Flood rescue drones, UAV parameters, complete image collection

Flood rescue UAV, UAV parameters, complete image gallery

Flood rescue UAV, UAV parameters, complete image gallery

 High-efficiency PayloadSee the tiniest details, lift thousands of pounds

Currently, the thrust-to-weight ratio of most single-rotor helicopters used in the industry is no higher than 1.5. Through continuous exploration and optimization of the engine, we have increased the thrust-to-weight ratio of single-rotor helicopters to above 2. A high thrust-to-weight ratio is not only a symbol of technology, but also brings about economical fuel performance and better operational indicators, with great advantages in application fields such as mission hang flight tests.

Doubled SafetyHeavy-duty aero engine, top priority

The engine is a key technical layout for helicopters. We have developed a dual-fuel aero engine that supports both gasoline and heavy fuel. This enables the emergency high-payload long-endurance unmanned helicopter to operate more safely in forest fire prevention and shipboard operation scenarios.

High ReliabilityWithstand any environment, forged through trials

It boasts flight capability in extremely harsh environments: takeoff and landing in sandstorms, flight in muddy conditions, overload operation, and quick maintenance and upkeep. Harsh environments have forged the reliable quality and随时救援 capability of the emergency high-payload long-endurance unmanned helicopter, enabling it to provide rescue support at any time.