RC model aircraft motor LN3110D24-001

This model aircraft motor with a rated voltage of 24VDC and CCW rotation direction (viewed from the shaft extension end). Featuring a KV value of 1,580, it belongs to the medium-high speed motor category. Its electrical performance is outstanding: it can withstand an ADC 600V/3mA/1Sec withstand voltage test and has a CLASS F insulation rating. Under no-load conditions, it reaches a speed of 37,900±10% RPM at a maximum current of 3.6A; under load, it maintains a speed of 35,000±10% RPM, a current of 27.2A±10%, and an output torque of 0.317N·m, capable of meeting the power demands of heavy-load scenarios. In terms of mechanical performance, the motor has a vibration level ≤7m/s, noise ≤75dB/1m (when ambient noise ≤45dB), and backlash controlled within 0.2-0.01mm. Unspecified dimensional tolerances comply with GB/T1804-2000 m-class standards, ensuring high machining precision and guaranteeing stable operation and precise control.

The motor offers significant advantages. The combination of a 1,580 KV value and a 24VDC rated voltage enables it to output a high torque of 0.317N·m under load, and it can withstand a large current of 27.2A, making it suitable for driving large propellers or heavy-duty model aircraft. The tin-plating process for wires, paired with 10 #18AWG soft silicone wires, enhances conductivity and bending resistance, while the three-phase wire specifications reduce heat generation and energy loss. Meanwhile, strict control of vibration and noise minimizes structural wear and interference with the flight control system. The standard mounting holes (such as 4-M3 and 2-M5 screw holes) are compatible with mainstream model aircraft frames, facilitating installation and debugging.

It has a wide range of application scenarios, suitable for heavy-duty multi-rotor UAVs with a wheelbase of over 450mm, such as plant protection drones and logistics transport UAVs, as well as the main propulsion motor for large fixed-wing model aircraft and the main rotor drive for medium-sized helicopters. In the field of industrial plant protection, its high torque characteristics can drive large-sized plant protection propellers to improve operational efficiency. In aerial photography and surveying, stable power output ensures the flight stability of large aerial photography UAVs. Additionally, it is suitable for the construction of experimental model aircraft platforms in scientific research and education. Manufactured by Dongguan Lean Innovation Technology Co., Ltd., the motor undergoes strict tests before leaving the factory to ensure no smoke, odor, abnormal noise, or other defects during operation. It features a clean appearance without rust, ensuring reliable quality.