The following product-driven guide highlights five electric motor kits that suit motorcycle conversions and DIY builds. Each option offers different voltage ranges, power levels, and control features to fit various project goals. Use this overview to compare performance, cooling, and controller capabilities when choosing a kit for your motorcycle build.
Summary Table
| Product | Voltage | Power | Top Speed (approx) | Key Feature |
|---|---|---|---|---|
| Electric Brushless DC Motor Universal Kit (LIANDU-US) | 48V-72V | 3000W | 6000 RPM | Multi-function controller with reverse |
| 72V 3000W Brushless Motor Kit (doinal) | 72V | 3000W | Up to 6700 RPM | IP67 controller, temperature sensing |
| Kunray 48V 2000W Motor Kit | 48V | 2000W | ≈4300 RPM | Includes hall sensor controller |
| MOTOBERRY 48V 2000W Mid Drive Kit | 48V | 2000W | ≈4300 RPM | High-speed with LCD display options |
| OLKKEFT 48V 1000W Kit | 48V | 1000W | ≈3000 RPM | Adjustable throttle and load support |
Electric Brushless DC Motor Universal Kit — LIANDU-US
This 48V-72V brushless motor and controller kit delivers up to 6000 RPM and 5.4 N.m torque. Its aluminum housing, copper windings, and rubber gaskets provide heat resistance, corrosion protection, and stability for motorcycleConversions. The included multi-function controller supports electronic braking, three speeds, reverse, indicator lights, and a power lock, with a reversing wire or handle switch for bidirectional operation. The friction-enhanced diamond-textured handle surface improves grip during handling and installation.
72V 3000W Brushless Motor Kit With Temperature Sensing — Doinal
This 72V-graded motor features 3000W of power, peak speeds up to 6700 RPM, and a temperature sensing mechanism (KTY83-122) to help manage thermal load. It ships with a high-efficiency 8 magnet-pole arrangement and a robust 80A sine-wave controller (IP67 rated). The controller supports Hall sensor motors and offers protections to extend motor life, making it suitable for go-karts, electric scooters, and motorcycle projects requiring reliable temperature monitoring.
Kunray 48V 2000W Brushless Motor Kit
Kunray’s MY1020 brushless motor operates at 48V with a maximum of 2000W and 4300 RPM, paired with a 33A controller and a Hall sensor for smooth throttle response. This mid-drive style kit includes a sprocket and chainwheel, and the controller supports e-brake, reverse, and an indicator light. It’s designed for reliable performance in electric scooter, motorcycle, or go-kart conversions, providing a balanced blend of speed and control for varied terrains.
MOTOBERRY 48V 2000W Mid Drive Kit
This complete mid-drive kit uses a 48V 2000W motor capable of about 4300 RPM, paired with a 60A 18 MOSFET controller. It features a hall sensor, E-brake, three-speed throttle modes, reverse, and power lock indicators. The kit emphasizes a full copper coil design, air cooling, and a robust aluminum body for long-term performance in motorcycle and scooter projects.
awolsrgiop 48V 1000W Brushed Motor Kit
This 1000W brushed motor kit is designed for durability and compatibility with standard cycles and light motorcycles. It features a 3000 RPM rated speed, 4.5 N.m torque, and a controller with over-current, over-voltage, and under-voltage protections. The kit’s design emphasizes corrosion resistance and a robust build to support everyday riding and small motorized vehicle applications.
OLKKEFT 48V 1000W Brush Electric Kit
The OLKKEFT kit combines a 48V 1000W motor with a 3-speed throttle and a configurable load capacity up to 264.55 lbs. It emphasizes efficient, smooth operation with a focus on user-friendly throttle control, enabling easy adjustments to speed settings for different riding conditions. The system is designed for bikes, small motorcycles, and light karts, offering a reliable upgrade path for budget-focused builds.
Buying Guide
- Voltage and compatibility: Choose a kit that matches your motorcycle’s electrical system and battery capacity. Higher voltage kits (72V) demand corresponding power management and safety considerations.
- Motor type and cooling: Brushless DC motors run cooler and more efficiently than brushed options, but require compatible controllers and sensors. Consider air cooling versus heat-dissipating housings for longer rides.
- Controller features: Look for electronic braking, throttle response, reverse capability, speed selections, and IP-rated protection if riding in variable weather. Hall sensor support improves throttle precision.
- Mounting and compatibility: Check sprockets, chain compatibility, and mounting brackets. Mid-drive kits generally offer smoother power delivery but may require frame modifications.
- Protection and safety: Oversurge protection, over-current safeguards, thermal sensing, and motor protections help extend motor life and reduce risk during high-load riding.
- Maintenance and spare parts: Favor kits with readily available spare parts, such as coils, bearing assemblies, and controllers, to simplify future servicing.
- Cost versus performance: Higher-widelity kits with advanced controllers and sensors typically deliver smoother acceleration and reliability but at a higher upfront cost.
- Installation time: Some kits are plug-and-play, while others need frame adaptations. Assess your DIY skill level and tool availability before purchasing.
- Legal considerations: Verify local regulations for electric motorcycle conversions, including power limits and safety equipment requirements.