Jared Faraudo, VP of Product Management, introduces the new Boson® SX8. The world’s first high-volume production, ITAR-free and NDAA-compliant uncooled longwave infrared (LWIR) camera module to deliver SXGA (1280 × 1024) resolution with an 8-micron (µm) pixel-pitch microbolometer. Engineered to minimize size, weight, and power (SWaP), Boson SX8 improves situational awareness in a compact, integration-ready form factor. Purpose-built for industrial, commercial, and defense integrations, Boson SX8 delivers 4× more pixels than a 640 × 512 VGA module, extending detection, recognition, and identification (DRI) range and providing clear imagery at long distances. Multiple lens options, including a factory-integrated continuous zoom lens, support a wide range of platforms, from uncrewed systems and counter-UAS to seekers, perimeter security, visual augmentation, and handheld devices. With high-speed performance and SXGA output, Boson SX8 helps operators see more, see farther, and do more. Boson SX8 helps accelerate development and reduce integration risk with an available graphical user interface (GUI), germanium-free lens configurations, and compatibility with Teledyne FLIR OEM’s Prism™ intelligent digital products. Manufactured at scale in the USA, it offers lower supply-chain risk, high reliability, and world-class support from a trusted volume supplier—setting a new standard for SWaP-optimized thermal imaging. 🔹SEE THE BIGGER PICTURE WITH SXGA LWIR High-performance 1280 × 1024 clarity in a SWaP-optimized package • New SWaP-optimized 8 µm pixel pitch • 30 Hz and 60 Hz with roadmap to higher frame-rate options 🔹STREAMLINE SMART THERMAL CAMERA DEVELOPMENT Integration-ready design that is AI-ready • Boson SX8 GUI available • Multiple lens options, including Ge-free models • Compatible with intelligent Prism digital products • Compact, factory-integrated CZ lens option 🔹TELEDYNE FLIR BRAND PROMISE AND TRUSTED MANUFACTURING A trusted development partner and low-risk volume supplier • World-class support and service • ITAR-free and NDAA-compliant • High-volume manufacturing in the USA • Classified under U.S. Department of Commerce jurisdiction as EAR 6A003.b.4.b CHAPTERS 0:00 Why Thermal Has Been Constrained 0:56 The Evolution of Boson 1:39 Introducing Boson SX8 2:15 Boson SXGA VS. Boson VGA 3:03 Scaled for Production 3:35 Introducing Boson SX8 CZ 4:00 Thermal Applications 🔹To learn more visit: http://oem.flir.com/products/boson-sx8/ 👨‍💻Follow us on Social! LinkedIn: https://www.linkedin.com/company/teledyne-flir Instagram: https://www.instagram.com/flir/ Facebook: https://www.facebook.com/FLIR/ Twitter: https://x.com/flir/

Boson® SX8 is the world’s first high-volume production, ITAR-free and NDAA-compliant uncooled longwave infrared (LWIR) camera module to deliver SXGA (1280 × 1024) resolution with an 8-micron (µm) pixel-pitch microbolometer. Engineered to minimize size, weight, and power (SWaP), Boson SX8 improves situational awareness in a compact, integration-ready form factor. Purpose-built for industrial, commercial, and defense integrations, Boson SX8 delivers 4× more pixels than a 640 × 512 VGA module, extending detection, recognition, and identification (DRI) range and providing clear imagery at long distances. Multiple lens options, including a factory-integrated continuous zoom lens, support a wide range of platforms, from uncrewed systems and counter-UAS to seekers, perimeter security, visual augmentation, and handheld devices. With high-speed performance and SXGA output, Boson SX8 helps operators see more, see farther, and do more. Boson SX8 helps accelerate development and reduce integration risk with an available graphical user interface (GUI), germanium-free lens configurations, and compatibility with Teledyne FLIR OEM’s Prism™ intelligent digital products. Manufactured at scale in the USA, it offers lower supply-chain risk, high reliability, and world-class support from a trusted volume supplier—setting a new standard for SWaP-optimized thermal imaging. 🔹SEE THE BIGGER PICTURE WITH SXGA LWIR High-performance 1280 × 1024 clarity in a SWaP-optimized package • New SWaP-optimized 8 µm pixel pitch • 30 Hz and 60 Hz with roadmap to higher frame-rate options 🔹STREAMLINE SMART THERMAL CAMERA DEVELOPMENT Integration-ready design that is AI-ready • Boson SX8 GUI available • Multiple lens options, including Ge-free models • Compatible with intelligent Prism digital products • Compact, factory-integrated CZ lens option 🔹TELEDYNE FLIR BRAND PROMISE AND TRUSTED MANUFACTURING A trusted development partner and low-risk volume supplier • World-class support and service • ITAR-free and NDAA-compliant • High-volume manufacturing in the USA • Classified under U.S. Department of Commerce jurisdiction as EAR 6A003.b.4.b 🔹To learn more visit: http://oem.flir.com/products/boson-sx8/ 👨‍💻Follow us on Social! LinkedIn: / teledyne-flir Instagram: / flir Facebook: / flir Twitter: https://x.com/flir/

Looking for a faster, cleaner alternative to magnetic particle inspection? In this video, discover how the Flir A6450 uses induction thermography to detect cracks and defects in forged and case-hardened metal components without dyes, powders, or chemical media. Traditional crack detection methods often require extensive surface preparation and consumables that can slow production. Induction thermography offers a highly automated non-destructive testing (NDT) solution that helps manufacturers improve inspection speed, simplify workflows, and support continuous operation. In this demonstration, you'll learn how: • Induction thermography reveals cracks through localized thermal anomalies • Alternating magnetic fields generate eddy currents for defect detection • Automated inspection improves throughput and repeatability • Thermal imaging helps identify surface and near-surface defects quickly • The Flir A6450 integrates into automated manufacturing and quality control systems • A 27,000-hour cooler life supports reliable 24/7 production environments Whether you're involved in metal manufacturing, heat treatment, forging, quality assurance, or industrial automation, this video demonstrates how thermal imaging and induction thermography can improve crack detection while eliminating many of the challenges associated with traditional inspection methods. Watch the full demonstration to see how the Flir A6450 helps enable smarter, cleaner, and more efficient non-destructive testing. #Flir #InductionThermography #CrackDetection #NDT #NonDestructiveTesting #ThermalImaging #IndustrialAutomation #QualityControl #MetalInspection #Forging #Manufacturing #InfraredCamera #A6450 #Edevis 👨‍💻Follow us on Social! LinkedIn: https://www.linkedin.com/company/teledyne-flir Instagram: https://www.instagram.com/flir/ Facebook: https://www.facebook.com/FLIR/ Twitter: https://x.com/flir/

How do you detect coating defects hidden beneath the surface before they become costly failures? In this demonstration with edevis, discover how the Flir A6450 infrared camera uses laser thermography to reveal subsurface coating defects, thickness variations, adhesion issues, and other hidden flaws that traditional inspection methods can miss. Designed for industrial automation and non-destructive testing (NDT), the Flir A6450 helps manufacturers improve quality control, increase inspection speed, and reduce downtime across automotive, energy, electronics, and other demanding production environments. In this video, you'll learn how to: • Detect hidden coating defects and subsurface flaws • Identify coating thickness variations and adhesion problems • Perform rapid, full-surface inspections in minutes • Improve manufacturing quality and process reliability • Leverage a 27,000-hour cooler life for continuous operation • Integrate thermal imaging into automated inspection systems with GigE Vision compliance Whether you're involved in industrial automation, quality assurance, materials testing, or advanced manufacturing, this video demonstrates how thermal imaging and laser thermography can help improve inspection accuracy and throughput. Learn more about the Flir A6450 and advanced thermal imaging solutions for manufacturing and automation. #Flir #LaserThermography #NonDestructiveTesting #NDT #ThermalImaging #IndustrialAutomation #Manufacturing #QualityControl #MachineVision #InfraredCamera #A6450 #Edevis 👨‍💻Follow us on Social! LinkedIn: https://www.linkedin.com/company/teledyne-flir Instagram: https://www.instagram.com/flir/ Facebook: https://www.facebook.com/FLIR/ Twitter: https://x.com/flir/

The Ranger HDC-MR is a critical tool for border security. The system can detect illegal activities even in degraded weather conditions, utilizing embedded analytics and image processing to reduce the cognitive workload. Easily integration with radars for C-UAS missions, the system enables operators to distinguish quickly between true threats and false alarms, and is ready for a variety of missions on land and along the coast, day or night. Learn more at https://defense.flir.com/defense-products/ranger-hdc-mr/

Blue and green borders face numerous security threats globally, and the Ranger HDC-MS provides premier capabilities to counter them. Proven and fielded globally, across a variety of terrain and weather conditions, this HD EO/IR multi-sensor provides operators with clear imagery to maintain situational awareness, mitigates image distortion with integrated fog & turbulence filters, and is also an essential part of C-UAS missions. Learn more at https://defense.flir.com/defense-products/ranger-hdc-ms/.

Take a first look at the new Rogue 1 Block 2 and the latest upgrades to the combat-proven loitering munition system. In this video, we break down the next evolution of Rogue 1, including increased onboard compute power, dual radio capability, improved endurance, updated payload options, and a refined ground control experience shaped by operator feedback. Designed for modern tactical missions and rapidly evolving battlefield requirements, Rogue 1 Block 2 delivers greater flexibility, connectivity, and operational capability in a portable and mission-ready platform. Watch for a closer look at the technology, features, and performance enhancements driving the next generation of tactical unmanned systems from Teledyne FLIR Defense.

FirstLook® 125 is a rugged, throwable, Unmanned Ground System designed to serve as an operator’s first line of remote engagement. Organic to the squad and fire team level, FirstLook reduces risk to operational forces by delivering real time visual, thermal, and audio situational awareness across complex terrain.