CASE / 01
靶机编队飞行Target Drone Formation Flight
基于 AP-700 与机间数据链，实现编队飞行与空中队形调整，支持同空域最多 10 机协同，滑模容错控制保障高速机动下的队形保持精度。Built on the AP-700 and inter-drone data links: formation flight with in-flight shape adjustment, up to 10 aircraft in the same airspace, and sliding-mode fallback control keeping formation error minimal under high-speed maneuvers.
AP-70010 机协同10 aircraft机间链路Inter-drone link
CASE / 02
高速靶机高机动飞行High-Speed Target Drone, High-G Flight
飞控系统在高速飞行条件下完成标准与高 G 机动科目，多传感器融合与冗余架构保障极端气动条件下的稳定性，地面站实时监控遥测与结构载荷。The FCS executed standard and high-G maneuver profiles at high speed. Multi-sensor fusion and redundant architecture maintained stability under extreme aerodynamic conditions, with the GCS tracking telemetry and structural loads in real time.
高 G 机动High-G冗余架构Redundancy实时遥测Live telemetry
CASE / 03
高校科研飞行平台University Research Platform
与国内顶尖高校合作，系统控制亚音速无人机完成 S 机动、俯冲拉起等高敏捷科目，自适应控制与高带宽舵面控制实现机动间平滑过渡。In partnership with a leading university: subsonic UAV executing S-turns, dive-and-pull-up sequences and other agile maneuvers, with adaptive control and high-bandwidth actuation for smooth transitions.
S 机动S-maneuvers自适应控制Adaptive control
CASE / 04
机载载荷协同控制Onboard Payload Coordination
靶机搭载电子干扰载荷执行试验任务，飞控实时调整载荷参数以满足试验需求，在有源干扰环境下保持稳定导航与飞行控制。A target drone carried an electronic-test payload, with the FCS adjusting payload parameters in real time and maintaining stable navigation and control in an active-interference environment.
载荷控制Payload control抗干扰导航Robust nav
