Wheeled mobility
Moves between workstations and switches tasks in shared environments.
Bimanual operation · Mobile embodiment
Wheeled
Humanoid Robot
Combines dual arms, perception, a torso and a wheeled base to reach a workstation, understand a target and perform tasks that require two-handed coordination.
System composition
Mobility, perception and manipulation in one loop.
A composite robot is more than an arm mounted on a base. Navigation, docking, scene understanding, bimanual coordination and task state must work as one system.
Bimanual coordination
Organizes holding, assembly, tool use and synchronized two-hand actions.
Visual perception
Interprets workstations, objects and operational relationships.
Torso workspace
Connects the mobile base with useful manipulation reach at different heights.
Task orchestration
Links movement, docking, action, confirmation and exception handling.
Human-aware boundaries
Organizes constraints, status cues and stopping around people and equipment.
Degrees of freedom, workspace, payload, speed, runtime and safety configuration will be published after full-system validation. This page is not a selection data sheet.
Target tasks
Mobile operations across workstations.
Cross-station work
Moves between equipment and stations for transfer, machine tending, inspection and other connected tasks.
Complex two-arm operation
For tasks where one hand locates while the other acts, or where both arms move in coordination.
Co-development
Start with one complete task loop.
Describe the workstation, object, motion sequence and human interaction so we can establish feasibility and validation boundaries.