About

About Nexus NX1

Nexus NX1 combines HaptX Gloves G1, motorised Freeaim shoes, an Omni One locomotion platform and whole-body motion tracking. The gloves provide 135 tactile actuators, force feedback reaching 40 pounds and 36-degree-of-freedom hand and wrist capture.

The full system tracks 83 body and hand degrees of freedom and supports continuous walking within a contained space. A C++ API and Unity and Unreal plugins connect operator movement and feedback with VR and robotics applications. Uses include humanoid teleoperation, skills transfer and industrial training.

Capabilities

Source-backed capabilities

Capability areas: Haptic teleoperation
Workflows: Full-body motion-capture workflow, Robot learning data
Operating environments: Humanoid teleoperation, robotics research, VR training, defense/security simulation and physical-AI data capture
Target markets: 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.
Remote and shared control
Claimed - 2025-11-18 - 1HMX introduces Nexus NX1 for humanoid teleoperation and training
Source

Supply

Supply / Components

Nexus NX1
Motorized Robotic Shoes For Nexus Nx1 Locomotion - teleoperation - Freeaim Technologies - 1HMX selected Freeaim motorised shoes for Nexus NX1 humanoid teleoperation and training - source: 1hmx.com
Source

Timeline

1HMX introduces Nexus NX1 for humanoid teleoperation and training
2025-11-18 - Product Launch - Nexus NX1 combines HaptX Gloves G1, Virtuix Omni One, Freeaim robotic shoes and 72-degree-of-freedom body and hand tracking. The system captures motion, tactile, pressure, locomotion and body-position data for robotic control, AI training and user feedback. 1HMX opened pre-orders with estimated shipment in the second quarter of 2026.
Source

Context

Market context

Whole-body teleoperation interface combining haptic gloves, locomotion, motion capture and SDK tooling.

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