Drone manufacturer TEKEVER has carried out an operational exercise with its AR3 unmanned aircraft system (UAS) in collaboration with the US Special Operations Command.
Taking place at Camp Roberts, California, the exercise tested the platform’s vertical takeoff and landing capabilities and its artificial intelligence (AI)-driven systems in complex scenarios.
“By combining cutting-edge AI with highly reliable and field-proven hardware, TEKEVER provides special operations forces with the best tools to enhance their decision-making and effectiveness in the most challenging environments,” stated Paulo Ferro, TEKEVER Strategic Development Director.
Moreover, the test evaluated the system’s adaptability and readiness in challenging electronic warfare conditions.
“This exercise demonstrated our ability to operate in electronically contested environments while ensuring reliable intelligence and secure communications,” added Ferro.
Features
The AR3 UAS has a wingspan of 3.5 meters (11.5 feet), a length of 1.9 meters (6.2 feet), and it can carry a payload of up to 4 kilograms (8.8 pounds).
The AR3’s endurance varies by operational mode, lasting up to 8 hours when performing vertical takeoff and landing, while fixed-wing mode extends its flight time to 16 hours.
The drone maintains a cruise speed between 75 and 90 kilometers (47–56 miles) per hour.
Its compact logistics footprint makes it simple to transport, assemble, and operate.
The AR3 can be launched using a mobile catapult system and is retrieved on any terrain with a deployable parachute and airbags, protecting onboard sensors.
Its modular multi-sensor payload includes electro-optical/infrared cameras, radar, and signals intelligence systems, enabling real-time intelligence gathering across different operational scenarios.
