High-quality micro motors are essential components in many precision devices, including drones, RC planes, and other advanced technology applications. One such motor that stands out for its exceptional performance is the one described with specifications like Kv of 4000rpm/v, a lipo range from 1 to 2S (voltage between 3.7V to 7.4V), recommended propeller size of 3020, and maximum current handling capacity up to 2A. This motor is designed for extreme performance and efficiency in micro planes, making it suitable for both 3D airplane models and normal flying applications.
The precision winding with silver-copper wire and ultra hard-press laminations ensures that the motor operates smoothly and efficiently even under heavy loads. The use of high-quality materials results in a robust yet lightweight construction, which is crucial for micro motors used in compact devices like model airplanes.
One notable aspect of this motor is its performance data under specific conditions as tested. With a 3020 prop and an applied voltage of 7.4V, the motor operates at a current of 1.7A, producing thrust levels that are impressive for its size—61g for a 30g airplane model and 60g during normal flying operations. These figures demonstrate the robustness and reliability of the motor in handling varying loads efficiently.
The dimensions of the motor are compact at 13 x 10mm, which fits well within the typical space constraints of most micro plane designs. The shaft size is standard with a diameter of 1.5mm and a length of 6mm, making it compatible with many propeller sizes and ensuring smooth operation when paired with the recommended 3020 propellers.
In conclusion, this high-quality micro motor offers exceptional performance in its class, suitable for both advanced model airplane enthusiasts and those looking to enhance their normal flying experiences. Its precision construction, efficiency under load, and compatibility with a variety of props make it an excellent choice for anyone seeking top-tier micro motor technology.
