As drone application scenarios continue to diversify, user demands for wheelbase, payload layout, folding mechanisms, and protection levels vary significantly. Our company officially announces the “Customization Service Upgraded” initiative, launching a carbon fiber drone rack personalization system that covers broader needs, responds faster, and delivers higher precision, truly achieving “design on demand, one solution per customer” and meeting the unique mission requirements of different users.

When drones operate outdoors, they face prolonged exposure to sunlight, rain, temperature fluctuations, humidity, and sandstorms. Metal frames are prone to corrosion, while plastic frames age rapidly. Our carbon fiber drone rack, leveraging the inherent weather resistance and durability of the material, copes with complex outdoor environments without additional coatings or protection, becoming a reliable structural foundation for all‑weather flight.

As the drone industry moves toward high-end development, the precision of manufacturing processes directly determines the performance ceiling and reliability of the airframe. Our company officially launches the carbon fiber drone rack series built around “crafted with precision technology.” From raw material handling, ply design, and curing to finishing, the entire process embodies high-end manufacturing philosophy, making every rack a fusion of craftsmanship and performance.

As the drone industry evolves rapidly, the demand for diverse airframe structures grows accordingly. Our company officially launches the “parallel standardization and customization” carbon fiber drone rack solution, breaking away from traditional single-mode production. This approach satisfies both mass production needs and personalized scenario adaptation, offering a more flexible and efficient choice for the industry.

UAV flight safety depends not only on flight controllers and sensors but also on the airframe that supports all critical components. Our company officially launches the “Core Structure Upgraded” carbon fiber drone rack, embedding safety design philosophy into every load‑bearing node and connection detail, building a solid physical line of defense for UAV flight safety.

Aerial surveying and mapping together with agricultural plant protection represent two of the fastest‑growing application directions in the drone industry. Our company officially launches the “multi‑scenario adaptation” carbon fiber drone rack tailored for these two fields, leveraging high stiffness, light weight, and environmental resistance as core advantages. It provides a solid structural foundation for mapping‑grade accuracy and plant protection‑grade reliability, truly enabling one rack to empower multiple mission scenarios.