Product Features and Specifications
Motor Model: MY1020 Brushed DC Motor
Voltage: 36V DC
Output Power: 800 Watts
Rated Current: 27 Amps
Rated Speed: 2750 - 3045 RPM
No-Load Current: Less than or equal to 2.6 Amps
Peak Efficiency: 80 Percent
Sprocket Type: 11 Teeth for #25H Chain
Mounting Style: Integrated Base Mount Model
Rotation: Reversible (via Polarity Swap)
Key Features
DIY Optimization: The high-torque output and compact footprint make this power unit a favorite for custom electric builds and vehicle conversions.
Thermal Reliability: The brushed permanent magnet design is engineered to dissipate heat effectively during sustained high-speed use.
Rugged Outer Shell: Crafted from durable materials to protect internal windings from trail debris and impact.
Smooth Speed Transition: Designed to work with standard 36V controllers for linear power delivery and responsive throttle control.
Compatibility
This MY1020 motor assembly is designed for universal application in small electric vehicles:
Standard 36V Electric Scooters, E-Bikes, and Mopeds.
Electric Go-Karts, ATVs, Quad Bikes, and Tricycles.
Compatible with various Razor, EVO, and Extreme scooter platforms utilizing a 25H drive chain.
Note: Please verify that your controller is rated for 36V 800W and that your frame has adequate clearance for the base mount footprint before purchase.
Package Includes
1 x MY1020 36V 800W Brushed DC Motor
1 x Pre-installed 11T 25H Sprocket
1 x Integrated Base Mount
Note: Speed controller, throttle, and battery are not included. This is a primary drive component unit.
Important Technical Note:
This MY1020 motor is a standalone power component and is not part of a pre-configured kit. To ensure peak performance, please verify that your speed controller is compatible with a 36V 800W brushed system. This unit is equipped with an 11-tooth sprocket for #25H chains; please check your existing drivetrain dimensions before installation. Battery and external wiring are not included. Professional installation is recommended to ensure proper polarity alignment for reversible operation.