Heavy load drone Rack/Sturdy and Portable Drone Rack

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Product Background

Logistics delivery requirements: With the development of the e-commerce industry, the "last mile" problem in logistics delivery has attracted much attention. For remote mountainous areas, islands and other regions with poor transportation conditions, traditional delivery methods are inefficient and costly. The 50kg heavy-duty unmanned aircraft frame can be used to carry goods, such as the "Fengyi Ark 150" unmanned aircraft of SF Express, with a 50kg load capacity and a 20km flight range, it can effectively solve the delivery problems in these areas and improve the three-dimensional logistics network.
Emergency rescue needs: In the event of natural disasters, such as the flood in northern Thailand, vehicles and ships cannot enter the disaster area. At this time, unmanned aircraft are urgently needed to transport rescue bags, drinking water and food and other supplies. The 50kg heavy-duty unmanned aircraft frame enables the unmanned aircraft to carry more rescue supplies and quickly reach the disaster area, allowing for more time for rescue efforts and improving rescue efficiency.

Power construction and maintenance requirements: In power line erection and other construction scenarios, especially in mountainous and other special areas, the traditional manual pulling method is extremely inefficient. For example, the electric eagle EHM-2200 with a large load capacity purchased by Xinjiang Transmission and Transformation Engineering Company can fly for 30 minutes with a 50-kilogram load, which can solve the power line erection problems in special areas, reduce manpower input, and improve construction efficiency.
Material and design technology progress: The application of high-strength carbon fiber composite materials, aluminum alloys, and titanium alloys has enabled 50-kilogram heavy-duty unmanned aircraft to ensure strength while reducing weight. At the same time, the application of modular design concepts makes the aircraft easy to be quickly disassembled, assembled, and maintained, improving operational efficiency. In addition, through CFD analysis to optimize the wing shape, the number and angle of the propellers, etc., in the aerodynamic optimization design, the flight resistance is reduced, and the lift efficiency is improved.

Improvement in flight control technology: The integration of high-precision navigation systems, such as GPS global positioning system, INS inertial navigation system, and visual obstacle avoidance system, enables precise positioning and automatic obstacle avoidance. The built-in advanced flight control algorithms support various flight modes including automatic route planning and autonomous takeoff and landing, allowing drones to fly stably under heavy loads and ensuring safety and efficiency during operations.
Competition and industry development: The growth rate of the consumer-grade drone market has slowed down. Companies are expanding into the industrial-grade drone sector, and the market for large-load drones has become an important competitive point. Developing a 50kg heavy-duty drone frame helps enterprises meet more application requirements, enhance product competitiveness, and drive the entire drone industry towards higher load capacity and higher performance.

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