Exercise Report | Ao Qin Participated in Shanghai’s Real-World Firefighting Demonstration, Successfully Completing the High-Rise Firefighting Exercise Mission
Release Date:
2026-06-04
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On June 2, the Shanghai Fire and Rescue Bureau, taking advantage of the 25th National “Work Safety Month,” hosted a live‑fire demonstration of cutting‑edge combat capabilities and a professional skills competition. Weihang Technology participated with… Ducted-fan high-altitude fire-extinguishing drone system, Ao Qin Making its debut, it delivered an outstanding performance during a high-rise fire‑fighting drill—simultaneous real‑fire scenarios were staged on the 14th, 15th, and 16th floors of the training building, with drones hovering outside the windows and high‑volume water jets in action. The three-story open flames were extinguished with pinpoint precision, earning high praise from the observing leaders for its robust capabilities.
At the exercise site, Ao Qin Consistent performance throughout the entire process. 30L/s A continuous high‑flow water source, with abundant volume and exceptionally powerful jet penetration. Unlike on‑site high‑pressure fire trucks and rotary‑wing drones, which can only spray the exterior façades of buildings, Ao Qin Its long-range, high‑flow water jet can directly target indoor fire hotspots, swiftly extinguishing internal ignition sources, even under conditions of multiple firefighting units operating in concert and a complex, turbulent airflow environment. Ao Qin The aircraft maintains a stable attitude at all times, completely unaffected by air turbulence, demonstrating exceptional flight‑control stability and environmental adaptability, and seamlessly achieving disturbance‑resistant hovering and precise firefighting in complex real‑world scenarios.
The on-site demonstration delivered clear, compelling results. Observing leaders expressed their hope that Weihang and local special‑operations units will, in the future, conduct in‑depth testing across multiple scenarios and operating conditions, along with real‑world operational coordination, to accelerate technology validation and tactical integration, with the aim of achieving early field deployment and providing truly effective solutions for firefighting in high‑rise buildings. “New-Quality Combat Power” 。
This exercise has validated “Ao Qin” Its efficiency, precision, and stability in real‑world fire environments have earned the unwavering recognition and praise of frontline firefighters, inspiring Wei Hang and reinforcing his sense of responsibility. Technology in action, mission accomplished. — We will strive to meet societal expectations and contribute to building a modern fire and rescue system of an even higher standard.
Weihang Technology
Weihang Technology was founded by Tsinghua University alumni and possesses internationally leading… eVTOL Electric ducted-fan jet propulsion A technology company driven by innovation, the firm’s mission is to make living safer and travel more efficient through technological breakthroughs. It is dedicated to providing cutting-edge propulsion technologies for urban air‑borne, high‑efficiency mobility—specifically, flying cars. In the near term, the company will prioritize addressing critical pain points in the emergency management sector, deploying next‑generation jet‑propulsion technology first in essential fire‑rescue scenarios within high‑rise buildings. By pioneering a cross‑disciplinary innovation that bridges two strategic emerging industries—safe emergency response and the low‑altitude economy—the company has developed a groundbreaking solution that can fundamentally resolve the global challenge of inadequate primary firefighting equipment in urban high‑rise fires. Moving forward, the company will continue to research and apply electric ducted‑fan jet propulsion systems and their associated flight platforms across domains such as low‑altitude firefighting, emergency rescue, flying cars, and three‑dimensional transportation, striving to become a leader in the next generation of electric aviation propulsion systems.
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