Safe and Reliable: Complete Price and Parameter List for Flood Rescue UAVs

Highly ManeuverableStill as a maiden, move like a runaway rabbit

The rotor structure of the emergency unmanned helicopter determines its highly maneuverable characteristics. When hovering, it is like a nail in the air, completely stationary, while cruising, it can reach a speed of 100 kilometers per hour. Combined with ultra-long endurance and load capacity, the emergency large-payload long-endurance unmanned helicopter has reached a new height of application in rescue and other fields.

Easy to StowCompact and Versatile, Easy to Fold and Unfold

Many application scenarios require UAVs to quickly deploy and stow operations, and be convenient for transportation. By reforming the tail rotor structure of traditional helicopters and canceling the transmission mechanism, the rapid tail folding function is realized. The stowed volume is reduced by 50% after folding, and the operation deployment and stowing only take three minutes, allowing it to enter the working state in the shortest possible time, empowering various application scenarios.

Unlimited CeilingSoar High, Gain a Broad Perspective

The emergency large-payload long-endurance unmanned helicopter has now achieved operational flight at an altitude of over 5000 meters, and continues to make efforts in high-altitude technology, striving to fly even higher, and contributing to fields such as artificial rainfall, plateau material transportation, and border patrol.

Highly Efficient PayloadCapable of Handling Tiny Loads and Withstanding Great Force

At present, the thrust-to-weight ratio of most single-rotor helicopters in the industry is no higher than 1.5. Through continuous exploration and optimization of the engine, the thrust-to-weight ratio of single-rotor helicopters has been increased to above 2. The high thrust-to-weight ratio is not only a symbol of technology, but also brings economical fuel performance and better operating indicators, which has great advantages in application fields such as mission hanging flight tests.