Derived from the market-proven X6 Plus, X6 Plus G2 inherits the reliability validated in agricultural applications while extending compatibility to emerging use cases. It is designed to fully meet the fast-growing demands of precise agriculture, inspection and monitoring, and drone training and education sectors.

X6 Plus G2 delivers a rated thrust of 4–6kg/rotor and is purpose-built for small to mid-sized UAVs, including 5L agricultural quadcopters, and 10L agricultural hexacopters.

Classic Continuation, Seamless Upgrade

X6 Plus G2 retains the MFP 24×8.0 carbon-fiber folding propeller and the 30 mm tube diameter of X6 Plus. The same design distance from the tube clamp mounting face to motor center ensures consistent motor-to-motor distance without modifying the entire structure.

Powered by a new algorithm, the propulsion system can be quickly matched with existing flight controllers, delivering fast dynamic response. Even under standalone GPS operation without RTK, it can maintain stable position holding, further enhancing flight safety and route precision.

Lighter Weight, Larger Thrust

Total system weight: 748g (including cables and propellers), 5.3% lighter than X6 Plus (790g). Maximum thrust: 12.5kg at 46V normal voltage, a 5.9% increase over the X6 Plus (11.8kg).

New Structure, Efficient Cooling, Enhanced Protection

A dual-layer centrifugal fan bracket with optimized exhaust outlets effectively prevents impurity from entering. By increasing the outlet diameter, cooling efficiency is improved by 10%, allowing the motor to fully unleash its performance.

X6 Plus G2 motor uses high-temperature resistant enamel wire, capable of withstanding temperatures up to 200°C. With an IPX6 protection rating, the motor ensures long-term and stable operation in harsh environments commonly encountered in UAV applications, including rain, pesticides, salt spray, high temperatures, and dust. With a liquid drainage channel, X6 Plus G2 integrated propulsion system can be simply rinsed with water after use for easier maintenance.

Flexible Tuning, Dual-Throttle Control, Efficient Flight

Tuning via remote controller and tuning via Bluetooth in mobile app (DataLink V3) are newly added. In outdoor scenarios, users can quickly adjust parameters using the remote controller without DataLinkBox data box. Using the DataLinkBox G3 and DataLink V3 app (supports Android and iOS systems, but currently not Huawei HarmonyOS), 90% of ESC parameters can be quickly set via Bluetooth. Additionally, the OTA function of the DataLink software on PC enables efficient and convenient upgrades of multiple ESC firmware in one drone.

Equipped with a CAN interface, the system supports real-time data exchange with the flight control system, enabling monitoring of key parameters such as RPM, throttle, current, voltage, and temperature. The dual-throttle control—combining CAN digital signals and PWM analog signals—enhances real-time responsiveness and anti-interference capability.

X6 Plus G2 supports both DroneCAN and HWCAN protocols (HWCAN by default), ensuring compatibility with mainstream flight controllers, including ArduPilot, MicroKopter, Boying, JIYI, and Borui.

Note: Customized DShot digital throttle and corresponding protocol compatibility are reserved for effectively meeting the demand for FPV adapting to larger drone frame, and enabling rapid building of the FPV propulsion system.

Independent Black Box, Multiple Protection Mechanisms, Enhanced Safety

In addition to fault code recording, X6 Plus G2 adds a log function that records dynamic ESC data for up to 24 hours of operation. Under abnormal conditions, users can access the data via the host computer software (DataLink) for fast fault diagnosis and troubleshooting.

Integrated software and hardware protection mechanisms include overcurrent, motor stall, throttle signal loss, temperature anomaly monitoring, and over/under-voltage protection, ensuring comprehensive safety during flight. (This protection function can be enabled or disabled as needed, allowing flexible configuration based on the requirements of the overall system.)