AI Worker
The ROBOTIS AI Worker is a semi-humanoid robot engineered for industrial automation, featuring a mobile swerve-drive base, dual 7-DOF arms, and high-DOF dexterous hands (16-20 DOF per hand) for bimanual manipulation. Powered by physical AI, it excels in learning complex tasks like wiring harness assembly, welding, and inspection through intuitive human demonstrations via teleoperation, imitation learning, and reinforcement learning. Equipped with NVIDIA Jetson AGX Orin for onboard AI inference, ROS 2 open-source stack, and sensors including RGB-D cameras, LiDAR, and force-torque sensors, it perceives dynamic environments in real-time. Designed for seamless factory integration, it boosts productivity, ensures millimeter precision, and addresses labor shortages with reliable 24/7 operation, modular design, and human-like dexterity in high-mix manufacturing workflows.
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ROBOTIS puts AI Worker forward as a teleoperation-first humanoid for industrial tasks
ROBOTIS has positioned AI Worker as a semi-humanoid industrial robot built to learn from human demonstrations and perform complex manipulation tasks in real-world workplaces. The system is being presented as a Physical AI platform for assembly, inspection, logistics, and other high-mix factory work, with ROS 2 support and transformer-based imitation learning at the center of the approach.
One Robot
Infinite Possibilities
One Robot
Infinite Possibilities
TP-01 by Raydiculous
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Frequently Asked Questions
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Q1. What is AI Worker, and what problem is it designed to solve?
AI Worker is a semi-humanoid robot platform developed by ROBOTIS that combines mobile manipulation with AI capabilities. It is designed to perform tasks in unstructured environments where traditional industrial robots cannot operate, targeting applications requiring dexterity, mobility, and adaptive decision-making.
Q2. What are the main capabilities and key features of AI Worker?
AI Worker features dual 7-degree-of-freedom arms with dexterous grippers, a mobile base with swerve drive, and a sensor suite including RGBD cameras and LiDAR systems. The platform runs on ROS 2 and supports Python and C++ programming, enabling both autonomous and teleoperated operation.
Q3. Who is AI Worker built for, and which industries can benefit from it?
According to ROBOTIS, AI Worker targets service and logistics sectors requiring manipulation in dynamic environments. Potential applications include warehouse automation, facility maintenance, and research institutions developing autonomous systems in unstructured settings.
Q4. Is AI Worker a commercial product or still a research prototype?
AI Worker is positioned as a hardware platform for commercial deployment and research applications. ROBOTIS markets it as a development platform rather than a turnkey consumer product, requiring integration and customization for specific use cases.
Q5. Is AI Worker currently available for purchase, and when is it expected to ship?
As of May 2026, availability and shipping timelines depend on direct engagement with ROBOTIS or authorized distributors. Specific pre-order or delivery dates have not been publicly announced; interested parties should contact the manufacturer for current fulfillment status.
Q6. How does AI Worker actually work in real-world environments?
AI Worker operates through ROS 2-based control systems that process sensor data from cameras and LiDAR to perceive its surroundings. The dual-arm configuration enables object manipulation while the swerve-drive base provides omnidirectional mobility, allowing navigation and task execution in cluttered spaces.
Q7. When was AI Worker announced or officially launched?
ROBOTIS has presented AI Worker as part of its product portfolio, though a specific public announcement date has not been widely documented. The platform appears to have entered development and early commercial availability phases as of 2025–2026.
Q8. How is AI Worker different from other robots in the same category?
AI Worker distinguishes itself through ROBOTIS DYNAMIXEL actuators, which are modular servo systems widely used in research robotics. Its dual 7-DOF arms and integrated sensor suite position it between research platforms and commercial service robots, targeting users requiring customization.
Q9. Does AI Worker require additional development or customization after purchase?
Yes, AI Worker is designed as a development platform requiring software integration and task-specific programming. Users must develop or integrate applications using ROS 2, Python, or C++ to deploy the robot for particular use cases.
Q10. What is the future roadmap or planned upgrades for AI Worker?
ROBOTIS has not publicly disclosed a detailed roadmap for AI Worker upgrades. The company's general direction emphasizes expanding AI capabilities and sensor integration across its product lines, though specific timelines for AI Worker enhancements remain undisclosed.
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