The Galaxea A1 is a lightweight, 6-degree-of-freedom robotic manipulator designed for research, education, prototyping, and embodied AI development. Positioned as a force-controlled arm with a compact footprint and high dynamic motion characteristics, it supports both position control and interaction-focused tasks that benefit from compliant behavior — gentle contact, insertion, and adaptive grasping. Its multi-joint articulated structure uses six independently driven joints for flexible motion in confined workspaces, with a usable reach for common tasks such as pick-and-place, tool handling, and basic assembly motions. A weight of around 6 kg and foldable dimensions make the arm straightforward to transport or mount on benches, carts, or mobile bases, bridging the gap between desktop experimentation and real-world manipulation.

Built for robotics labs and embodied AI work, the A1 is engineered to follow motion trajectories while accommodating real-world contact dynamics — handling uncertain objects, variable friction, or delicate items without excessive force. It can be paired with multiple end-effectors, including the Galaxea G1 parallel gripper listed as a compatible accessory (not necessarily included by default) and a dexterous hand option depending on configuration. A ROS-based interface exposes joint and end-effector control with driver-level control and status topics, supporting trajectory execution, teleoperation, dataset collection for imitation learning, closed-loop manipulation, and integration into combined navigation-and-manipulation platforms. Official documentation reports slightly different payload and acceleration values across pages, so the correct figures should be confirmed for your specific revision and use case.