Best 36 Volt Electric Motor Options for DIY E‑Bikes, Scooters, and Go‑Karts
Looking for a reliable 36V electric motor kit to power a DIY project or upgrade your ride? This guide highlights five solid 36V motor options that balance performance, installability, and value. Each pick suits different riders—from hobbyists building custom go-karts to weekend-warrior scooter enthusiasts. Below, you’ll find who each motor is best for, why it stands out, and practical buying notes.
Summary Table of Selected Products
| Product | Power | Top Speed (RPM/Nominal) | Ideal For | Notable Limitation |
|---|---|---|---|---|
| Kemblawolf MY1020 36V 500W Motor Kit | 36V, 500W | 2500 RPM | E-bikes, scooters, Razor MX350, go-karts, DIY projects | Includes LCD throttle; 25H chain compatibility |
| Chokayaky 36V 1000W BLDC Motor Kit | 36V, 1000W | 3100 RPM | High-torque builds, go-karts, electric dirt bikes | Complex wiring; need controller compatibility check |
| Kunray 1000W BLDC Mid Motor Kit | 36V, 1000W | 3100 RPM | Go-karts, scooters, mini bikes | Requires proper mounting bracket for some frames |
| L-faster 24V/36V 350W/250W Series | 36V, up to 350W | Not specified | Budget builds, basic scooters | Lower power; limited top-end speed |
| 10L0L EZGO TXT 36V DC Motor | 36V, 3.0 kW (approx 3000W name variant) | 2600 RPM | EZGO TXT PDS carts and similar | Designed for specific controller systems |
The selections above emphasize a range of uses from light-duty DIY projects to more demanding go-kart or dirt bike builds. In the sections that follow, each product is analyzed for who it’s best for, why it’s a solid choice, and practical considerations to help you decide quickly.
Kemblawolf MY1020 36V 500W Motor Kit
This kit centers on a compact 36V, 500W brushed motor with a ready-made control package. It includes an LCD throttle for real-time feedback, a controller, and a 2500 RPM output using a standard 11-tooth sprocket that fits 25H chains. Best for builders who want a straightforward, all-in-one solution for small electric bikes, scooters, or DIY robot platforms. It’s well suited for riders who value simplicity and quick setup, and who need a complete kit rather than sourcing individual parts.
Who this is best for: Hobbyists creating an entry-level e-bike, a lightweight scooter, or a shallow-dive DIY project that benefits from a turnkey motor kit with display feedback.
Why selected: The integrated LCD throttle helps monitor performance and speed, and the kit provides a cohesive electrical package without hunting for separate components.
One caution: Ensure your chain and sprocket arrangement aligns with the 11T sprocket and 25H chain standard to avoid fitment issues.
Chokayaky 36V 1000W BLDC Motor Kit
This 36V, 1000W brushless DC motor kit emphasizes higher torque and a 3100 RPM rating, which makes it capable of moving heavier loads up to about 150 kg when paired with the right drivetrain. The included controller supports forward/reverse, brake functions, and multiple features like brake lights, indicators, throttle, three-speed options, and even a simple lock mechanism. It’s a strong option for ambitious builds that need more power than entry-level kits.
Who this is best for: Builders targeting faster acceleration and the ability to haul average cargo on a compact go-kart, electric scooter, or light electric bike.
Why selected: The high power-to-weight ratio and feature-rich controller can simplify wiring while enabling more control over performance parameters.
One caution: Detailed wiring knowledge is helpful; ensure compatibility with your existing battery, throttle, and brake systems to maximize reliability.
Kunray 1000W BLDC Mid Motor Kit
The Kunray mid-drive motor kit uses a 36V, 1000W BLDC configuration with a 3100 RPM rating. It includes a T8F sprocket and a mounting bracket, designed for straightforward installation on go-karts, scooters, and mini motorcycles. Its mid-drive layout can offer better weight distribution and power delivery for certain frame designs, especially when you want more balanced handling on twisty trails or tight urban routes.
Who this is best for: Builders seeking a compact, high-performance mid-drive option that can integrate with various chain-driven setups and provide solid torque for climbing grades.
Why selected: The mid-drive form factor often yields smoother acceleration and improved traction on inconsistent surfaces, compared with hub-motor equivalents.
One caution: Mounting requires a compatible frame and bracket; verify fitment before purchasing a frame or chassis kit.
L-Faster 350W/250W 36V Scooter Motor
This line focuses on lighter-duty, budget-friendly options suitable for entry-level scooters and basic DIY projects. The kit supports 24V to 36V configurations with a range of 250W to 350W power, making it a practical choice for smaller builds or beginners who want to experiment with 36V systems without a large upfront investment. It’s a practical pathway to learn motor control and drivetrain planning without overcommitting to power.
Who this is best for: New hobbyists, simple scooter upgrades, or compact DIY projects where lower power is acceptable and affordability matters.
Why selected: The lower power tier helps manage thermal concerns and wiring complexity, enabling easier experimentation with controller settings and gearing.
One caution: Do not expect high-speed performance; pairing with a light build is ideal to avoid bogging down the motor.
10L0L EZGO TXT 36V 3.0 kW Motor
This motor is tailored for EZGO TXT PDS golf carts and similar systems, featuring a 3.0 kW range and a 2600 RPM rating. It is designed to replace OEM components within PDS controller ecosystems and is a strong candidate for cart upgrades that seek improved hill-climbing ability and sustained performance on longer rides. It’s best for cart owners who want a purpose-built solution that aligns with EZGO PDS architecture.
Who this is best for: Golf-cart owners upgrading a EZGO TXT with Precision Drive System controllers seeking greater power and reliability.
Why selected: The compatibility emphasis with PDS systems helps ensure installability and operational consistency for EZGO carts.
One caution: Confirm that your cart’s OEM part numbers match the listed replacements to avoid fitment issues with the controller interface.
Buying Guide: Key Considerations for 36V Motor Purchases
- Power vs. weight: Higher wattage offers better torque and acceleration but adds weight and may require more robust controllers, sprockets, and frames. Balance your target weight, rider capacity, and terrain.
- Motor type: Brushed vs. brushless (BLDC) motors differ in efficiency and maintenance. BLDC motors typically offer smoother performance and longer life but can require more sophisticated controllers and wiring.
- Motor mount and frame compatibility: Check mounting brackets, shaft orientation, sprocket compatibility, and chain size (often 25H). MID-drive configurations need frame clearance and chain routing that suits your chassis.
- Controller features: Forward/reverse capability, brake input, throttle type, speed settings, and protection ratings (water/dust) affect reliability in varying weather and terrains.
- Electrical compatibility: Ensure battery voltage matches motor and controller requirements (36V in these cases). Check connector types, fuse protections, and thermal management for continuous operation.
- Durability and cooling: Motors with robust housings and heat dissipation often perform better in sustained sessions, particularly on hills or dirt trails.
- Intended use: For carts, scooters, or go-karts, consider gearing, wheel size, and platform weight to optimize traction and top speed without overloading components.
- Installation complexity: Some kits are turnkey; others require significant wiring and bracket fabrication. Be honest about your mechanical skills or enlist a pro.
Frequently Asked Questions
- What is the difference between brushed and brushless motors? Brushed motors are simpler and cheaper but wear out faster and require more maintenance. Brushless motors (BLDC) are more efficient and durable, but typically require more complex controllers and wiring.
- Which motor is best for a go-kart build? For higher torque and robust performance, a 1000W BLDC mid-drive or a direct-drive 1000W system often works well, depending on frame compatibility and gearing.
- Do I need a specific controller for each motor? Yes. Controllers are designed to match motor voltage, current, and feature sets. Using an incompatible controller can reduce performance or damage components.
- Can I reuse existing batteries with these motors? Battery compatibility depends on the voltage and current rating. Most 36V motors pair with 36V battery packs, but confirm the peak current to avoid overheating.
- Is a mid-drive motor better than a hub motor? Mid-drive motors can offer better weight distribution and climbing capability on varied terrain, but require frame compatibility and more complex installation.
- What should I check before purchasing? Verify mounting brackets, sprocket compatibility, chain type (often 25H), frame clearance, controller compatibility, and whether the kit includes all required electrical connectors and throttles.