Recherche

  • Teledyne FLIR to Supply Canadian Government More Than 800 Drones Worth CAD$95 Million for Ukraine

    Donation adds to company’s unmanned systems and counter-drone technology currently in use by Ukraine forces THOUSAND OAKS, Calif., February 20, 2024 ― Teledyne FLIR Defense, part of Teledyne Technologies Incorporated (NYSE:TDY), announced that Canada’s Department of National Defence is seeking over 800 SkyRanger R70 Unmanned Aerial Systems (UAS), valued at more than CAD$95 million (approximately US$70 million), that Canada will donate to the government of Ukraine.

  • Teledyne FLIR Defense Announces Winners of 2023 Vision Awards

    28th annual event honors airborne law enforcement crews across America for use of thermal imaging systems in high-speed pursuit, search and rescue, and other lifesaving missions ORLANDO, Fla., July 21, 2023 ― Teledyne FLIR Defense announced the winners of the 28th Annual ‘Vision Awards’ last night at the APSCON 2023 Conference in Orlando, Florida. The Teledyne FLIR Vision Awards are presented to members of the airborne law enforcement community who have best demonstrated use of thermal imaging systems in carrying out their missions, whether pursuing suspects, search and rescue efforts, or saving lives. The awards are divided into four categories, including the FANG Award for operations involving a K9 support team.

  • Teledyne FLIR Defense Signs $31 Million Contract with Kongsberg Defence & Aerospace for C-UAS Systems for Ukraine

    Will provide its Cerberus XL counter-drone surveillance platform to identify and track unmanned aerial threats BOSTON, Mass., August 29, 2023 ― Teledyne FLIR Defense, part of Teledyne Technologies Incorporated (NYSE:TDY), has signed a contract with Kongsberg Defence & Aerospace, Norway, valued at roughly $31 million to provide its Cerberus® XL mobile counter-unmanned aerial system (UAS) as part of a total C-UAS solution for Ukraine. The agreement includes delivery of the surveillance platforms as well as software, spares, support and training.

  • Webinar: thermal imaging for electronics design and testing

    As the demand for the local supply of electronic components increases, and new governmental funding is released to support the need for local manufacturing, the functionality, safety and quality of the electronic components produced will need to be carefully vetted. Observing the thermal characteristics of components in real-time will ensure that any issues with implementation or the compatibility of components are spotted and treated early - preventing costly downtime.

  • Teledyne FLIR Defense Demonstrates Groundbreaking UAV Vehicle Reconnaissance Technology at DSEI in London

    ‘Black Recon’ tech concept will enable crews in fighting vehicles to autonomously launch and recover small drones for immediate, covert situational awareness without leaving the vehicle LONDON, September 12, 2023 ― Teledyne FLIR Defense, part of Teledyne Technologies Incorporated (NYSE:TDY), is showcasing a new technology concept at this week’s DSEI conference in London that will allow crews to autonomously launch small drones operated from inside a military vehicle; perform reconnaissance, surveillance, and target acquisition (RSTA); and then recover the aircraft without ever having to leave the safety of the vehicle.

  • What is condition monitoring? A beginner’s guide to preventative maintenance

    The term ‘condition monitoring’ is everywhere in the global manufacturing and engineering sectors - but what does it mean?

  • Importance de la sensibilité thermique pour la précision de la détection

    Importance de la sensibilité thermique pour la précision de la détection

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  • Caméras FLIR pour applications de test à grande vitesse

    Que vous souhaitiez étudier des conceptions aérodynamiques, caractériser des signatures thermiques ou identifier des défauts, vous avez besoin de données thermiques fiables et haute définition pour soutenir votre recherche. Les caméras radiométriques FLIR vous permettent d’optimiser et d’étalonner votre système pour répondre à vos besoins de recherche uniques et vous donnent un contrôle total sur votre processus de mesure.

  • Caméras FLIR pour la radiométrie avancée

    Que vous souhaitiez étudier des conceptions aérodynamiques, caractériser des signatures thermiques ou identifier des défauts, vous avez besoin de données thermiques fiables et haute définition pour soutenir votre recherche. Les caméras radiométriques FLIR vous permettent d’optimiser et d’étalonner votre système pour répondre à vos besoins de recherche uniques et vous donnent un contrôle total sur votre processus de mesure.

  • Recherche aérothermique

    Les vitesses élevées exercent une pression importante sur les conceptions aérodynamiques et thermiques des navires et des composants. Les caméras radiométriques avancées de FLIR permettent aux chercheurs de capturer des données et de tester les composants et la manière dont ils interagissent avec les flux d’air à grande vitesse.

  • Recherche de signature cible

    Les caméras radiométriques FLIR vous permettent d’étalonner et de mesurer le rayonnement dans des gammes d’ondes spécifiques avec plus de précision et de certitude, afin que vous puissiez caractériser et affiner les signatures cibles IR avec les données les plus défendables.