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  • A Message About COVID-19

    As the number of coronavirus (COVID-19) cases grow and governments around the world respond to this unprecedented health emergency, FLIR Systems is committed to maintaining its operations and delivering critical lifesaving products that help our customers make informed decisions.

  • 4 Ways Thermal Streamlines Security for Airport PIDS

    Airports are transportation hubs often located within close proximity to hotels, eateries, retail stores and sports venues. For this reason, large airports can have thousands of people approach their perimeter each day. With such a high throughput of people, security technology that detects and deters external threats is essential. 

  • A Closer Look: How FLIR Cameras Help Stop Railway Trespassers in Their Tracks

    In 2018, Infrabel reported 768 railway trespasser incidents, leading to 139,650 minutes of delays, which amounts to an average of more than 6 hours per day. In this interview series we take a look at the innovative steps that rail infrastructure company, Infrabel, took to ensure the efficiency and safety of the rail routes in and out of Brussels, Belgium.

  • FLIR Captures $18.6 Million Order for its Centaur Unmanned Ground Vehicles for U.S. Marine Corps

    FLIR Systems, Inc. (NASDAQ: FLIR) announced that the U.S. Marine Corps has ordered more than 140 of the company’s Centaur™ unmanned ground vehicles (UGV), plus spares. The $18.6 million contract is sourced through the Dept. of Defense Man Transportable Robotic System Increment II (MTRS Inc II) program.

  • San Jose Airport Secures Perimeter with FLIR End-to-End Solution

    The Norman Y. Mineta San Jose International Airport, commonly referred to as SJC, is located in the heart of the Silicon Valley, where Fortune 500 enterprises—such as Apple, Google, Facebook and Intel—have been based for over half a century. The airport serves more than 15 million passengers annually and is recognized as one of the fastest-growing major airports in the country.

  • How Sensitive are FLIR Gas Detection Cameras?

    Optical gas imaging (OGI) cameras are extremly sensitive - they can detect small leaks from several meters away, large leaks from hundreds of meters away, and also show leaks in moving transport vehicles like tanker trucks, barges, and rail wagons.

  • FLIR Announces ADK™ with Boson™ for Automotive Thermal Vision

    Today FLIR introduced the Automotive Development Kit (ADK) featuring our high-performance Boson thermal camera core. The ADK is an essential, cost-effective kit needed to develop next-generation advanced driver assistance systems (ADAS) using thermal vision.

  • Stop Fires Before They Start: Protect Your Forestry Operation with Flir

    Discover how Flir thermal imaging cameras provide early fire detection for forestry operations, helping prevent ignition, protect infrastructure, and improve uptime in high-risk environments like sawmills, biomass yards, and kilns.

  • The Next Generation Kxx-Series: K75 & K85

    Designed with uncompromised time and attention, the new FLIR K75 and K85 Thermal Imaging Cameras (TICs) offer mission -critical reliability, with the top-of-the-line features firefighters need from call to cleanup.

  • Steel Manufacturing Solutions

    The steel manufacturing industry demands high standards of quality, efficiency, and safety. FLIR’s advanced solutions help manufacturers meet these demands by providing cutting-edge technology for quality assurance, process control, condition monitoring, early fire detection (EFD), and air/gas leak detection. Explore our comprehensive solutions designed to enhance your production processes and ensure product integrity.

  • The Tangible Advantages of FLIR Nexus

    While many security professionals are becoming increasingly aware of FLIR Nexus, some remain unclear on the tangible advantages this advanced innovation can offer. So, who better to provide a few key insights than FLIR Security Software Architect and all-round Nexus guru, Ignacio Vilches Rojo?

  • Revealing the Hidden Heat: How FLIR Empowers Advanced NiTi Alloy Research at the Hong Kong Polytechnic University

    NiTi shape memory alloys (SMAs) are among the most promising materials for solid-state refrigeration technologies, owing to their remarkable elastocaloric effect (eCE) and superelastic properties. However, accurately characterizing their thermal behavior—particularly under mechanical stress—remains a complex and ongoing challenge. Leveraging FLIR’s high-speed, high-resolution thermal imaging, the research team was able to visualize inhomogeneous surface temperature distributions during mechanical loading cycles—revealing critical insights that conventional contact-based sensors could not capture.