CubeMars
About
About CubeMars
CubeMars is the robotics power-system brand operated by Nanchang Kude Intelligent Technology, a wholly owned subsidiary of Nanchang Sanrui Intelligent Technology, which was established in 2009. The CubeMars brand dates to 2018 and designs motors and motion modules in Nanchang, including integrated planetary actuators, quasi-direct-drive units, frameless torque motors, gimbal motors and underwater propulsion hardware.
Its components serve humanoids, quadrupeds, exoskeletons, robot arms, inspection machines and unmanned vehicles. Integrated actuator families combine a brushless motor, reduction stage, encoder and drive electronics, while frameless RI and RO motors support builders that package their own joints. Public customer-system evidence includes MenteeBot shoulder actuation and RI80 motors in Crest Robotics' Gorilla MK1 transmission-line puller. CubeMars reports in-house research and manufacturing, annual motor output of six million units and more than 100,000 planetary joint modules produced annually.
Products
- AK70-10 KV100
AK Series
- AK80-9 V3.0 KV100
AK Series
Observed use
Exact-product configurations are shown without inferring supply, purchase, customer status, standard fit, deployment or partnership.
- AK70-10 KV100 with University of Minnesota agricultural quadruped robot
Research Experiment - Embedded - The University of Minnesota used CubeMars AK70-10 actuators in an agricultural quadruped built for below-canopy crop monitoring research.
Source
Supply
Supply chain relationships
Timeline
Events
- 2026-07-31 - Demonstration - Rough Robotics tests CubeMars AK45 V3.0 actuators in bilateral control rig
The evaluation compared the 10:1 and 36:1 reduction configurations under hands-on control. The rig transmitted motion and force feedback across three coupled axes. The test examined dual-encoder behaviour, backdrivability and compliant teleoperation response.
Source - 2026-07-07 - Demonstration - CubeMars motors drive Binghamton Endurance rover at URC
The rover used independently driven wheels for forward motion, steering and terrain traversal. CubeMars reports a five-mile-per-hour top speed and operation on slopes up to 45 degrees. The 2026 case follows CubeMars' 2024 sponsorship of Binghamton University's robotics team.
Source - 2026-07-06 - Demonstration - University of Minnesota builds crop-monitoring quadruped with CubeMars AK70-10 actuators
The project targets pest, disease and nutrient observations beneath tall-crop canopies that aerial platforms cannot directly inspect. The robot is designed to carry sensing payloads while traversing mud, furrows, weeds and uneven field terrain. The disclosed demonstration shows under-canopy navigation and obstacle traversal in a crop environment.
Source - 2026-07-01 - Demonstration - CubeMars actuators power Mentee Robotics assistive-robot demonstrations
The demonstrated workflows included grasping household objects, physical support and coordinated mobility assistance. CubeMars describes the installed modules as integrating brushless motors, gearboxes, dual encoders and servo drives. The system used compliant force control for close interaction with people.
Source - 2026-06-30 - Demonstration - Universite de Sherbrooke develops muscular-atrophy rehabilitation device with CubeMars motors
The device combines the two actuator models to balance compact joints with the torque needed for assisted stretching. The research configuration supports both passive and active stretching exercises. The disclosed demonstration shows the device executing smooth stretching motions in a compact robotic structure.
Source - 2026-06-17 - Demonstration - Georgia Tech integrates CubeMars AK80-6 actuators into bilateral rehabilitation exoskeleton
The actuators serve as the exoskeleton's hip and knee joint drives. Each AK80-6 unit is specified at 15 Nm continuous torque and 38 Nm peak torque in the disclosed configuration. The demonstrated tests cover gait tracking, dynamic-load response and coordinated bilateral operation.
Source - 2025-10-17 - Demonstration - CubeMars AK80-64 powers variable-stiffness knee exoskeleton
The AK80-64 KV80 served as the external high-torque drive for the prototype's variable-stiffness actuator. The prototype adjusted stiffness across a 30-450 N m/rad range and tracked knee-stiffness changes at walking speeds of 1.0-1.5 m/s. Khalifa University's paper describes the mechanical design and experimental validation, while CubeMars identifies the exact actuator as the AK80-64 KV80.
Source - 2025-07-19 - Demonstration - CubeMars AK80-9 actuators power multi-terrain AI exoskeleton
The Georgia Tech-led project, with Stanford and the University of Pennsylvania, used AK80-9 KV100 actuators in its lower-limb exoskeleton. The system estimated gait phase, detected slopes and switched assistance strategies across level ground, inclines, stairs and descents. The research appeared in Science Advances; CubeMars separately said it was collaborating with the team on next-generation integrated actuator modules.
Source - 2025-04-15 - Award - CubeMars receives 2025 Outstanding Supplier for Humanoid Robots award
The award was announced on April 15, the first day of the conference in Beijing. CubeMars said it was selected from more than 100 candidate companies. The judging considered technological leadership, production stability and industry reputation; no commercial order or customer award was disclosed.
Source - 2025-04-15 - Product Launch - CubeMars debuts AKH hollow planetary module for robot joints
CubeMars presented the AKH Series at the China Conference on Humanoid Robotics and Embodied Intelligence on April 15, 2025. The module uses a through-hollow structure for internal cable and pipeline routing and a three-stage reduction system that CubeMars says increases torque by 30%. Built-in temperature and Hall sensors provide status monitoring and fault warnings for humanoid and collaborative robot joint applications.
Source - 2025-01-13 - Product Launch - CubeMars launches GL40 II gimbal motor
The integrated drive board supports CAN and PWM communication, host-computer setup and one-click parameter recognition. CubeMars reduced cogging torque from 1 cN m to 0.7 cN m to improve low-speed stability for robotics and automation. The hollow diameter increased from 8 mm to 12.5 mm while the overall motor diameter decreased from 46.5 mm to 46.1 mm.
Source - 2024-11-22 - Partnership - CubeMars selects five robotics teams for 2025 sponsorship
The selected partners were teams from Beijing Jiaotong University, Guangxi University, Guilin University of Technology, Inner Mongolia University of Science and Technology and Xi'an Jiaotong University. CubeMars said the five teams were selected from more than 70 applications to its 2025 sponsorship program. The company committed professional technical support, project resources and opportunities to showcase the teams' robotics work.
Source - 2024-10-21 - Demonstration - CubeMars RI80 motors power Crest Robotics' Gorilla MK1 in Transgrid trials
Crest Robotics developed Gorilla MK1, while Transgrid took delivery of two units for trials with its maintenance partner Zinfra. Four CubeMars RI80 V2.0 frameless motors drive the robot's bogie chassis for travel on transmission conductors. The field configuration was designed to climb inclines and move equipment along high-voltage lines while keeping workers off the conductor.
Source - 2024-09-27 - Product Launch - CubeMars presents four new motor families at CIIF 2024
The exhibit covered the RO Series outer-rotor frameless torque motor, RI-PH Series potted inner-rotor frameless motor and AKE Series inline motor. CubeMars also presented the SW and DW underwater propulsion series, spanning robotics, automation and underwater applications. A dynamic demonstration at booth 7.1H F306 let visitors examine the products in operation; the source did not disclose prices, customers or shipment volumes.
Source - 2024-05-08 - Partnership - CubeMars sponsors Binghamton rover team for URC 2024
CubeMars said it would support Binghamton University's robotics team as the team prepared its 2024 rover for the University Rover Challenge. The rover combined an upgraded welded rocker-bogie chassis, custom 3D-printed wheels, brushless motors, a robotic arm and environmental-analysis instruments. The team also implemented autonomous navigation using high-precision GPS, an IMU and a RealSense camera; the announcement did not identify a specific CubeMars motor model.
Source - 2024-01-30 - Partnership - CubeMars sponsors the ROBOCON 2024 annual meeting
CubeMars joined Tuozhu Technology, Fourier Intelligence and Meituan as prominent sponsors of the January 24-25 ROBOCON annual meeting in Shenzhen. The company said its ROBOCON support program provided product and technical assistance to participating student teams. CubeMars prepared more than 300 motor products for teams, including AK60-6 actuators, U8 LITE motors, G40 motors and GS-series gimbal motors.
Source
Relations
Relationships
- Sanrui Intelligent
Robotics Actuation Subsidiary And Brand - CubeMars is operated through Nanchang Kude Intelligent Technology, a wholly owned subsidiary of Sanrui Intelligent.
- Robot-Z Team (Guangxi University)
Partner - CubeMars has a public partnership relationship with Robot-Z Team (Guangxi University).
- Binghamton University Robotics Team
University Rover Team Sponsor - CubeMars sponsored Binghamton University's robotics team for the 2024 University Rover Challenge.
Context
Comparable profiles
- maxon
comparable profile - Frameless Torque Motor Supplier · Robot Joint Actuator Supplier
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comparable profile - Frameless Torque Motor Supplier
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comparable profile - Frameless Torque Motor Supplier
- Schaeffler AG
comparable profile - Robot Joint Actuator Supplier
- Ti5 Robot
comparable profile - Robot Joint Actuator Supplier
- Tuopu Group
comparable profile - Robot Joint Actuator Supplier
- HLabs
comparable profile - Robot Joint Actuator Supplier
- Harmonic Drive LLC
comparable profile - Robot Joint Actuator Supplier
- TC Drive
comparable profile - Robot Joint Actuator Supplier
- DAMIAO
comparable profile - Robot Joint Actuator Supplier
- HEBI Robotics
comparable profile - Robot Joint Actuator Supplier
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comparable profile - Robot Joint Actuator Supplier
Shared workflows
- Eyou Robot Technology
workflow adjacency - Humanoid Joint Actuation
- Langxin Electric
workflow adjacency - Humanoid Joint Actuation
- Wanxiang Qianchao
workflow adjacency - Humanoid Joint Actuation
- HARIBIT
workflow adjacency - Humanoid Joint Actuation
- SigGear
workflow adjacency - Humanoid Joint Actuation
- Newstart Gear Motion
workflow adjacency - Humanoid Joint Actuation
- Lingyi iTech
workflow adjacency - Humanoid Joint Actuation
Context tags
- Frameless torque motor supplier - Peer Group - RO and RI frameless motor families are supplied separately from integrated AK-series actuators. Official evidence: https://www.cubemars.com/categorys/product
- Actuator component supplier - Stack Layer - CubeMars supplies actuator components for robotic systems.
- Humanoid joint actuation - Workflow - CubeMars actuators target humanoid robot joint applications.
- Compact high-torque actuation - Capability - CubeMars motors are designed for compact high-torque-density actuation.
- Integrated robot-joint actuator supplier - Peer Group - Official CubeMars material documents complete robotic actuators integrating motor, planetary reduction, encoder and driver.
- Integrated servo control - Capability - CubeMars offers integrated servo control and drive electronics.
- Robotics motion-component supply layer - Stack Layer - Core peer group: robot motor and actuator supplier
- Robot joint actuation - Capability - Motors and actuators for robot joints and motion systems
- Motion components - Stack Layer - Motion-chain hardware layer for robotic systems
- Component supply - Commercial Stage - Commercial position is as a component and motor supplier
- Integrated motion system supplier - Stack Layer - CubeMars provides integrated motor, drive and control motion systems.
- Factories - Customer Environment - Components used in industrial and robotics manufacturing
- Robot joint supply chain - Customer Environment - CubeMars serves the robot joint and humanoid component supply chain.