Honeywell and Odys Aviation move counter-drone defense into the air
Honeywell and Odys Aviation are developing an airborne counter-drone system designed to widen protection for critical infrastructure and strategic assets. The effort pairs Honeywell Aerospace’s Stationary and Mobile UAS Reveal and Intercept system, known as SAMURAI, with Odys Aviation’s Laila hybrid-electric vertical take-off and landing aircraft.
The companies said the integration work has taken more than a year and is aimed at shifting a proven ground-based architecture into an airborne role. The result is intended to add a new defensive layer between surface sensors and missile defense networks. SAMURAI uses a modular counter-uncrewed aircraft architecture built to detect, identify, track and defeat drones through a mix of layered sensors, beyond-visual-line-of-sight communications, command-and-control tools, and both electronic and kinetic effectors.
Honeywell said the system combines radio-frequency detection with electro-optical sensing and can also incorporate interceptor drones to deal with swarm attacks. SAMURAI was originally developed to protect U.S. Air Force convoys carrying critical assets. In that role, it was designed to spot threats at range and launch countermeasures without forcing a convoy to stop. Honeywell has also highlighted the role of artificial intelligence in the system, saying AI helps improve target recognition and speed up decisions by separating drones from background clutter, identifying platform type and reading flight behavior to judge whether an object is a threat. That matters because the window between detection and effector choice can shrink to seconds against fast-moving targets.
Mounting SAMURAI on the Laila VTOL extends that reach well beyond fixed sites and vehicle-mounted coverage. Laila uses a hybrid propulsion system compatible with Jet A, Jet A-1 and JP-8 fuels. Odys says the aircraft can stay aloft for up to eight hours and cover roughly 450 miles, or 724 kilometers. Because it does not rely on dedicated charging infrastructure, the platform is positioned for rapid deployment in remote, expeditionary and offshore settings. Its endurance, runway independence and onboard power could allow operators to hold a wider defensive perimeter and engage drones closer to the horizon rather than near the target itself.
The project underscores how air defense is being reshaped by cheaper, more numerous and more agile drone threats. If fielded, an airborne layer like this could give forward bases, energy facilities, ports and other high-value sites more warning time, broader surveillance and greater flexibility than stand-alone ground systems. The broader implication is clear: counter-drone defense is moving from point protection toward persistent, wide-area coverage.