This is not an ordinary drone, but an aerial robot:

Equipped with a multi-degree-of-freedom robotic arm, the whole process of "grabbing-handling-dropping" is accurately realized, solving the pain point of "only seeing, not touching" of traditional unmanned aerial vehicles.

The four-rotor power system provides stable hovering capability, and with industrial-grade positioning algorithms, it can accurately control the robotic arm to complete fine movements even at high altitude and under complex wind conditions.

Technical hard power

Lightweight design: carbon fiber material makes the whole machine high strength and light weight, ensuring longer endurance and greater load.

Redundant safety design: four rotor power redundant anti-collision structure, reduce the risk of operation, independent cooling module to meet the needs of long-term high-intensity tasks.

Multi-scene adaptation: The mechanical claw can quickly change the chuck, compatible with objects of different shapes and weights, and can seamlessly switch from emergency rescue to industrial inspection.

What can you do? These scenes are directly sealed

Emergency rescue: taking objects from high altitude and delivering rescue materials to the trapped people, without the risk of climbing.
Industrial operation and maintenance: replace parts for high-altitude equipment, collect samples in hazardous areas, and replace manual work to complete high-risk operations.
Scientific research and detection: in the mountains, canyons and other complex terrain, accurate grasp of soil/water samples, improve the efficiency of scientific research.

Design concept: what we want is not only to "fly", but also to "do practical things". This drone allows aerial operations to move from "observation" to "intervention", and truly becomes the "extended hand in the air" of mankind ".