High-performance carbon fiber reshapes the core performance of unmanned aerial vehicles
The fuselage frame and arm of this drone are made of high-modulus carbon fiber composite materials, breaking the limitations of traditional plastic and ordinary metal drones. Its characteristics are perfectly adapted to the flight scenarios of drones:
Ultimate lightweight, extended battery life and more effortless: The density of carbon fiber material is only one-third that of aluminum alloy, and it is over 40% lighter than aluminum alloy drones of the same level. The lightweight body can significantly reduce the motor load. Under the same battery capacity, the battery life can be increased by 50 minutes. Whether it is outdoor aerial photography or operation exploration, it can reduce the trouble of frequent battery replacement. Meanwhile, the lightweight body also makes it more convenient to carry. Just put it in your backpack and you can set off, easily handling long-distance outdoor trips.
Super wind resistance, more stable flight without “drifting” : The tensile strength of carbon fiber is five times that of steel, and the structural strength of the fuselage frame and arms far exceeds that of traditional materials. Facing outdoor gusts of 3 to 5 levels (adjustable according to actual data), the camera body can maintain a stable posture, is less likely to shake or shift due to the wind, and the shooting images are smoother and clearer, avoiding the risk of “crashing” caused by wind force. Even in complex wind areas such as mountainous regions and coastal areas, you can fly with peace of mind.
Shockproof and impact-resistant, making outdoor flights more reassuring: Unexpected situations are inevitable during outdoor flights (such as operational errors and collisions with obstacles). Carbon fiber material has excellent impact toughness and can effectively buffer the impact force of collisions. Compared with the problems of ordinary plastic drones that are prone to cracking after a collision and aluminum alloy drones that are prone to deformation after a collision, carbon fiber bodies are less likely to break or dent even with minor impacts. They can be used again after a simple inspection, significantly reducing maintenance costs. Even beginners can handle them with confidence.
