Bimotal specializes in engineering compact, performance powertrains.
We develop high torque density, lightweight powertrain solutions to fit application needs across multiple industries.
Our modular, application-specific motor systems are engineered for seamless integration, delivering the exact torque, efficiency, and form factor your product requires.
Our patented gear architectures achieve extreme torque density with minimal size and weight. This results in actuators that are ultra-light, quiet, and exceptionally efficient.
We support partners worldwide through U.S. and international assembly locations, ensuring rapid delivery, scalable production, and consistent quality.
Built by engineers who live to push boundaries.
We collaborate directly with your team to engineer custom propulsion systems that meet the high standards and demands of your applications.
Our SOTA hardware simulation software iterates across millions of hardware parameters to design application-specific solutions. Coupled with our proven library of modular electronics/software blocks, motor layouts, gears, and vetted suppliers, Bimotal designs game-changing solutions built on proven foundations.
Our patented gearbox topologies achieve extreme reduction ratios without an efficiency or noise penalty. The result? Compact, lightweight actuation that frees your design from the restrictions of heavy, bulky, overheating motors and batteries. Right-sized actuators paired with state-of-the-art electronics and AI-driven control are the next frontier in motion.
Scalable architectures drive our design. Bimotal's CAN protocol, over-the-air update system, and bulletproof power electronics scale to any application.
We've worked with clients to turn concepts into functional prototypes in as little as 3 months.
Over the course of three months, we built a functional prototype in close collaboration with a client in the EV propulsion space.
Developed from concept to prototype in 50 days, the system delivers 40 Nm per wheel of torque while weighing just 10 lbs for two motors and a battery — one-quarter the mass of conventional powered wheelchair systems.
Using in-house dynamometers, we gather real-world data to refine and benchmark every drive unit. Measurement and data collection is at the core of our engineering process ensuring simulated designs match reality.
Bosch
Shimano
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