For DIY electric projects, selecting a reliable 24V motor with solid performance is essential. This article highlights five suitable options, spanning brushed and brushless designs, to support electric bikes, go-karts, scooters, and small generators. Each entry includes key specs and practical considerations to help you compare and decide based on your needs and setup.
| Product | Brand | Voltage | Power | |
|---|---|---|---|---|
| maXpeedingrods 500W 24V DC Motor | maXpeedingrods Store | 24V | 500W | 2500 RPM |
| Small Brushed PM DC Motor for E-Scooter | 24V | 3000 RPM | 3000 RPM | |
| DC6-24V 1000W BLDC Motor + Drive | 6-24V | 1000W | 0-50A drive, high-speed options | |
| MAKERELE High Torque DC Motor | MAKERELE Store | 12-24V | 30W at 12V / 60W equivalent at 24V | Up to 7000 RPM |
| MYFULLY 24V DC 350W Motor | MYFULLY Store | 24V | 350W | 2800 RPM |
The table above provides a quick snapshot of the five motors, including their voltage range and typical speed. When choosing, consider your application’s torque needs, gearing, cooling, controller compatibility, and the available mounting options. The following sections offer deeper details on each model to aid a practical, apples-to-apples comparison.
maXpeedingrods 500W 24V DC Motor ZY1020
This 24V DC brushed motor is designed for light-duty electric bikes, scooters, go-karts, and similar DIY vehicles. Model ZY1020 operates at about 2500 RPM with a rated current around 26.7 A, and it includes a bracket for easier mounting. Dimensions are 107.5 mm in diameter and 133 mm in length. When selecting this motor, verify connector type and physical fit for your frame and drive system.
Small Brushed PM Motor for E-Scooter Drive
This 24V brushed motor features an aluminum body, full copper coil, and natural air cooling for quiet operation and longer life. It’s suitable for high-speed applications with a 3000 RPM rating and a current of about 20 A. Key specs include a shaft diameter of 8 mm and a 24V DC input. It is a good fit for compact scooters or compact power units where space is at a premium.
DC6-24V 1000W BLDC Motor + Controller
This brushless DC motor comes with a three-phase BLDC configuration and a comprehensive drive board featuring a potentiometer for analog speed control and compatibility with PLC 0-5V inputs. It specifies a working range of 6-20V (up to 24V) and run current of about 30 A, with cooling recommended for sustained loads. This setup is suitable for more complex, precision-powered projects requiring smoother control than traditional brushed motors.
MAKERELE High Torque DC Motor
The MAKERELE XD-3420-type motor offers a robust torque profile with a threaded shaft and CW/CCW capability. It supports 12V or 24V operation and offers speeds up to 7000 RPM at 24V, making it well-suited for generator projects or high-speed drive applications. The motor includes a mounting arrangement and is designed for low-noise performance through careful component selection and assembly.
MYFULLY 24V 350W Brushed DC Motor
Designed for electric scooters, e-bikes, and wind-turbine PMA setups, this MYFULLY motor delivers 350 W at 24V with a rated speed of about 2800 RPM. It includes a sprocket for 25H chains and an 8 mm shaft, enabling direct drive compatibility with common bike components. The motor is engineered for smooth operation and reliable performance with practical cooling and low-resistance copper windings.
Buying Guide
- Motor type: Brushed motors are simple and cost-effective, but may require more maintenance due to brush wear. BLDC motors offer higher efficiency and longer life with electronic controllers, but can be more complex to wire.
- Voltage and power: All options are suited for 24V systems; consider your target torque and speed. Higher RPM typically means lower torque without gearing.
- Torque and mounting: Check shaft size, mounting brackets, and frame compatibility. A correctly matched bracket and shaft can simplify installation and reduce vibration.
- Controllers: Ensure compatibility with your motor—whether a simple potentiometer speed control suffices or a more advanced ESC/PLC-compatible controller is needed.
- Cooling: Higher power or continuous-duty use benefits from active or adequate passive cooling to prevent overheating.
- Durability and noise: Aluminum housings, copper windings, and quality bearings contribute to longevity and quieter operation in daily use.
- Application fit: For DIY scooters or go-karts, prioritize compact size and mounting flexibility. For generators or wind-turbine projects, focus on torque characteristics and reverse-rotation capabilities if needed.