The ULTRA robotic vehicle equipped with a DroneSentry-X Mk2 counter-drone system. Image: DroneShield
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The ULTRA robotic vehicle is no longer limited to ground operations, as it can now track the skies too with a newly-installed anti-drone capability.

DroneShield and Overland AI are integrating the DroneSentry-X Mk2 counter-unmanned aerial system into the robotic platform, enabling earlier detection of drone threats before they can target the vehicle.

With it, the unmanned ground vehicle (UGV) is positioned to operate with greater reach, reduce the need for personnel in exposed positions, and maintain a more persistent presence in austere environments.

The move also aims to address a growing concern: small drones are increasingly creating vulnerabilities for even the most capable ground assets.

A photograph of DroneSentry-X Mk2 counter-unmanned aerial system. Image: DroneShield

“Overland AI has developed a highly capable autonomous ground platform designed for the realities of modern operations,” said Tom Branstetter, vice president of business development and sales at DroneShield.

“By integrating DroneSentry-X Mk2, we are ensuring those platforms operate with full-spectrum awareness across both ground and air domains.”

The upgraded platform is now available to defense and government users.

Cross-Domain Core Technologies

ULTRA pairs OverDrive autonomy software with a rugged, military-grade chassis, allowing it to navigate complex and unpredictable terrain.

Its onboard sensor suite blends stereo cameras, light detection and ranging tech, thermal imaging, inertial measurement systems, and GPS-denied navigation.

ULTRA robotic vehicle during Exercise Agile Spirit 25 in Krtsanisi, Georgia. Photo: Sgt. Alex Lopez/US Army

The UGV can carry payloads of up to 1,000 pounds (454 kilograms), with configurations supporting resupply, sensor deployment, casualty evacuation, or ordnance missions.

DroneSentry-X Mk2, meanwhile, is a software-defined detection and disruption system built for mobile, pop-up, and fixed-site operations.

It uses a radio-frequency AI engine to identify and track both known and unknown drone threats in real time.

Designed for demanding conditions, the system is built to military standards and engineered to withstand high levels of shock and vibration.

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