Company profile
ROBOTIS
ROBOTIS develops smart actuators, humanoid platforms, robot kits and open robotics hardware. Its DYNAMIXEL servo systems and research robots are used in ed...
Facts
- Segment
- ACTUATION
- Country
- KR
- Headquarters
- Seoul
- Founded
- 1999
- Ticker
- 108490
- Categories
- Humanoids
- Focus
- Education, Hospitality, Logistics, Manufacturing, Research
- Flagship
- ROBOTIS OP
- Website
- https://www.robotis.com
About ROBOTIS
ROBOTIS builds DYNAMIXEL as a networked actuator architecture that combines a motor, gearbox, controller and position, velocity and current feedback within each joint. XL, X, P, Y and Q families span educational servos through high-torque industrial and quasi-direct-drive units, with daisy-chain communication simplifying multi-axis robot construction.
The company uses the same components in TurtleBot3, OpenMANIPULATOR, AI Worker and AI Sapiens platforms. AI Worker targets mobile industrial manipulation, while the open-source AI Sapiens humanoid provides 23 degrees of freedom for reinforcement- and imitation-learning research. Documentation, simulation models, controllers and open repositories connect component sales to complete physical-AI development workflows.
Market context
SUPPLY_CHAIN
Summary
Type: Robot hardware
Core: DYNAMIXEL
Function: Actuation
Audience: Developers
Products
- AI Sapiens K0 — humanoid
- DYNAMIXEL P Series — component_family
- DYNAMIXEL X Series — component_family
- DYNAMIXEL Y Series — component_family
- ROBOTIS HX5-D20 — robotic_hand
- OpenManipulator-X — robotic_arm
Research, Articles and recent verified events
- ROBOTIS actuator demand exceeds capacity as output expands — 2026-07-27
- ROBOTIS delivery robots operate from public-road stations in Magok — 2026-06-29
- ROBOTIS and LG expand actuator and humanoid R&D partnership — 2026-06-23
- ROBOTIS releases OpenMANIPULATOR ROS 2 packages for physical AI development — 2026-04-29
- ROBOTIS releases HX5-D20 robotic hand and XM335-T323-T actuator — 2026-02-11
- ROBOTIS Introduces AI Worker Semi-Humanoid at CES 2026 — 2026-01-06
- Explainable Neural Inverse Kinematics for Obstacle-Aware Robotic Manipulation: A Comparative Analysis of IKNet Variants — 2025-12-29
- ROBOTIS maintains TurtleBot3 open-source ROS platform packages — 2025-12-15