The CH-7 heavy reconnaissance drone debuted in China.

The CH-7, a promising unmanned aerial vehicle, took to the skies for the first time in China. This heavy, high-altitude, flying-wing UAV has been demonstrated numerous times at Airshow China. The maiden flight marked a key milestone in the program and paved the way for full-scale flight testing.

The CH-7 is designed with a tailless aerodynamic configuration and a high aspect ratio wing. This configuration provides the aircraft with long endurance, a significant service ceiling, and the ability to carry a comprehensive reconnaissance payload. This payload can include electro-optical and infrared sensors for long-range reconnaissance.



The debut flight reportedly confirmed the drone's basic capabilities, including autonomous takeoff and landing, stable control, and flight path tracking without operator intervention.


The design places particular emphasis on reducing signature. The engine air intake is located in the upper fuselage, and the nozzle is partially shielded. The design incorporates radar-absorbing materials, as well as a range of technical solutions to reduce the radar and infrared signature of hatches, landing gear bays, and other airframe components. According to the developers, this should allow the CH-7 to operate effectively in both limited and densely populated modern air defense environments.

According to Chinese experts, the CH-7 is not considered a "wingman" fighter. The drone's primary mission is covert reconnaissance, long-term patrols, and target acquisition for long-range weapons, including air and ground systems. In the future, the aircraft could play a key role in the People's Liberation Army's reconnaissance and target acquisition system.