Sturdy and Durable Foldable Drone Rack Modular Design for Easy Transportation

Product Description

Product Background

Agricultural pest control operation requirements: In the process of agricultural modernization, drone pest control operations have become increasingly popular. For tasks such as pesticide spraying in large areas of farmland and crop pollination, drones need to be capable of carrying more pesticides or fertilizers to improve operational efficiency. For example, the CD-15GPS remote-controlled single-rotor agricultural pest control drone produced by Hanhe Aviation has a loading capacity of 15 kilograms and can cover 20-30 acres of land with a single spray. Compared to drones with smaller load capacity, its operational efficiency has significantly improved, meeting the needs of large-scale agricultural production.
Development needs of logistics distribution: With the development of the e-commerce industry, the "last mile" problem in logistics distribution has attracted much attention. Drone logistics distribution has advantages such as flexibility and speed, and can directly deliver small packages to users. With a 15-kilogram load capacity, it can carry a wider variety and larger quantity of goods, expanding the application scope of drone logistics and helping to improve logistics distribution efficiency and service quality.

Material technology advancement support: The development of lightweight and high-strength materials such as carbon fiber and high-strength aluminum alloys has provided the foundation for the manufacturing of 15-kilogram drone frames. These materials possess characteristics such as light weight, high strength, and corrosion resistance, enabling the frame to withstand a 15-kilogram load while not being overly heavy, thus ensuring the flight performance and endurance of the drone. For example, the PHG15 plateau drone from Shenzhen Yingfiming Technology uses an integrated aluminum alloy carbon fiber frame, which can carry a 15-kilogram load and has a flight duration of up to 100 minutes.
Improvement in frame design technology: The design technology of drone frames has been continuously improved. By optimizing structural design, such as adopting truss structures and reasonable layout of the arms, the stability and load-bearing capacity of the frame have been enhanced. At the same time, design concepts such as folding arms and rapid assembly have been applied, making the 15-kilogram drone frame more convenient for transportation and use. For instance, the CW-15 electric heavy-load integrated drone platform adopts a non-disassembled folding arm design, improving the reliability and convenience of the drone.

Expansion in multiple application fields: Besides the agriculture and logistics sectors, in areas such as power inspection, mapping and aerial photography, and emergency rescue, drones also need to carry more equipment, such as high-definition cameras, mapping instruments, and rescue supplies. The 15-kilogram drone frame can meet the equipment carrying requirements, enabling drones to play a role in more fields and promoting the development of related industries.

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