Drone Rack with Modular Design Structure Durable and Portable

Product Specification

Product Background

Logistics Industry Transformation: The rapid development of e-commerce has prompted the logistics industry to constantly seek methods for improving efficiency and reducing costs. Drone delivery can avoid traffic congestion and achieve rapid last-mile delivery. A 10kg load can meet the transportation needs of most small and medium-sized items, such as electronic products, medicines, and documents. For example, the Fengyi ARK40 drone launched by SF Express can carry up to 10KG of items in a single flight, providing a new solution for urgent delivery of local items.
Agricultural Pest Control Demand: In agricultural production, large-scale pest control operations require efficient equipment. A 10kg-load drone can carry sufficient pesticides or seeds for large-scale spraying and sowing, which is more efficient and more uniform than manual and traditional machinery, and can reduce labor intensity and costs.
Emergency Rescue Needs: In the event of natural disasters or emergencies, when roads are blocked, a 10kg frame of a transportation drone can carry emergency supplies such as food and medicine and arrive quickly, providing time for rescue and being of great significance for ensuring the safety of lives and property.

Material Upgrade: The application of high-strength and lightweight materials such as carbon fiber and aluminum alloy enables the frame to maintain strength while reducing weight, thereby enhancing the endurance and payload capacity of the unmanned aerial vehicle. For instance, some drone frames are made of carbon fiber, which can effectively carry 10kg of cargo and have a relatively light weight.
Structural Optimization: By leveraging technologies like CAD and CAE, the frame design becomes more scientific. Commonly, X-shaped or H-shaped layouts are adopted to optimize aerodynamic performance and reduce flight resistance. At the same time, key parts such as the arms and motor mounts are reinforced to ensure structural stability under high loads.
Power System Advancement: The performance of the motor has improved, and the energy density of the battery has increased. This provides reliable power support for a 10kg payload unmanned aerial vehicle, enabling it to fly stably and carry the corresponding weight of cargo, and extending its endurance time.

Competition among drone enterprises: The drone market is highly competitive. To gain an advantage, enterprises are investing heavily in the research and development of various-sized transport drones with a load capacity of 10kg and other specifications, striving to stand out in terms of performance, price, reliability, etc., which has driven the development of related technologies and product iterations.
Competition with traditional transportation methods: Transport drones need to compete with traditional transportation methods such as cars and trains. The 10kg-sized drones, with their flexible and fast characteristics, have advantages in specific scenarios and cargo transportation, prompting them to continuously improve performance, reduce costs, and expand market share.

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