[1] Strength and fatigue simulations: The strength and fatigue are calculated and checked based on the application scenarios where the propulsion system is used. The system still works after throwing-and-falling tests for 100 times. The throttle cycle aging is to 2000h.

[2] Propeller adaptive locking design: Mistake-proof design adapts to eliminate the gap caused by continuous operational wear.

[3] Magnetocaloric Coupling Simulations: Magnetic circuit of the motor is optimized reduce active heat generation, while considering the influence of heat on key materials.

[4] Cyclic Cooling Technology: The inlet and outlet flow is increased, combined with the propeller downwash flow which helps quickly remove the heat.

[5] Modular Design: The power parts are merged into the design, increasing the heat dissipation surface. The paired power parts are compatible with each other, and users only need to directly connect to the drone arm to use.

[6] The Sealing Design and Potting Process: Excellent potting process ensures power endurance, anti-corrosion, heat dissipation and insulation allowing you to rinse directly with water for quick cleaning.

[7] Lightweight Design: It is 6.5% lighter than power of the same class.

[8] The Hot-charging Process: It eliminates the radial assembly gap, so that there is no relative sliding during operation improving the service life of the product.

[9] Built-in Monitoring: Full state monitoring and real-time storage of operating data for data transmission and analysis.

[10] Fully Parameterized Settings: convenient host computer configuration tools, parameter tuning, and custom power.

[11] Cloud Box Analysis: Convenient cloud box host computer configuration and data download analysis tools. Graphical display of data status.

[12] Multi-protocol Compatibility: Compatible with UAVCAN, DRONECAN and T-MOTOR self-developed CUBECAN^TM. It is convenient and easy for zero-based users to use.

[13] Kinetic Energy Recovery: Controlled kinetic energy regenerative braking is more energy-saving, effectively increasing the flight time.

[14] PWM/CAN Dual Backup: Shielded signal wires, redundant dual control, data feedback, real-time monitoring of operational data.

[15] Adjustable Navigation Lights: You can use the host computer tool or CLOUDLINK MINI to quickly switch the navigation light status.

[16] Intelligent Protections: Power-on self-test, over-voltage/under-voltage protection, over-current protection, throttle signal loss protection, over-temperature protection, locked-rotor protection, phase loss protection and etc. Intelligent protection alarm, status storage.

[17] Normal/Speed Modes Custom Switch: Adaptive normal throttle mode/speed mode, which can be switched to adapt to various flight control needs.

[18] Various tools: CLOUDLINK LITE can be connected to the computer for comprehensive configuration and multiple-ESC data logging. CLOUDLINK MINI is a portable tool for CAN ID setting, steering setting and LED status setting.