2025年3月5日 · Our field-proven solutions address unique multi-mission capabilities in long range reconnaissance, artificial intelligence, and long endurance uncrewed UAV systems. When technology solutions follow mission objectives groundbreaking success is possible. The right UAV solution can revolutionize military operations and aid in mission success.

Easy to assemble and deploy, rugged, lightweight, and ready to fly out of the box, the VXE30 Stalker is a versatile Group 2 UAV that can support multiple missions. Our portable, quiet small uncrewed aircraft system (SUAS) provides long-endurance, long-range mission support in a wide variety of environments.

We offer uncrewed aerial vehicles (UAVs) with mission-driven technology and flexibility. Uncrewed aircraft systems from Edge Autonomy can be deployed quickly and easily, providing rapid response for time-critical operations.

2025年2月18日 · The ANAVIA HT-750 is an advanced, heavy-lift unmanned helicopter designed for high-endurance missions across military, commercial, and emergency response applications. The HT-750 is built for missions traditionally handled by manned helicopters, with a maximum payload capacity of 750 kg and a Maximum Takeoff Weight (MTOW) of 1,150 kg.

2025年3月20日 · The United Arab Emirates' (UAE's) Edge defence group released a video on 19 March showing the recently unveiled Shadow 3 unmanned aerial vehicle (UAV) being used as a ground-attack weapon.

Edge Autonomy is a leading developer of state-of-the-art unmanned and autonomous aircraft solutions, including long endurance fixed-wing UAV (unmanned aerial vehicle) airframes, advanced gimbal payloads, and continuous power systems.

2025年2月24日 · During the show, EDGE displayed dozens of platforms in an expansive, central exhibit, from large armored vehicles to UAVs to unmanned ground vehicles, to aerial munitions and small arms.

2025年3月24日 · This paper exploits an Unmanned Aerial Vehicle assisted Mobile Edge Computing (UAV-MEC) system to meet the computation demand of User Equipments (UEs). However, in conventional UAV-MEC architecture, a UAV is dedicated only to one single service, which will inevitably limit overall system performance. To address the above issue of the conventional UAVMEC architecture, we propose a hybrid UAV ...

2020年1月17日 · In this paper, we shed light on three UAV-enabled mobile edge computing (MEC) architectures. Those architectures have been receiving ever increasing research attention for improving computation performance and decreasing …

Cloud–edge–unmanned aerial vehicle (UAV) computing collaboration is crucial for smart and real-time applications. It highlights the challenges faced by UAVs in task execution, including limited endurance, computing, and communication capabilities, as well as complex external interference.