Wheeled Dual-Arm Robot — Helios Series | Embodied AI Platform
The Helios Series Wheeled Dual-Arm Robot redefines what's possible in embodied AI,
combining a high-mobility wheeled base with two precision-engineered robotic arms to deliver
unmatched versatility across industrial, research, and service environments. Designed for
real-world deployment, Helios seamlessly bridges the gap between autonomous navigation and
dexterous manipulation — enabling complex, multi-step tasks that single-arm or fixed-base
platforms simply cannot handle.
Powered by a cutting-edge embodied AI architecture, the Helios Series supports
end-to-end learning, imitation learning, and reinforcement learning workflows out of the box.
Its dual-arm configuration delivers human-like bimanual coordination, allowing it to grasp,
assemble, sort, and interact with objects of varying shapes, weights, and orientations. The
omnidirectional wheeled base provides smooth, agile movement across flat and semi-structured
surfaces, while onboard sensors — including depth cameras, LiDAR, and force-torque feedback —
give the robot a rich, real-time understanding of its environment.
Built for developers, researchers, and enterprise teams pushing the frontier of autonomous
robotics, the Helios Series offers an open SDK, ROS 2 compatibility, and modular hardware
interfaces that accelerate integration and iteration. Whether you're advancing humanoid robot
research, automating warehouse logistics, or prototyping next-generation AI-driven services,
the Helios Series delivers the performance, reliability, and intelligence your application
demands. Elevate your robotics program with a platform engineered for the future of embodied AI.