Powering the future with advanced electric propulsion
We develop high-performance electric motors and propulsion systems for drones, robotics, and next-generation mobility platforms—designed for efficiency, reliability, and intelligent motion control.
What we offer
Electric Motor Design
Motor Drive Development
Electromagnetic Simulation
Thermal & CFD Analysis
Structural Analysis
Integrated Motor Controllers
Custom Propulsion Systems
Robotics Actuator Design
Engineering innovation for next-generation electric propulsion
At eYDelta, we combine advanced simulation, motor design expertise, and power electronics development to create high-performance propulsion solutions for drones, robotics, and electric mobility systems. Our engineering approach focuses on efficiency, reliability, and scalable technologies that power the future of intelligent automation.
• Advanced simulations: Electromagnetic, thermal, and CFD simulations to optimize motor performance and efficiency.
• High-performance motor design: Development of torque-dense, high-efficiency electric motors for demanding applications.
• Integrated propulsion systems: Seamless integration of motors, controllers, and drivetrain technologies.
• Reliable engineering: Rigorous testing and validation to ensure long-term performance and durability.
Electric Motor Design
Design high-performance electric motors optimized for torque density, efficiency, and compact architecture.
Advanced Simulation
Utilize electromagnetic, thermal, and CFD simulations to optimize motor performance and reliability.
Integrated Controllers
Develop intelligent motor controllers and power electronics for precise motion control and efficiency.
System Integration
Integrate motors, controllers, and drivetrains into complete propulsion systems for robotics platforms.
Our Product Platforms
Advanced propulsion and motor technologies designed for next-generation mobility and automation.
Drone Motors
High-efficiency propulsion systems engineered for advanced aerial platforms.
Our drone motors are designed to deliver exceptional power-to-weight performance, optimized energy efficiency, and reliable operation for demanding aerial applications. Using advanced electromagnetic design and thermal optimization, these motors enable longer flight times, higher payload capacity, and stable performance in extreme environments.
- High power-to-weight ratio
- Optimized thrust efficiency
- Enhanced flight endurance
- High reliability under demanding conditions
Robotics Actuators
Precision motion systems for next-generation robotics and automation.
eYDelta’s robotic actuator platforms integrate torque-dense electric motors, advanced gearing systems, and intelligent control electronics into compact and robust designs. These actuators deliver high torque, rapid response, and precise motion control required for humanoid robotics, industrial automation, and autonomous systems.
- High torque density and peak power
- Ultra-compact and lightweight design
- Low noise and vibration
- High precision motion control
Axial Flux Drives
Next-generation electric motor technology for high-performance mobility systems.
Our axial flux drives provide exceptional power density and efficiency in a compact architecture. Designed for electric mobility and high-performance propulsion systems, these motors enable faster acceleration, improved thermal management, and scalable power output for advanced applications.
- Power density exceeding 10 kW/kg
- Peak efficiency above 98%
- Compact and lightweight architecture
- Modular and scalable motor platform