Detrum BM3720A-750KV Electric Brushless Motor

Detrum BM3720A-750KV Electric Brushless MotorDetrum BM3720A KV750 Electric Brushless Motor Performance Data with Different Propellers The BM3720A KV750 brushless motor was tested under full throttle (100%) conditions using a fully charged 4S LiPo battery at 16V. The motor was paired with two different propellers, and the following performance data was recorded: 1. 13x6 2 Blade Propeller (DYP 1019): Current Draw: 38. 3A Maximum Thrust: 2765g Voltage: 16V 2. 10. 5x8 4 Blade Propeller (DYP 1026):

Detrum BM3720A-KV750 Electric Brushless Motor Performance Data with Different Propellers

The BM3720A-KV750 brushless motor was tested under full throttle (100%) conditions using a fully charged 4S LiPo battery at 16V. The motor was paired with two different propellers, and the following performance data was recorded:

1. 13x6 2-Blade Propeller (DYP-1019):

        Current Draw: 38.3A
        Maximum Thrust: 2765g
        Voltage: 16V

2. 10.5x8 4-Blade Propeller (DYP-1026):

        Current Draw: 39A
        Maximum Thrust: 2409g
        Voltage: 16V

These results demonstrate the BM3720A-KV750 motor's versatility and efficiency when paired with different propellers. The 13x6 two-blade propeller delivers higher thrust, making it ideal for applications requiring maximum lift. On the other hand, the 10.5x8 four-blade propeller offers a balanced performance with slightly lower thrust but potentially better efficiency in specific flight conditions.

This data is essential for RC plane builders, and engineers looking to optimize their setups for performance, efficiency, and battery life. The BM3720A-KV750 motor proves to be a reliable choice for various aerial applications, providing consistent power and adaptability with different propeller configurations.