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  • FLIR Cameras for Advanced Radiometry

    Whether you want to study aerodynamic designs, characterize thermal signatures, or identify defects, you need reliable, high-definition thermal data to support your research. FLIR radiometric cameras enable you to optimize and calibrate your system to meet your unique research needs, and give you full control over your measurement process.

  • Aerothermal Research

    High speeds apply significant strain on the aerodynamic and thermal designs of vessels and components. FLIR’s advanced radiometric cameras enable researchers to capture data and test components and how they interact with airflows at high velocity.

  • Target Signature Research

    FLIR radiometric cameras enable you to custom calibrate and measure radiance in specific wavebands with more accuracy and certainty, so you can characterize and refine IR target signatures with the most defensible data.

  • Non-destructive Testing

    Teledyne FLIR’s advanced radiometric cameras can help detect internal defects in composites, the fuselage, rotor and turbine blades and other aerospace structures through targeted external excitation and the observation of thermal differences on a target's surface. Standard, built-in triggering and timing signals support Lock-In, Transient, and Pulse thermography systems for advanced inspection techniques such as Non-Destructive Testing (NDT) or stress mapping with resolvable temperature differences as low as 1 mK.

  • Plumes and Propulsion

    Exhaust plumes are a prominent source of infrared radiation signatures in flight vehicles. Teledyne FLIR’s advanced radiometric cameras enable researchers to not only capture IR signature data, but also study propulsion and combustion processes in high detail, and thus improve engine performance.

  • Teledyne FLIR Defense Displays Mobile Command & Control Platform with Advanced Sensor Technology at AUSA 2022

    Integrated radar and imaging systems shown for the first time on a HUMVEE are adaptable for future Army tactical vehicles; New StormCaster-E payload extends Teledyne FLIR line of sensors for joint domain awareness and remote tactical operations; StormCaster-DX laser target designator payload shown at AUSA for first time

  • Teledyne FLIR Defense Launches MUVE R430 Drone Payload for Remote Radiation Detection

    Newest addition to the MUVE payload family enables rapid, safer response to radiation threats and emergency situations BOSTON, November 1, 2022 ― Teledyne FLIR Defense, part of Teledyne Technologies Incorporated (NYSE:TDY), announced today at CBRNE Convergence the launch of its new MUVE™ R430 drone sensor payload used to remotely detect and identify radiation sources and radiological hazards across a wide range of use scenarios.

  • FLIR Total Solutions for the Renewable Energy Industry

    With global electricity demands and concerns about fuel reserves—as well as political pressures—pushing coal and gas prices to new heights, many governments and businesses are looking to renewable energy as a reliable, sustainable alternative. These renewable power sources all require regular predictive maintenance inspections to ensure equipment works efficiently and to avoid any unplanned disruptions to customers. And the most efficient way to accomplish this is by using thermal and acoustic camera technology.

  • Teledyne FLIR Defense Announces Winners of 2022 Vision Awards

    Event honors crew from Bernalillo County, New Mexico who died in tragic helicopter crash two weeks ago RENO, Nev., July 29, 2022 ― Teledyne FLIR Defense announced the winners of the 27th Annual Vision Awards last night at the APSCON 2022 Conference in Reno, Nevada.

  • Main OGI page request form

    Explore FLIR's Optical Gas Imaging solutions. Fill out our request form to learn how we can enhance safety in your operations.

  • Laser Material & Custom Material Development

    Explore Teledyne FLIR's range of specialty custom laser materials for uses such as wavelength tuning.

  • Quantum Memory Crystals

    Learn about the solid-state quantum memory crystals offered by Teledyne FLIR designed for applications in the field of Quantum Information Sciences.