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CubeMars specializes in the research, development, and manufacturing of robotic motors, dedicated to delivering efficient and reliable power solutions for a wide range of robotic applications. With extensive industry experience and strong technological innovation capabilities, we offer tailor-made motor and power system solutions based on customer requirements. To date, we have successfully provided customized motor services to over 1,600 enterprises, with our products sold worldwide. Whether for industrial automation, humanoid robots, exoskeletons, or underwater thrusters, CubeMars consistently empowers clients to achieve intelligent upgrades and innovative development through exceptional quality and professional service.
CubeMars specializes in robot power systems. We've served 1000+ global robot companies and research institutions with customized solutions. Contact us for your needs!
Learn More Customized Services
• Rated Voltage: 48V
• Maximum Bollard Thrust≥25 kgf
• Aluminum Alloy Casting
• To the Depth of 350 Meters Underwater
• Specifically for ROVs
• Voltage:12V-48V • Lower cogging torque for easy control • High torque density and dynamics • High precision control with 0.01°
• Frameless Inrunner Motor • BLDC Motor • Flexible Adaptation to Various Structural Designs • Compact Size, Light Weight, Easy to Assemble • High Fill Factor
• Great for Exoskeleton, Cobot
• Rated voltage 48V - KV105
• Ultra-low cogging torque
• Increased large hollow through-hole design
• High adaptability, switch the shaft for versatile usage
• Rated torque 1.3Nm
• Equipped with Hall and temperature sensors
• Mainly used in exoskeleton robots, collaborative robotic arms, as well as in medical and aerospace fields.
• Rated Voltage：24/48V
• Upgraded Gear and Driver
• Small and easy to control
• Highly Integrated with encoder and driver
• Ideal for Foot Robots, Exoskeleton Robots, AGV
CubeMars debuts AKH hollow planetary module at the 2nd China Humanoid Robotics Conference, winning Outstanding Supplier and showcasing cutting-edge innovation.
In the field of human-robot interaction, exoskeleton technology has emerged as a key solution for rehabilitation, assisted locomotion, and physical augmentation.
Recently, a team of Nepali students successfully developed an ankle-foot prosthesis prototype based on the CubeMars AK60-6 motor and subjected it to rigorous testing.
Launched in 2025, the GL40Ⅱ gimbal motor features an upgraded hollow drive board, electromagnetic design improvements, and upgraded connectors. With its stable performance and flexible control, this motor is suitable for a wide range of industries and app