SPIDER Automation | MY1020 24V 500W Brushed DC Motor | 2500RPM Electric Drive Motor for E-Bikes, Scooters & Go-Karts
The SPIDER Automation MY1020 24V 500W Brushed DC Motor is an electric drive motor intended for compatible electric bicycle conversions, scooters, mini bikes and go-kart applications. It operates on a rated supply of 24V DC and has a listed operating power of 500W. Its brushed DC motor construction is designed for use with a suitable brushed motor controller.
The motor has a listed rated speed of 2500RPM and rated torque of 19.37kg-cm. Its housing measures 160 × 120 × 110mm, and the listed net motor weight is 4.1kg. A 0.5m cable is provided for electrical connection. The MY1020 model can be considered for replacement or custom drive installations where the electrical, mechanical and drivetrain interfaces are compatible.
Product Overview & Motor Construction
The MY1020 is a brushed DC motor designed to convert electrical energy from a compatible DC supply into mechanical rotational output. Its brushed construction requires a controller designed for brushed DC motors; a brushless motor controller is not an interchangeable substitute.
With a listed 500W operating power and 24V rated voltage, this motor is intended for electric drive systems designed around these ratings. Its compact rectangular housing and integrated connection cable support installation in suitable vehicle or equipment layouts.
Technical Features & Performance Characteristics
- MY1020 Model: Identifies the motor model for replacement selection and compatible drive-system design.
- Brushed DC Motor: Uses a brushed electrical commutation arrangement and requires a compatible brushed DC controller.
- 500W Operating Power: Provides the listed motor power rating for compatible electric vehicle applications.
- 24V DC Rated Voltage: Designed for a 24V DC motor supply system.
- 2500RPM Rated Speed: The listed rotational speed for motor and drivetrain planning.
- 19.37kg-cm Rated Torque: Provides the supplier-listed torque reference for evaluating mechanical drive requirements.
- Efficiency Rating: Supplier lists an efficiency of at least 78%.
- Integrated Cable: Includes a 0.5m cable for connection to the motor controller.
- Compact Housing: The 160 × 120 × 110mm motor body supports installation where the available mounting space accommodates these dimensions.
- 4.1kg Net Weight: Provides a reference for vehicle layout, mounting support and weight planning.
Electrical Configuration & Controller Compatibility
This motor is specified for 24V DC operation and uses brushed DC motor technology. It must be paired with a brushed motor controller compatible with the motor’s voltage, power and current requirements. A controller intended for BLDC motors uses a different commutation arrangement and should not be selected for this brushed motor.
The supplied description identifies a 0.5m cable but does not provide its wire colours, connector type or terminal polarity. Use the motor and controller wiring documentation to establish the correct connections. The controller and battery should be selected as a matched system rather than based on voltage alone.
Mechanical Installation & Drive-System Integration
The motor housing measures 160 × 120 × 110mm. Before selecting it as a replacement, compare the available mounting space and mounting arrangement with the existing motor installation. The shaft dimensions, shaft profile, mounting-hole pattern and mounting hardware are not established by the supplied product information.
For vehicle applications, the motor must also match the drivetrain interface, such as the required coupling, sprocket or transmission arrangement. The final vehicle speed and wheel torque depend on the drivetrain ratio, wheel dimensions, controller settings, battery capability and vehicle load; motor RPM alone does not determine road speed.
Applications
The MY1020 motor is intended for compatible 24V brushed DC electric drive systems. Its suitability for a particular vehicle depends on the mounting arrangement, shaft interface, controller and drivetrain specifications.
- Electric Bicycle Conversion: Use in compatible bicycle conversion systems designed around a 24V brushed DC motor.
- Electric Bicycle Motor Replacement: Replacement of an existing MY1020 motor when its electrical and mechanical interfaces match.
- Electric Scooters: Drive-system integration in scooters designed for a compatible 24V brushed motor.
- Mini Bikes: Suitable for compatible mini-bike projects requiring a 24V brushed DC motor.
- Electric Go-Karts: Use in go-kart drive systems engineered for the motor’s power, speed and torque characteristics.
- Electric ATV Projects: Integration into compatible small electric vehicle platforms with suitable drivetrain and controller arrangements.
- Custom Electric Vehicles: Motor selection for custom builds designed around a 24V brushed DC powertrain.
- Electric Drive Prototypes: Use in engineering prototypes requiring a brushed DC motor with the listed power and speed ratings.
- Motor Maintenance & Replacement: Replacement of a compatible MY1020 motor during repair or refurbishment.
- Small Vehicle Powertrain Development: Integration into projects where the motor’s rated output and mechanical interface suit the intended drivetrain.
Package Includes
- 1 × MY1020 24V 500W Brushed DC Motor
Product Specifications
| Parameter | Specification |
|---|---|
| Product Type | Electric DC Motor |
| Model Number | MY1020 |
| Motor Technology | Brushed DC Motor |
| Rated Voltage | 24V DC |
| Operating Power | 500W |
| Rated Speed | 2500RPM (listed in specification table) |
| Rated Torque | 19.37kg-cm (approximately 1.90N·m) |
| Efficiency | ≥78% (supplier-listed rating) |
| Motor Length | 160mm |
| Motor Width | 120mm |
| Motor Height | 110mm |
| Motor Dimensions | 160 × 120 × 110mm |
| Net Motor Weight | 4.1kg |
| Cable Length | 0.5m (500mm) |
| Compatible Controller Type | Brushed DC motor controller suitable for the motor’s electrical ratings |
| Package Quantity | 1 Motor |
Connection & Operating Recommendations
For reliable integration, select the battery and controller according to the motor’s 24V brushed DC configuration and the requirements of the complete drive system. Confirm the mechanical fitment and electrical connections before applying power.
- Use a Brushed DC Controller: Select a controller specifically designed for brushed DC motors and suitable for the motor’s voltage and power ratings.
- Match the 24V Supply: Use a battery system compatible with the motor and controller voltage requirements.
- Check Current Requirements: Select the controller, battery and wiring based on the motor’s actual operating and startup current requirements.
- Confirm Shaft Compatibility: Check shaft diameter, shaft profile, coupling or sprocket fitment and retention method before mechanical installation.
- Verify Mounting Dimensions: Ensure the available mounting space and fixing arrangement accommodate the motor housing.
- Identify Cable Connections: Follow the correct motor and controller wiring documentation. Do not assume wire polarity or terminal functions from cable appearance.
- Inspect the Drivetrain: Ensure that the selected transmission components and alignment are suitable for the motor’s rotational output.
- Perform a Controlled Initial Test: Check motor direction, controller response and mechanical clearance at low speed before regular operation.
