Eayload-10: Redefining Aerial Cargo Delivery with Intelligent Winch Control

As the demand for precise and efficient aerial logistics continues to rise, the need for compact, intelligent payload systems has become increasingly critical. The Eayload-10, part of the advanced Eayload Series, introduces a new benchmark for lightweight drone cargo winch technology, combining robust performance with deep system integration for industrial and commercial applications.

Compact Power for Medium Payloads

Weighing only 1.1 kg (excluding counterweights), the Eayload-10 delivers exceptional lifting performance for its size. Capable of handling up to 10 kg of payload with a 25-meter cable, it ensures stable and smooth cargo transportation across diverse terrains and mission types. With a maximum retraction and release speed of 0.6 m/s, the system strikes a balance between speed, precision, and safety—ideal for operations that demand reliable aerial transport.

Intelligent Control and Built-In Safety

At the heart of the Eayload-10’s design is its intelligent winch management system, featuring automatic line organization, anti-tangle protection, and payload weight detection. These capabilities ensure consistent operation even in dynamic flight conditions.

A 2-second emergency rope cut function provides an additional layer of safety, allowing operators to instantly sever the cable in critical situations. Moreover, the ground stop with auto unhook feature eliminates manual intervention during drop-off, enhancing mission efficiency and reducing operational risks.

Seamless Integration with DJI and Beyond

Designed for easy integration, the Eayload-10 is fully compatible with DJI M300 and M350 RTK drones through the native PSDK protocol, ensuring seamless control via the DJI Pilot app and remote controller. For broader compatibility, it also supports PWM, SBUS, RS-422, and RS-232 protocols, making it adaptable to third-party flight controllers and ground control systems.

This open-architecture approach means operators can deploy the Eayload-10 across various drone platforms, from commercial delivery drones to research and rescue UAVs, without complex modifications.

Human-Centered Design and Visual Feedback

Operation simplicity is another hallmark of the Eayload-10. The dedicated remote controller features clearly labeled buttons for lifting, lowering, one-click release, and emergency cut, minimizing training time for new users.

The system also employs interactive lighting indicators for real-time feedback. A green light indicates a light load, yellow suggests a heavier one, and red warns of overload conditions—allowing pilots to monitor performance intuitively even in outdoor environments.

Built to Last

The upgraded electric release version of the Eayload-10 is built with a high-strength molded shell, ensuring excellent durability and wear resistance. A built-in fuse-break battery with automatic recharging enhances operational reliability, reducing maintenance needs during intensive field missions.

Applications Across Industries

From aerial logistics and emergency supply delivery to equipment transportation and disaster response, the Eayload-10 delivers the flexibility and intelligence that modern drone operations demand. Its compact form, advanced control features, and broad compatibility make it a valuable asset for organizations seeking a dependable and scalable aerial winch solution.

The Eayload Series: Scalable Payload Innovation

The Eayload-10 is just one member of the Eayload family. The lineup also includes the Eayload-50 and Eayload-150, designed for heavier lift missions and compatible with platforms such as the DJI Agras T60, T50, and T40. Together, they form a complete ecosystem of modular, adaptable winch systems capable of meeting the evolving needs of professional drone operators.

In essence, the Eayload-10 represents a fusion of engineering precision and operational intelligence—lightweight yet powerful, compact yet versatile. It redefines what’s possible in medium-payload aerial delivery, empowering drones to perform safer, smarter, and more efficiently than ever before.