Exhibition Highlights | Join us for a recap of Weihang’s “technological prowess” moments at the 7th China International Unmanned Aircraft and Unmanned Systems Expo!

Release Date:

2026-06-27

Author:

Source:


Abstract

Click below to follow us.

From June 25 to 27, the National Convention Center, located adjacent to the Bird’s Nest, successfully hosted… 2026 International Conference on Unmanned Aircraft Applications and Counter-UAS Technologies, together with the 7th China International UAV and Unmanned Systems Expo The exhibits span six major sectors—drone applications, low‑altitude defense and security, core components, general aviation, unmanned systems, and intelligent emergency‑response equipment—highlighting the latest breakthroughs in the unmanned systems industry. As a leader in the application of electric ducted‑fan propulsion technology, Weihang Technology Ducted-fan tethered flight platform “Ao Qin” and “Ao Run” Becoming the highlight of the exhibition, its unique technological approach drew a large number of industry professionals and experts to stop by and engage in discussions.

During the exhibition, the issue that most concerns visitors is The Advantages of Electric Ducted-Fan Technology in the Low-Altitude UAV Field According to the staff, compared with conventional rotor-based designs, ducted-fan technology significantly enhances aerodynamic efficiency and the thrust-to-weight ratio, enabling ducted fans—under the same size constraints—to achieve performance comparable to that of rotors. 5–10 times Its payload capacity, combined with the ducted‑fan system’s inherent physical shielding, significantly enhances operational safety in complex urban environments while effectively reducing noise. Consequently, in urban applications, upgrading flight platforms to ducted‑propulsion systems has become an inevitable trend for meeting increasingly stringent safety standards.

This time's exhibitor “Ao Qin” and “Ao Run” It is a product that perfectly showcases the advantages of ducted fan technology in urban emergency firefighting: the 8‑ducted‑fan drone. “Ao Qin” Achieving a takeoff weight while maintaining a compact size. 900 kilograms , payload 500 kilograms , can be carried 65 millimeters The caliber hose at a height of one hundred meters exceeds 30L/s High‑flow, long‑duration continuous water jet fire suppression with an effective spray range exceeding 50 meters , it possesses main firefighting capabilities comparable to those of conventional aerial ladder fire trucks, while achieving superior rescue efficiency. As for 100 meters The aforementioned supertall buildings, “Ao Qin” It can be combined with a simple auxiliary device to enable high‑flow water jetting for fire suppression using DN65‑diameter hoses, achieving full‑height coverage and addressing the global challenge of fires in high‑rise and super‑tall buildings.

The media, too, has been drawn to ducted fan technology, China Central Television 、 Beijing Television 、 Securities Daily As official media outlets and numerous self-media accounts in the low-altitude economy sector turn their cameras and microphones toward… Wei Hang At the exhibition booth, discussions centered on innovative breakthroughs in ducted fan propulsion technology and the practical application of such solutions in urban high-rise fire‑rescue scenarios, among other topics. Wei Hang The team conducted an interview and report. After hearing the briefing, the reporter noted that ducted‑fan technology remains a niche within the industry, yet it precisely points to the direction of advancement for urban low‑altitude aircraft in terms of safety, efficiency, and adaptability to diverse operational scenarios. This is not only a… Weihang Technology The intense attention to the technological roadmap and product capabilities further underscores society’s full recognition of the cutting-edge technological direction of ducted-fan drones.

Today, public discourse on the low‑altitude economy often remains confined to airspace liberalization and policy incentives, whereas technological advancements at the equipment level are the fundamental driving force behind the industry’s true path to large‑scale deployment. From the focal points of trade show attendees and the media, to… Ao Qin Its outstanding performance in real-world scenarios demonstrates that ducted-fan technology is delivering tangible payload capacity, safety, and low noise—addressing the most pressing engineering constraints of urban low‑altitude flight and emergency firefighting: it must not only take to the skies, but do so safely and quietly, while also maintaining high efficiency and robust combat capability. Weihang Technology I hope to contribute, in my own way, to shaping the technological vision of next-generation urban low-altitude aircraft.

We invite you to revisit the exhibition现场.




Weihang Technology


Weihang Technology was founded by Tsinghua University alumni and possesses internationally leading… eVTOL Electric ducted-fan jet thrust A technology‑driven company, its mission is to make living safer and travel more efficient through technological innovation, with a focus on providing propulsion‑technology support for urban air‑mobility flying cars. Recently, prioritizing the pressing needs and pain points of the emergency‑management sector, the company has pioneered the application of next‑generation aviation jet‑propulsion technology to critical fire‑rescue scenarios in high‑rise buildings. It has globally launched a groundbreaking cross‑disciplinary innovation that bridges two strategic emerging industries—safety‑critical emergency response and the low‑altitude economy—offering a solution to the longstanding global challenge of inadequate primary firefighting equipment in urban high‑rise fires. Moving forward, the company will continue to develop and deploy electric ducted‑fan jet‑propulsion systems and their associated flight platforms across domains including 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.