Army Backs Cheaper Uncooled Thermal Camera Cores
The DUTCH initiative pursues lower-cost, smaller thermal sensors for defense, but this award is at the demonstration stage with specs undisclosed.
Updated on Nov. 2, 2026 in Semiconductors
The U.S. Army's DEVCOM C5ISR Center awarded Leonardo DRS a contract to demonstrate uncooled thermal infrared camera cores under the DUTCH initiative. The status is announced and at the demonstration stage; the contract value, performance period, specifications, milestones and production plans were not disclosed.
Why it matters
DUTCH targets size, weight, power consumption and cost (SWaP-C) constraints in defense thermal imaging while aiming for manufacturing at scale. The award is a step toward lower-cost, high-performance thermal sensing for military platforms.
The source gives no measured performance figures for the uncooled camera cores, so no specification or benchmark can be verified. The only quantified reference is the Army's March 2026 target of technology readiness level 6 or higher for lens-less thermal sensors, and the award's specifics remain undisclosed.
The players
Leonardo DRS
A defense electronics company with camera assembly and test facilities in Dallas and Melbourne, Fla., and a portfolio of military thermal imaging systems.
U.S. Army Combat Capabilities Development Command (DEVCOM) C5ISR Center
The Army research and development center that awarded the contract and issued the DUTCH-related market-research notice and interface-control request for information.
Teledyne FLIR OEM
A thermal imaging manufacturer selected in August 2026 to support the DUTCH initiative.
The details
Uncooled thermal imagers detect infrared radiation without cooling the detector to cryogenic temperatures, which keeps them smaller and cheaper than cooled alternatives. Leonardo DRS will demonstrate high-definition, high-frame-rate uncooled thermal camera cores, meaning the sensing core that captures heat-based images at high resolution and speed. The DUTCH initiative pursues these designs to address SWaP-C, the combined size, weight, power and cost burden that limits defense hardware.
Timeline
March 2019: The Army created and approved the Standards Compliant Camera interface-control document.
March 2026: DEVCOM C5ISR Center issued a market-research notice seeking lens-less thermal sensor information.
August 2026: Teledyne FLIR OEM was selected to support the DUTCH initiative.
October 2026: The C5ISR Center requested feedback on its camera interface document.
The Tech Race
The Army's 2019 Standards Compliant Camera interface-control document sets the integration framework that DUTCH-funded uncooled cores must fit. The October 2026 request for information on that document signals an effort to update the standard alongside new sensor designs.
Availability, pricing and timing for fielded DUTCH camera cores have not been announced, so no near-term change for users can be confirmed. The award remains at the demonstration stage, and any hands-on use by military units depends on results the Army has not yet published.
The takeaway
Watch for the Army to publish the demonstration milestones and performance period for the DUTCH uncooled cores, which would show whether the technology reaches the readiness level 6 target. The October 2026 response to the Standards Compliant Camera interface request will also show whether the 2019 standard is revised for the new sensors.
Further reading
For broader context on the chips and sensor hardware behind defense imaging, explore the Semiconductors coverage in the United States section.
Source note: This article includes information reported by Military & Aerospace Electronics.
