only EO/IR sensor in its class to provide full digital high-definition
video from all of its imaging sensors – with output video that meets US DoD and NATO specifications for HD acquisition. Star SAFIRE® HD features megapixel thermal, daylight, and low-light cameras with high magnification optics; laser payloads; and a fully-integrated IMU to precisely locate targets. It is a true digital system, not a hybrid analog/digital system.

Aerial Surveillance Systems, Inc. is a Scottsdale, Arizona based responsive, focused and customer oriented company which expertly, rapidly and reliably handles all facets of Airborne I.S.R. and Aerial Surveillance and Reconnaissance Project Development and Completion. They specialize in low-cost COTS projects.

The installed specially modified Electro-Optical/Infrared (EO/IR) sensor package captures stabilized; high-magnification images allowing the SkyEye 350 to provide a range of low-medium-high-altitude tactical missions, long-range covert surveillance missions, and handle a variety of multi-role applications where images can be transmitted in real-time to fixed and mobile receiver locations for immediate interpretation. FLIR Systems, Inc.´s Star Safire line of Electro-optical and Infrared (EO/IR), laser, surveillance and targeting systems provide unparalleled image stability and long-range detection capability to Defense/Military, Homeland Security and Airborne Law Enforcement agencies worldwide.

ASSI manufactures the SkyEye 350, a unique, highly capable airborne Multi-Role, Multi-Sensor,
Special Missions Aerial Surveillance and Reconnaissance Platform (MR/SM-ASP) which has been configured utilizing a low-time, completely refurbished, pre-owned Hawker Beechcraft Corporation (HBC) King Air Model 350 turboprop aircraft with many value added features. All at a cost-point well below any other available Aerial Surveillance Platform.

Flir Introduces Revolutionary H-Series Hand-held Law Enforcement Thermal Imager

2009-07-11T15:39:00.000+08:00

Low-cost thermal imaging camera is the ultimate tool for nighttime police work

Portland, OR – FLIR Systems (NASDAQ: FLIR) announced the launch of its new H-Series line of hand-held law enforcement thermal imaging cameras. Purpose built for law enforcement, it features four times the resolution of other systems, and several powerful new tactical features.

H-Series thermal cameras let users see things other technologies miss. Suspects can’t hide their heat, so operators can see them clearly in total darkness, and through smoke and dust. And agencies can afford to equip every officer with the overpowering tactical advantages that H-Series thermal cameras provide compared to legacy night vision devices, making nighttime operations safer and more effective than ever before.

Available with several industry-defining features including onboard video storage with real-time clock, wireless streaming video transmission, over six hours of operation on a single charge, and more than 120 hours of standby battery life. An optional lens extender allows you to see a man from over 2800’ away.

With more law enforcement thermal cameras deployed around the globe than every other manufacturer combined, FLIR is the world’s most trusted name in thermal imaging.

“FLIR revolutionized airborne law enforcement operations 30 years ago, and we are bringing the same capability to the officers on the ground,” says Earl Lewis, CEO of FLIR Systems. “Now, every agency can afford this life saving technology; this is a very exciting time for us.”

Darim Vision-FLIR Systems Imaging Solution Brings Portable Wireless Video Surveillance and Thermal Imaging to Visibility-Constrained Environments

2009-06-24T14:55:00.000+08:00

PLEASANTON, Calif. - (BUSINESS WIRE) - Low-visibility scenarios like smoke-filled buildings, winter storms, or the dark of night will no longer present obstacles for surveillance or monitoring, thanks to a unique new technology solution that combines Darim Vision's PVE400 wireless video encoder with FLIR Systems' miniature, rugged PathFindIR thermal camera.

Already proven in a variety of visibility-constrained situations, Darim's PVE400 is a rugged, wearable, wireless video encoder/streamer that holds its own in virtually any environment. Its water-resistant and rugged aluminum enclosure is equipped with auto-lock/quick-release connectors and a field-replaceable lithium-ion battery specifically designed to meet the needs of harsh environments and critical/emergency response teams.

FLIR's PathFindIR is a low-cost uncooled thermal imaging camera that lets users see clearly in total darkness, and through smoke, dust, and light fog. Designed to help drivers see better in automotive, mining, and maritime applications, as well as in emergency response vehicles and UGVs, PathFindIR is a complete camera system with a hermetically sealed, IP67-rated, enclosure, heated optic, 12VDC power input, and small form factor.

"We designed the PVE400 to provide portable black-box-type archiving along with wireless/IP transmission of MPEG4 video, G.711 audio, and GPS tracking capabilities with continuous operation time up to five hours. Now, combined with FLIR's compact and rugged PathFinderIR thermal camera, we're able to provide unique viewing and tracking capabilities in critically adverse situations," comments Darim Vision Director of Marketing Aaron Taylor. "Imagine how powerful a command and control center's situational awareness could be with the ability to view multiple PVE400s from a single PC in real-time!"

In addition to firefighting, SWAT, military and other maneuverable surveillance applications, the PVE400 and FLIR's thermal imaging camera are a perfect combination for mobile video black-box-type archiving and monitoring. While real-time viewing is always possible in the presence of a network, a well-documented video and GPS archive in a rugged and secure black box can prove invaluable in mobile applications, for automotive and fleet operators, for example. Full integration with Google Earth, real-time tracking, and video monitoring further enhance the usability of the PVE400.

FLIR Systems Announces Introduction of Second Generation GF-Series Infrared Cameras

2009-06-23T18:47:00.000+08:00

Systems Image Greenhouse Gases, Reduce Product Loss Costs, and Improve Worker Safety

PORTLAND, OR, Jun 22, 2009 (MARKETWIRE via COMTEX News Network) -- FLIR Systems, Inc. (NASDAQ: FLIR) today announced the launch of its second generation line of GF-Series infrared cameras, previously known as GasFindIR(TM). The line includes two innovative IR cameras designed to reduce product and revenue loss associated with industrial gas leaks, and improve worker safety in areas where leaking gas can cause fire and explosion. The new GF320 detects all types of greenhouse gas emissions, and the new GF309 "sees clearly through flames," making it ideal for high temperature, industrial furnace inspections.

The GF320 is specifically engineered to image volatile organic compounds (VOCs) including methane, sulfur hexafluoride, carbon monoxide and many other gases. The GF320's high resolution thermal and visible output allows operators to rapidly scan large, hard-to-reach, or dangerous areas from a safe distance. Its new and improved "High Sensitivity Mode" (HSM) and noise reduction filter provide a powerful new tool for workers to detect and trace even small quantities of gas leaks to their source, a difficult task using the current "sniffer" technology.

The GF309 is engineered for high temperature furnace applications. The GF309's "flame filter" helps workers detect a wide range of common and recurring problems with industrial furnaces, including the presence of coking, scaling or ash build-up.

Both cameras feature the ability to capture high resolution thermal and visible images and thermal video for in-the-field playback, later analysis and documentation. Embedded GPS provides the exact coordinates to track facility non-compliance with environmental regulations, or to mimic the set-up of portable monitors stationed around the plant. Additional features include embedded temperature measurement data, a flip-out full-color LCD, and a high resolution tiltable viewfinder.

"We are delighted to be introducing our second generation infrared cameras for gas detection and flame filtering," commented Earl Lewis, President and CEO of FLIR Systems, Inc. "These new cameras offer important benefits for saving energy, reducing greenhouse gasses and improving worker safety."

To see an extensive assortment of gas leak videos across numerous industries along with dozens of technical papers and product downloads, go to www.goinfrared.com/see.

No. 1 in NW100 | Flir Systems is first three-time winner with thriving infrared-camera business

2009-06-14T15:34:00.000+08:00

Wilsonville, Ore.-based Flir Systems, maker of infrared cameras, tops this year's Northwest 100 as the first three-time winner.

By Drew DeSilver
Seattle Times business reporter

This image was made using a Flir Systems thermal camera. The different shades represent different temperature. The image was made by Marcus Chavez of Flir Systems.

Founded: 1978

Headquarters: Wilsonville, Ore.

Major operations: California, Florida, Massachusetts, Montana, Oregon; Estonia, France, Sweden, United Kingdom

CEO: Earl Lewis

Employees: 1,943

Major products/services: Military-targeting systems, security cameras, rifle scopes, equipment monitors, home-inspection devices, night-vision systems for cars.

Special sauce: If there's a potential use for infrared imaging, Flir plans to exploit it sooner or later. Out on the horizon: medical scanners for use in everything from breast cancer to dermatology.

It can be hard to see your way to profitability during a deep recession. But Wilsonville, Ore.-based Flir Systems, which tops this year's Northwest 100 as the first three-time winner, has a not-so-secret weapon for visualizing opportunities: infrared cameras.

Flir, which led the Northwest 100 in 2002 and 2003, finds profit in the part of the electromagnetic spectrum beyond visible light. Infrared cameras and other imaging systems can detect minute temperature differences and turn them into pictures, without relying on an external light source; that makes them useful for everything from targeting Taliban fighters in Afghanistan to detecting gas leaks.

Historically, infrared equipment was quite expensive, and the U.S. military was Flir's major customer. But the company has spent the past several years developing more and more applications for its core technology at lower and lower price points.

"We really believe that if we can just keep driving the price down, down, down, the number of opportunities will go up," said Earl Lewis, Flir's chief executive.

One such opportunity: the auto market. BMW offers a night-vision camera that uses Flir technology as an option. With the dashboard-mounted screen, drivers can "see" three times farther ahead than with conventional headlights; the latest version flashes a warning when it recognizes a pedestrian.

"Eventually, every car will have some kind of infrared detector," Lewis said, comparing it to now-ubiquitous GPS devices.

Not that Lewis expects to make pots of money from the car market. "There's not a lot of margin in supplying the automotive industry -- never was," he said. "But if we can be making 30,000 detectors for the car market, we can make a lot more to use in these other applications, and drive the cost down."

That continuous broadening of the market for infrared technology has helped Flir more than double its annual sales since 2004, to $1.08 billion last year; net profit over that time has nearly tripled, to $203.7 million.

The company's strong performance has continued into the first quarter of 2009.

The recession has cut into demand for its thermographic equipment-monitoring products, but quarterly revenue was up 14.8 percent year-over-year, and profit rose 48.6 percent.

Despite the broadening of Flir's product base, the company still relies on government for more than half its sales, about the same proportion as in 2004; that makes it vulnerable to shifts in budget policy (though Flir expects some benefit from the stimulus package). It faces competition in most of its target markets, including from Everett-based Fluke.

And though Lewis concedes the company risks spreading itself too thin, he said the upside of bringing infrared to the masses is too great to pass up.

"If we can aggregate the (research and development) costs over a big base of different applications, we can push the costs down and in any of these markets we can be the low-cost supplier," he said. "And it will be very difficult for anyone to attack Flir."

FLIR Systems Announces Acquisition of Salvador Imaging, Inc

2009-06-12T13:22:00.001+08:00

PORTLAND, OR, Jun 11, 2009 (MARKETWIRE via COMTEX News Network) -- FLIR Systems, Inc. (NASDAQ: FLIR) announced today that it has acquired the stock of Salvador Imaging, Inc., a leading provider of high-performance visible and low light imaging systems, for $13 million cash.

Salvador Imaging, based in Colorado Springs, Colorado, has earned a world-wide reputation for supplying innovative low light cameras for many applications. The acquisition of Salvador will enhance and differentiate FLIR's multi-sensor systems for military customers and expand its security and surveillance product offerings to commercial customers. Salvador's 12 and 14-bit modular camera designs utilize charge-coupled device (CCD) and electron-multiplying charge-coupled device (EMCCD) sensors, at speeds in excess of 100 million frames per second. In addition to operating at high speeds and with low light, these EMCCD cameras provide color and monochrome images.

"The acquisition of Salvador Imaging expands FLIR's capabilities into a market closely related to our core infrared business. Salvador's technology can be integrated into many of our multi-sensor systems for government applications, and has significant potential for standalone applications," commented Earl Lewis, President and CEO of FLIR. "We welcome Salvador's skilled and experienced team to FLIR."

Upon closing, Salvador Imaging has been re-named FLIR Advanced Imaging Systems, Inc. and will operate as a separate business unit within FLIR's Commercial Vision Systems division. FLIR anticipates this transaction will be neutral to 2009 net earnings and accretive thereafter.

The world’s highest resolution off-the-shelf hand-held infrared camera

2009-06-11T15:24:00.000+08:00

FLIR Systems says its flagship P660 hand-held infrared camera is the world’s highest resolution off-the-shelf unit creating quality IR images for professional thermographers.

New features in the FLIR P660 infrared camera include GPS, integrated image processing tool, and a remote control.
According to FLIR, the P660 infrared camera provides superior image quality, temperature measurement accuracy and better thermal image detail. It uses a 640 by 480 pixel detector with a thermal sensitivity of 45mK.

FLIR claims the specifications of the P660 can make the difference between seeing or not seeing a thermal anomaly, especially when looking at small or distant targets. The GPS feature means the P660 infrared camera is suited for maintenance in the utilities, energy, telecom, mining, facility management, logistics and other sectors that have to deal with inspection assets scattered over larger areas.

GPS data is automatically stored with the infrared imagery, adding location information to inspection reports, helping guide inspection and field repair teams to the correct sites.
The P660 also has a Contrast Optimizer algorithm that enhances details in contrast-rich infrared imagery. FLIR says this enables the user to view clearly both the scanned object and its surroundings.

An optional wireless remote control device steers all vital functions of the infrared and visual camera from a distance so that the user can work safely in places that are difficult to access.
FLIR says the P660 infrared camera has the Picture-in-Picture and Thermal Fusion functions which allows the user to overlay, pan and scale an infrared image on the visual image.

The FLIR P660 camera system includes a 3.2 megapixel visual camera, a 5.6 inch colour LCD, tiltable viewfinder and a 3 hour battery. It measures temperatures from -40oC to +500°C in its standard version with an optional measurement of up to +2000 °C.

FLIR Systems wins $7 million contract from Embraer

2009-06-09T23:45:00.001+08:00

PORTLAND, Ore., 9 June 2009. FLIR Systems Inc. won a $7 million contract from Embraer for the development and delivery of multiple units of its new NavFLIR airborne thermal imaging systems. The units delivered under this contact will be installed on Brazilian Air Force AMX swept-wing fighter jets.

The NavFLIR is a high-performance, fixed-mount, forward-looking infrared system, installed on the nose of the aircraft. The NavFLIR aids pilots by enhancing their ability to see terrain and other aircraft at long ranges, even in total darkness, light fog, dust, and smoke, says a company representative. The system can be modified for use on various platforms, including jets, helicopters, and ships.

Work on this contract will be performed at FLIR's facility in Wilsonville, Ore. Deliveries during the initial 17-month development phase are expected to be $0.9 million. The total duration of the program is expected to be approximately five years.

How to Buy: Night Vision

2009-06-02T13:55:00.001+08:00

Night vision devices provide officers with the ability to see, maneuver, and shoot at night or during periods of reduced visibility. This provides a tactical advantage over your adversaries (if they are without night vision) and in turn, helps keep you safe. In short, if you can see in the night, you own the night.

When searching for a night vision device, remember these important aspects in mind:

1. Purpose: Departments and officers should identify their individual needs before shopping for their night vision devices. All SWAT teams should have some night vision units available for use by team elements tasked with perimeter security and entry interventions. Also, the SWAT counter sniper should be outfitted with a detachable night vision scope on their weapon system to further enhance their capabilities. Limited night vision units should also be made available to patrol officers so they can effectively respond to active shooter incidents that may occur in low light conditions.

2. Funding: Though it might not seem like one, securing proper funding for the units is also a determining factor in what you buy. In some states, narcotic forfeiture funds can be used to purchase these items. Also, they may fall under certain grants for purchase.

The military has a program to lease night vision devices that have been refurbished and the cost is minimal – look online for more information.

3. Image Intensifying or Thermal: There are two types of night vision systems, image intensifiers and thermals. Image-Intensifying Devices are based upon light amplification and must have some light available. Image intensifiers can amplify the available light from 2,000 to 5,000 times. Thermal Forward-Looking Infrared detectors, work by sensing the temperature difference between an object and its environment. FLIR systems are often installed on police helicopters.

The main advantage of image intensifiers are SWAT cops can conduct SWAT operations without any active illumination sources using only image intensifiers. Also, night vision devices are small in size and light weight. These attributes have enabled image intensifier goggles for head-worn, individual officers’ applications. SWAT cops can own the night to conduct SWAT operations which makes the operation safer.

4. Durability: The situations where you’ll find yourself using night vision devices won’t be safe and smooth, and you should expect your goggles, etc. to experience some wear and tear. To ensure that your device can take a beating, start your search by looking for devices that meet military specifications, which is becoming more common as our military forces continue to engage our enemies overseas.

Do you have any other suggestions for officers purchasing and evaluating handguns? Please leave a comment below or email products@policeone.com with your feedback.

PoliceOne SWAT Columnist Glenn French of the Detroit Special Operations Group contributed to this report.

Post First seen in PoliceOne

News Leak!

2009-04-13T15:07:00.003+08:00

The New Uncooled Core Module.
See us at SPIE on April 14th, 2009 to find out about the Tau camera

FLIR Systems, Inc. (Wilsonville, Ore.) announces the release of Tau. The smallest, lightest, lowest-power uncooled longwave thermal camera core in its class, Tau delivers outstanding thermal imagery with its 25µ detector and proprietary Digital Detail Enhancement image processing algorithms.

The first uncooled thermal camera core to combine all of these attributes into one affordable, high-performance package, Tau is the perfect imaging core for handheld thermal cameras, unmanned vehicle vision systems, firefighting imagers, thermal weapon sights, and many other applications.

Tau is not just a single imager, but a family of cameras consisting of three camera configurations and seven available lens options, enabling Tau to meet the needs of this wide variety of applications.

Whether your application needs the high-performance Tau-P, the Tau-F made for demanding firefighting imagers, or the fully digital Tau-D, FLIR has a Tau camera for any OEM platform.

Tau also offers excellent integration flexibility through its powerful Tau GUI and SDK, allowing users to control a variety of camera functions, select an analog video format (NTSC/PAL), and configure a digital interface (8/14-bit serial LVDS, 8/14-bit parallel CMOS, or BT.656), for complete camera configuration.

FLIR Announces New Line of Airborne Inspection Systems

2009-03-05T22:15:00.000+08:00

Commercial/Industrial Systems Specialize in Power Line Inspection and Environmental Protection

PORTLAND, Ore., Mar 05, 2009 (BUSINESS WIRE) -- FLIR Systems, Inc. (NASDAQ:FLIR) announced the introduction of a new line of commercial/industrial airborne inspection systems: the Kelvin 275, Corona 350, and Ultra 8000e. For more information about these exciting products, visit FLIR's Aviation Products web page: http://www.flir.com/cvs/aviation/.

The Kelvin 275 is a stabilized multi-sensor airborne system used to detect and measure hot spots in power transmission lines from the air. It features FLIR's best-in-class 640x480 longwave thermographic camera, which delivers the exceptional sensitivity, resolution, and image quality needed for airborne predictive maintenance inspection applications.

The Corona 350 combines an ultraviolet camera, a color video camera, and a 320x240 longwave thermographic camera, creating a comprehensive utility imaging system that lets operators detect coronas, find and measure hot spots, and document easement encroachment, all with one system.

What makes the Corona 350 unique is its ability to overlay its ultraviolet and color TV video signals to create an image that allows operators to detect coronal discharges - areas of ionized air - that can damage insulators and other electrical components. The early detection of coronas by aerial inspection is a fast and efficient method of reducing maintenance costs.

The Ultra 8000e is a stabilized thermal imaging system designed for environmental protection, improved pipeline and processing plant safety, and economic loss prevention. The 8000e combines powerful continuous-zoom optics with FLIR's GasFindIR(TM) technology to allow operators to detect fugitive Alkane and Volatile Organic Compound (VOC) gases from the air.

Many industrial gases and volatile organic compounds are invisible to the naked eye, but with its specialized sensor, the 8000e displays many of these fugitive gases as black fumes. Because of its visible detection capability, the 8000e is not prone to false positives commonly experienced with "sniffer" detection systems.

"FLIR is the world's leading supplier of airborne thermal imaging systems and thermographic predictive maintenance cameras," said Earl Lewis, CEO of FLIR Systems. "Combining the two in this new commercial/industrial line is a perfect fit."