1. Performance and efficiency

High efficiency: The deceleration hollow cup motor adopts coreless rotor structure, which eliminates eddy current loss in the core motor, significantly reduces weight and moment of inertia, thereby reducing mechanical energy loss and improving the overall efficiency of the motor.

Fast response: The decelerated hollow cup motor has excellent dynamic response performance, and can quickly adjust the speed and torque to meet the needs of the servo system that requires rapid response, such as the rapid adjustment of the flight direction of the missile, and the follow-up control of the high rate optical drive.

2. Size and weight

Compact size: the decelerated hollow cup motor is small in size and light in weight, especially suitable for application scenarios with strict space requirements, such as aviation, aerospace, model aircraft and other aircraft fields, which can effectively reduce the overall weight of the aircraft.

Flexible design: Due to its small size, the hollow cup motor can be easily integrated with other equipment or components, improving the overall design flexibility and aesthetics of the product.

3. Durability and reliability

Long life: Decelerated hollow cup motors are usually made of high-quality materials and good manufacturing processes, with high durability and reliability, and can operate stably in harsh environments for a long time.

Low maintenance cost: Due to its simple structure and easy maintenance, the maintenance cost of the hollow cup motor is relatively low, which helps to reduce the overall operating cost of the product.

4. Control and drag characteristics

Precise control: Decelerating hollow cup motor has good control and drag characteristics, can achieve accurate speed and position control, to meet the requirements of high precision application scenarios.

Smooth drag: For products that require smooth and durable drag, such as portable instruments, electric vehicles, etc., hollow cup motors can provide stable power output and extend the power supply time.

5. Electromagnetic compatibility

Low electromagnetic interference: Decelerated hollow cup motors have low electromagnetic interference (EMI) and electromagnetic sensitivity (EMS), which can reduce interference to other electronic devices and improve the overall electromagnetic compatibility of the system.

6. Customize your needs

Diversified selection: There are a variety of specifications and models of hollow cup motors on the market to choose from, including different voltage, speed, torque and other parameters, which can meet the customized needs of different application scenarios.

Combined use: The deceleration hollow cup motor can be combined with a variety of gearboxes, DC tachometers and encoders to achieve more complex transmission and control functions.