Modular Drone Rack for Easy Storage and Transport Developed

Description de produit

Product Background

Demand-driven application: With the widespread use of drones in various fields, such as logistics transportation, agricultural pest control, power inspection, and environmental monitoring, higher requirements have been imposed on their carrying capacity. For instance, in the logistics sector, drones need to carry a certain weight of goods to complete last-mile delivery; in agricultural pest control, they need to carry sufficient pesticides or fertilizers for large-scale spraying. A carrying capacity of 10 kilograms can well meet these demands, thus giving rise to corresponding drone frames with such carrying capacity.
Policy environment support: Various ministries and commissions such as the National Development and Reform Commission and the Ministry of Transport have successively introduced supporting policies, gradually opening up low-altitude airspace pilot programs and improving infrastructure construction, paving the way for the large-scale development of emerging industries like low-altitude logistics. Under this background, enterprises actively developed drones suitable for related applications. The 10-kilogram drone frame, as a key component, also received more investment and application promotion.

Materials and Technological Progress: The development of materials science has provided a foundation for the design and manufacture of 10-kilogram drone frames. The wide application of high-strength and lightweight materials such as carbon fiber and aluminum alloy has enabled the frames to have sufficient carrying capacity while minimizing their own weight, thereby enhancing the overall performance of the drone. At the same time, advancements in precision processing and assembly techniques have made the frame structure more reasonable and more stable.
Design Concept Innovation: To better meet market demands, the design concept of drone frames has been continuously innovated. For example, by combining a small number of aluminum alloy connectors with carbon tubes, it is possible to reduce the weight of the fuselage while ensuring the load-bearing capacity and structural stability, and also lowering the manufacturing cost. In addition, the frame design often adopts X-shaped or H-shaped layouts to optimize aerodynamic performance, reduce flight resistance, and the key components such as the arms will be reinforced to ensure stable flight even under a 10-kilogram heavy load.

Market competition drive: The drone market is highly competitive. Companies strive to secure a larger share of the market by constantly launching products with superior performance. The drone frame with a 10-kilogram payload capacity enables the drone to be applied in more scenarios and meet the needs of more customers, thereby enhancing the product competitiveness. This has prompted many drone enterprises to invest resources in the research and production of such frames.

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