Thermal Cameras for Uncrewed Systems at Scale

Why Uncrewed Systems Integrators Choose Teledyne FLIR OEM 

• SWaP-optimized performance: Compact, low-power thermal modules reduce payload and packaging demands without sacrificing mission-relevant imaging.
• Procurement and export options: NDAA-compliant and ITAR-free configurations can simplify sourcing for U.S. government and eligible international programs.
• Proven production scale: High-volume manufacturing and supply-chain depth support large defense and commercial programs.
• Mission-ready portfolio: Combine thermal, visible and embedded AI capabilities for autonomy, navigation, detection, tracking, inspection and situational awareness.
• Lower integration risk: Factory-integrated camera and continuous-zoom lens options, development tools and application engineering reduce design, alignment and supply-chain risk.
• Rapid-acquisition support: As a U.S.-based, Other Transaction Authority (OTA)-friendly nontraditional defense contractor (NTDC), Teledyne FLIR OEM can support eligible prototype programs and a scalable path to production. 

Prism Embedded AI Software and Processing Compatibility

Plan processing with the sensor. Prism embedded software supports image stabilisation, noise reduction, image fusion, multi-object classification, detection and tracking at the edge. Confirm processor, operating system, interface and video-format compatibility early. 

Frequently Asked Questions About Thermal Imaging for Uncrewed Systems 

How do I choose a thermal camera for a UAS or UGV? 

Match the camera to detection range, operating environment, payload and power limits, field of view, onboard processing, compliance needs and production volume. These factors determine resolution, spectral band, sensitivity, optics, interfaces and software.

Why use thermal cameras on uncrewed systems? 

Thermal cameras detect heat rather than visible light, enabling air, ground and maritime platforms to operate in darkness, glare, smoke and other low-visibility conditions.  They support defense missions as well as commercial inspection, public safety, search and rescue, and autonomous navigation. Integrating artificial intelligence at the edge enables uncrewed systems to detect, classify and track objects in real time day or night.

How are thermal cameras used on commercial drones? 

Commercial drones use thermal imaging for infrastructure and asset inspection, public safety, search and rescue, industrial monitoring, environmental assessment and operation in low-light conditions. 

Why does SWaP matter for UAS, UGVs and other uncrewed platforms? 

Lower size, weight and power can preserve payload capacity, extend mission length and simplify mechanical, electrical and thermal integration. The right design balances these constraints with range, resolution, optics and onboard processing. 

What do NDAA-compliant and ITAR-free mean for an uncrewed-system program? 

NDAA-compliant options can support U.S. government procurement requirements, while ITAR-free products may simplify export planning for eligible international programs. Status varies by product, destination and end use; confirm requirements for the selected configuration. 

How does a factory-integrated continuous-zoom lens reduce integration risk? 

Designed, aligned and calibrated as one system, an integrated camera and CZ lens helps maintain focus and boresight through zoom and temperature changes while reducing engineering, testing and multi-supplier risk. Options include Boson+ CZ, Boson SX8 CZ and Neutrino IS. 

What does OTA-friendly NTDC status mean for uncrewed programs? 

As a U.S.-based NTDC, Teledyne FLIR OEM can participate in eligible OTA prototype programs. This can help government and industry teams evaluate commercial technology and transition successful prototypes toward production more efficiently. Availability depends on program and contracting requirements. 

Can Teledyne FLIR OEM support high-volume uncrewed-system programs? 

Yes. Teledyne FLIR OEM supports defense and commercial programs from prototype through production ramp and sustained deployment.