integrated power system
Integrated & Ready-to-use Propulsion System
The propulsion system, , which integrates motor, ESC and propeller.
FOC-based PMSM Algorithm Perfect Propulsion System
The FOC (Field Oriented Control)-based PMSM (Permanent Magnet Synchronous Motor) algorithm, an optimized algorithm for improving the collaborative performance of the ESC, motor & propeller, makes the motor-propeller more balanced and creates a propulsion system features high stability, reliability and efficiency.
Comparing with the BLDC motors, the PMSM has a lot of advantages like low noise, small size, high power density, low pulsating torque, and high control precision.
The propulsion system is waterproof to IPX7 standard. It’s applicable to almost all the harsh working conditions (for agricultural applications) like rainwater, pesticides, salt spray, high temperature, sand and dust. Combined with the outlets at the bottom of the motor mount.
Multiple Protection Functions & Real-time Data Output
The ESC included in the power propulsion, which features a series of protection functions like power-on self test, power-on abnormal voltage, over-current and motor lock-up, can output the running data like input throttle, output throttle, RPM, input voltage & current, output current, capacitor temperature and MOS temperature to the DATALINK data box (item sold separately) & the FC (Flight Controller) in real time, to allow the FC to know the running status of the (ESC & motor) power combo in real time, and improve the flight performance, efficiency and reliability of the drones.
High Thrust & Efficiency Propeller
The propellers made of special high-strength carbon fiber is solid and light, and guarantees great consistency and excellent dynamic balance. The optimized aerodynamic shape combined with the optimized electromagnetic design adopted by the motor and the high efficiency FOC (Field Oriented Control) algorithm implemented by the ESC guarantee the high thrust & efficiency of the propulsion system.
Super Impact Resistance
The unique keel-like structure design adopted by the motor mount/ESC case optimizes heat dissipation, improves overall strength. In particular, it protects the motor parts and makes the motor highly impact-resistant. That greatly reduces the possibility of structure deformation/malfunction caused by drop or hit.