Transform your DIY electric vehicle project with the 48V 1000W brushless motor kit designed for serious performance and reliability. This powerhouse motor delivers 3500RPM of pure speed while maintaining efficiency through its advanced brushless DC design, making it ideal for enthusiasts who demand both power and durability in their custom builds.
At the heart of this kit is a high-quality brushless DC motor that outperforms traditional motors in every way. The aluminum shell construction ensures durability while remaining lightweight at just 3.3kg, and the mid-motor design provides better weight distribution for improved handling. With a 30A rated current and 150cm wiring length, installation is straightforward whether you're working on a go kart, e-scooter, quad ATV, or other custom electric vehicle projects.
The included 12MOS 30A speed controller brings professional-grade functionality to your project. This isn't just a basic on/off switch - it's a sophisticated control system with three speed settings (50%, 70-80%, 100%), reverse capability, and safety features like e-braking and power lock. The handlebar twist grip throttle and foot throttle options give you intuitive control, while the 3-speed switch lets you adapt to different riding conditions or terrain types.
This comprehensive kit includes everything you need for a successful installation: the 1000W BLDC motor, speed controller, both handlebar and foot throttles, power lock key, T8F tooth and chain components, and 3-speed switch. The thoughtful inclusion of mounting brackets and all necessary hardware means you can focus on the fun part - building and riding rather than searching for compatible parts.
Whether you're restoring a vintage scooter, building an extreme go kart for the track, or creating a custom ATV for off-road adventures, this motor kit adapts to your vision. The clockwise/counterclockwise rotation capability through the reversing wire or handlebar switch adds versatility for different vehicle configurations. Just remember not to run the motor in reverse continuously to maintain its long-term reliability and performance.
