Fast Delivery Ipower Motor Ex-8 Ex8108 8108 105kv Brushless Motor For Mit Mini Cheetah Robot Dog Backflips - Free 2-day Shipping [A92zMKos]

Powerful Performance for Advanced Robotics

The iPower Motor ex-8 eX8108 105KV Brushless Motor is designed for high-performance applications, such as the MIT mini cheetah robot dog backflips. This robust motor is engineered to deliver exceptional power and precision, making it an ideal choice for advanced robotics enthusiasts. With its superior build quality and cutting-edge technology, the ex-8 motor is guaranteed to enhance the performance of your robotic creations.

• 105KV Rating for high-speed, high-torque operation.
• Optimized for use with vehicles and remote control toys, offering versatile applications.

Technical Specifications and Dimensions

The iPower Motor ex-8 eX8108 105KV Brushless Motor boasts a range of technical specifications that make it a standout choice for demanding applications. With a size of 87x24.5mm and a weight of 228.6g, this motor is compact yet powerful. Its technical parameters include a KV rating of 105RPM/V, a no-load current of 0.6A/22.2V, and a maximum power output of 750W/180S. The motor is designed to work with 6-12S battery configurations and is recommended for use with 28inch to 29inch CF props.

• Maximum Amps: 24A/180S for sustained high-performance operation.
• Resistance: 186MΩ for efficient energy conversion.

Perfect for Robotics Enthusiasts and Hobbyists

The iPower Motor ex-8 eX8108 105KV Brushless Motor is the perfect choice for robotics enthusiasts and hobbyists looking to elevate their projects to the next level. Whether you're building a remote-controlled toy, a drone, or an advanced robot, this motor is designed to provide the power and control you need. Its versatile applications and exceptional build quality make it a must-have for anyone involved in the robotics community.

• Recommended for Ages 12+y: Suitable for experienced users and hobbyists.
• Origin: Mainland China, ensuring high-quality manufacturing and reliability.