Design of Lateral High Overload System for a Twin-Engine Fixed-Wing UAV
In modern aerial combat environments, the survivability of a fixed-wing UAV is critically dependent on its ability to perform rapid […]
In modern aerial combat environments, the survivability of a fixed-wing UAV is critically dependent on its ability to perform rapid […]
In highly adversarial battlefield environments, multi-fixed-wing UAV formations significantly enhance combat effectiveness and situational awareness. Coordinated execution of saturation attacks,
As the demand for sustainable aviation solutions intensifies, hydrogen-powered fixed-wing UAVs have emerged as a promising platform for long-endurance missions.
In recent years, with the rapid development of national defense and unmanned aerial vehicle(UAV)technology, UAVs have been widely applied in
The V‑tail configuration is widely adopted in high‑aspect‑ratio, long‑endurance fixed‑wing UAVs due to its favorable aerodynamic efficiency and inherent mass
1. IntroductionFixed wing unmanned aerial vehicles (UAVs) are critical assets in military reconnaissance, geographic mapping, environmental monitoring, and emergency response