1、 Core functional features

1. Multi parameter precise acquisitionReal time collection of core parameters such as motor speed, torque, power, efficiency, voltage, current, temperature, etc., with measurement accuracy within ± 0.5%, synchronous recording of aerodynamic performance data such as propeller thrust and tension, comprehensively covering key indicators of the power system.

2. Full condition simulation testSupports multiple testing modes such as static, dynamic, and variable load, and can simulate actual flight conditions such as drone takeoff, cruise, hover, and rapid acceleration, adapting to power performance verification in different flight scenarios.

3. Intelligent measurement and control analysisEquipped with professional measurement and control software, it supports custom testing processes, automatically generates data curves and test reports, and can achieve parameter settings, real-time monitoring, and data export through PC or touch screen. It also supports comparative analysis of multiple sets of data.

4. Security protection*Built in overload, overcurrent, overheating protection and emergency stop mechanism, equipped with protective cover and sound insulation device, to avoid equipment damage or personnel injury during testing and reduce noise pollution.

5. Strong compatibilityIt can be adapted to micro DC motors to high-power brushless motors, 2-inch to 50 inch propellers, as well as various batteries such as lithium polymer and hydrogen fuel. The test piece can be easily disassembled and assembled through a fast fixture.

Professional manufacturer of drone power test bench

2、 Core testing projects

1. Motor performance testingTest the no-load speed, no-load current, locked rotor torque, rated power efficiency curve, different voltage speed characteristics, and long-term operating temperature rise to evaluate the motor's power output capability and stability.

2. Electric tuning performance testingDetect response speed, current control accuracy, carrying current, speed range, efficiency, and load voltage drop to verify the control accuracy and reliability of the electric controller on the motor.

3. Propeller matching testMeasure thrust, tension, and efficiency at different speeds, analyze the matching degree between propellers and motors, and provide data basis for power system selection.

4. Battery power testSimulate actual flight power consumption, test discharge rate, continuous discharge capability, voltage platform, endurance time, and high current discharge temperature rise, evaluate battery power supply capability and safety.

5. Durability testing of power systemThrough long-term continuous operation testing, simulate actual operating conditions, record performance degradation, evaluate service life and reliability, and identify potential faults in advance.