Honeywell Puts Counter-Drone AI On A Long-Range VTOL
AI Analysis
Honeywell Aerospace and Odys Aviation are integrating the SAMURAI counter-drone system onto the Laila VTOL, a hybrid-electric aircraft designed for long-range operations. This marks the first deployment of SAMURAI on an uncrewed aerial vehicle, enhancing its capability to intercept hostile drones before they reach critical infrastructure.
Key Takeaways
- Honeywell's SAMURAI system is being mounted on the Laila VTOL for the first time.
- SAMURAI uses AI to identify drone threats and deploys both soft-kill and hard-kill countermeasures.
- The system is modular, allowing for easy integration of various sensors and effectors.
- The Laila VTOL is a long-range, runway-independent UAV with an endurance of up to eight hours.
- This collaboration enhances drone interception capabilities in remote and expeditionary locations.
Why It Matters
The integration of SAMURAI on the Laila VTOL represents a significant advancement in counter-UAS capabilities, allowing for more flexible and rapid response to drone threats in diverse environments. This development could improve the defense of critical infrastructure and sensitive military operations against drone incursions.
Honeywell Puts Counter-Drone AI On A Long-Range VTOL
Photo credit: Honeywell
Check out the Best Deals on Amazon for DJI Drones today!
Honeywell Aerospace and California-based Odys Aviation have announced a collaboration to mount Honeywell’s SAMURAI counter-drone system on the Laila, a hybrid-electric VTOL aircraft built for long-range, runway-independent operations, as reported by UAS Weekly.
Photo credit: Honeywell
The combined platform is designed to hunt hostile drones from the air before they reach critical infrastructure.
What SAMURAI Actually Does
SAMURAI stands for Stationary and Mobile UAS Reveal and Intercept. Honeywell originally developed the system to protect U.S. Air Force convoys carrying sensitive assets, and it first demonstrated the technology in September 2024 during tests for U.S. military operators.
The system works as a battle management layer. It fuses inputs from radio-frequency sensors, radar, and electro-optical and infrared trackers into a single operator picture, then uses AI to distinguish real drone threats from environmental clutter.
Photo credit: Honeywell
When it identifies a threat, operators can deploy soft-kill countermeasures like jammers or hard-kill options including kinetic interceptors. SAMURAI can also incorporate interceptor drones to respond to coordinated swarms.
The system is modular by design. Honeywell built it using Model-Based Systems Engineering and aligned it with Modular Open Systems Approach standards, meaning operators can swap in different sensors and effectors without rebuilding the entire architecture.
Components come from defense suppliers including BlueHalo, Leonardo DRS, Pierce Aerospace, Silent Sentinel, Walaris, Rocky Research, and Versatol.
Until now, SAMURAI has operated from ground vehicles and aerostats positioned above 1,000 feet. Mounting it on the Laila VTOL is the first time the system will fly on an uncrewed aircraft.
The Laila VTOL Platform
The Laila is a long-range uncrewed aerial vehicle built by Odys Aviation in Long Beach, California. It features a 22-foot wingspan and a 100 kW turbogenerator that powers both its propulsion system and onboard payloads.
The aircraft’s hybrid propulsion system runs on Jet A, Jet A-1, and JP-8 fuels, giving it up to eight hours of endurance and a range of 450 miles at a cruise speed of 125 mph. It can carry payloads up to 130 lbs.
Photo credit: Honeywell
The Laila doesn’t need runways, charging stations, or any fixed infrastructure to operate. That makes it deployable to remote, offshore, and expeditionary locations where traditional drone defense isn’t practical.
One design choice sets the Laila apart from most VTOL aircraft in its class. Instead of tilt rotors, Odys u