Electric skateboards rely on robust motors for speed, torque, and reliability. This guide highlights five top motor kits and components aligned with common DIY builds, performance targets, and versatile compatibility. Each option emphasizes power, durability, and ease of integration, helping riders choose the right motor system for cruising, hills, and freestyle riding.
The following summary table lists the chosen products and core capabilities to help you compare at a glance.
| Product | Brand | Key Features |
|---|---|---|
| Dual Motor Set for Electric Skateboard 90mm Powered 10S 36V | PUAIDA | Dual hub motors, up to 30 mph, up to 25% hill climb, uses Puaida ESC |
| Electric Skateboard Brushless Motor, 2300W 24V | RTUSUML | 2300W, 4080RPM, aluminum alloy, low noise |
| 72mm Hub Motor Skateboard, 350W | Gaeirt | External rotor, PU+aluminum+iron, 25 KM/H, durable |
| Mingchuan 6374 170KV High Efficiency Brushless Motor | MINGCHUAN | 170KV, 2800W at 24V, compatible 24V/36V |
| vanpro DIY Electric Long Skateboard Wheel Drive Kit | vanpro | 72mm wheel drive, motor mount kit, DIY ready |
Dual Motor Set for Electric Skateboard 90mm Powered 10S 36V
The PUAIDA dual hub motor kit delivers a compact, hub-based solution designed for a 10S to 36V system. The kit features 90mm wheels with an upgraded dual motor assembly that works with compatible dual ESCs (not compatible with belt-drive ESCs). When paired with Puaida’s ESC, riders can reach up to about 30 mph, and the setup excels at climbing steep grades around 25%. Note that top speed varies with rider weight and controller configuration. The wheel material uses elastic PU for durability and long life, contributing to steadier acceleration and reduced wear. This kit is ideal for riders seeking a clean hub-motor aesthetic with solid hill-climbing potential and road-sense responsiveness.
Key considerations include matching your ESC and ensuring proper parameter settings for your specific build. Heavier riders may experience a modest decrease in top speed, and using non-Puaida ESCs may affect performance. Installation requires attention to motor wiring and mechanical compatibility with your longboard deck and trucks. The kit provides a balance of speed and torque suitable for urban commuting and quick sprints on varied terrain.
Performance snapshot:
– Power: Dual 77KV hub motors
– Speed: Up to ~30 mph with Puaida ESC
– Terrain: Supports 25% climbs
– Wheel: 90mm PU wheels for grip and longevity
Electric Skateboard Brushless Motor, 2300W 24V
This high-power brushless motor from RTUSUML packs 2300W and 4080RPM, built with premium aluminum alloy for durability and resistance to impact and deformation. The motor’s robust construction supports demanding rides and longer uptime with less wear. A focus on high output makes it suitable for larger e-skate setups where acceleration and sustained power matter, such as hill climbing or rapid acceleration scenarios. In addition to power, the design emphasizes reliability through material quality and structural integrity.
Key considerations:
– Power and speed: 2300W and 4080RPM
– Build: Aluminum alloy for durability
– Noise and efficiency: Designed for lower noise and power draw during operation
Ideal use cases include mid- to high-performance builds where efficiency and consistent power output are priority. Compatibility with existing drive systems should be checked, especially regarding sensor configurations and mounting compatibility with the chosen longboard deck and wheelbase.
72mm Hub Motor Skateboard, 350W
The 72mm hub motor kit from Gaeirt offers a compact, external rotor hub motor with a power rating of 350W. Constructed using PU, aluminum, and iron components, it emphasizes durability and stability for everyday use. The motor’s maximum speed is around 25 KM/H, making it a practical choice for casual riders and those prioritizing steady acceleration and predictable behavior. The kit emphasizes straightforward assembly, with emphasis on wiring integration to the battery and ESCs.
Considerations include the balance between torque and top speed for urban environments, the noise profile of hub motors, and compatibility with your existing deck and wheel choices. The elasticity of the PU wheels contributes to ride comfort and vibration damping, while the external rotor design aims to deliver consistent performance across varied terrain.
Mingchuan 6374 170KV Brushless Motor
The Mingchuan 6374 sensorless or sensored brushless motor is rated at 170KV and 2800W at 24V, with applicability to 24V and 36V systems. The higher voltage option broadens compatibility for larger builds and longer-range setups, with the KV value indicating a balance of speed and torque suitable for a range of configurations. This motor suits riders who want strong power delivery without excessive current draw at moderate voltages. The included motor holzer (mounting hardware) supports straightforward integration into compatible trucks or frames.
Key considerations:
– Voltage flexibility: 24V/36V compatibility
– KV: 170KV for a balance between speed and torque
– Power: 2800W at 24V, offering solid performance for medium to high-demand rides
vanpro DIY Electric Long Skateboard Wheel Drive Kit
The vanpro kit targets DIY builders seeking a complete drive system with wheel drive, pulleys, motor mount, and necessary hardware. It emphasizes compatibility with round trucks (18mm diameter), which may require grinding of trucks for some setups. The kit includes a small synchronizing wheel with 8mm hole precision and PU wheel compatibility details, ensuring riders can tailor wheel alignment and performance to their board. This kit is well-suited for enthusiasts who enjoy hands-on assembly and customization.
Considerations include truck compatibility, the feasibility of modifying hardware, and ensuring the PU wheel and motor shaft dimensions align with your deck design. While it enables a fully custom drive system, it requires mechanical aptitude and careful alignment for optimal performance and safety.
Buying Guide
When selecting electric skateboard motors, consider these key purchase factors to balance performance, reliability, and compatibility:
- Motor Type and Drive: Hub motors offer clean aesthetics and fewer moving parts, but may limit gear customization. Belt-driven systems provide easier gear changes and torque control but require more maintenance. Choose based on desired torque, top speed, and riding style.
- Voltage and KV Rating: Higher voltage systems improve efficiency and top speed, but require compatible controllers and battery packs. KV indicates speed per volt; lower KV yields more torque at lower speeds, higher KV favors speed.
- Power and Torque: Look for wattage and RPM figures that match your terrain. Hills and heavy riders benefit from higher torque and sustained power ratings.
- Durability and Materials: Aluminum housings and high-quality PU components extend life and reduce noise. Consider temperature management for prolonged use.
- Compatibility: Ensure motor mounting hardware, wheel size, ESC compatibility, and drone or scooter components align with your board’s trucks and deck.
- Installation and Maintenance: Some kits are plug-and-play; others require wiring, sensor setup, and potential grinding on trucks. Factor in your mechanical skills or access to professional setup.
- Noise and Vibration: Low-noise designs improve riding comfort, especially in urban environments. Vibration dampening from PU wheels contributes to control and longevity.
- Safety and Battery Integration: Pair motors with a compatible battery and BMS. Proper fusing, temps, and wiring are essential for safe operation.
In summary, select a motor system that aligns with your board’s intended use, whether daily commuting, hill climbs, or high-speed terrain. Assess your ESC, battery capacity, deck clearance, and heaviest rider scenario to ensure dependable performance and a satisfying riding experience.
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