Target environment: Humanoid teleoperation, robotics research, VR training, defense/security simulation and physical-AI data capture
Workflow context: Haptic teleoperation, skills transfer, remote manipulation, full-body motion capture and operator-in-the-loop control
Customer context: Robotics teams needing an operator interface for data capture or remote control rather than only a robot-side component.
Deployment model: Preorder-stage interface platform for robotics teleoperation, VR training and physical-AI data-capture workflows.
Commercial maturity: Pre-order product with public system-component and interface details.
Adoption constraints: Adoption depends on latency, robot-side integration, tracking setup, operator ergonomics and the maturity of the Nexus SDK.
Adjacent products: HaptX Gloves G1, humanoid teleoperation rigs, motion-capture systems, robot-learning data capture systems
Audience
Robot OEMs
Workflow
Haptic teleoperation, skills transfer, remote manipulation, full-body motion capture and operator-in-the-loop control
Deployment environment
Humanoid teleoperation, robotics research, VR training, defense/security simulation and physical-AI data capture
Specifications
System Components: HaptX Gloves G1, Freeaim Shoes, Virtuix Omni One, full-body tracking and Nexus SDK
Features: full body tracking: 36 DoF body tracking; 83 total tracked DoFs including hands; availability: Pre-order; haptic actuators: 135 tactile actuators per HaptX glove; tracked dof: 83 total tracked DoF including…
Sdk: C++ API, Unreal Engine plugin and Unity plugin
Architecture: hand motion capture: 36 DoF
Payload Capacity: force feedback n: 178 N force feedback, converted from 40 lbf
Sensor System: haptx tactile actuators: 135 tactile actuators per glove
Tags
Peer Group: Whole-body teleoperation interfaces
Workflow: Full-body motion-capture workflow, Robot learning data
Capability: Haptic teleoperation
Stack Layer: Compute Control Layer, Teleoperation interface hardware