In a move reflecting the industry’s push to develop more lifelike robotics, 1HMX has unveiled Nexus NX1, its new all-in-one system aimed at teleoperation, humanoid robot training, and immersive virtual reality experiences. The system combines several established technologies into a wearable platform that captures human movement and tactile feedback with high precision. By supporting data collection throughout a full body’s range of motion, Nexus NX1 targets fields such as robotics, virtual training, simulation environments, and AI model development. Customers interested in deploying sophisticated teleoperation and data-driven robotic solutions are being offered the chance to pre-order, with deliveries projected for 2026.
Efforts by 1HMX to introduce advanced human-machine interfaces have previously centered on individual components like haptic gloves and touchscreens, reflecting a piecemeal approach. Competing systems on the market often rely on single aspects such as motion-capture suits or basic force-feedback, lacking comprehensive integration. This latest product represents an evolution, bundling tactile, motion, and locomotion technologies into a single package, suggesting a shift toward more unified solutions in the sector. Many earlier products from other firms have been limited by lower fidelity in movement capture or a narrower set of applications.
What Does Nexus NX1 Offer for Robotics and AI?
The Nexus NX1 integrates HaptX Gloves G1 for tactile sensitivity, the Virtuix Omni One movement platform for 360-degree navigation, and Freeaim’s robotic shoes offering enhanced mobility. Its 72 degree-of-freedom body and hand tracking system enables precise replication of user motion. Data collected from these sensors can be used to inform AI training modules, optimize robotic control, or quantify user performance in simulation scenarios.
How Is 1HMX Positioning This Product?
1HMX describes the Nexus NX1 as a multi-purpose instrument suited for sectors demanding high realism in simulation or teleoperation. As CEO Joe Baddeley explained,
“With Nexus NX1, we’ve established a whole new product category that is vital to the future of humanoid robotics and virtual reality.”
The company claims customers will experience full-body avatars, real-time touch feedback, and data-driven insights that span medical, manufacturing, defense, and research applications.
What Are the Expectations and Industry Impacts?
Company representatives have highlighted the significance of integrating immersive simulation tools across multiple verticals. Jake Rubin, president of immersive technologies, shared his long-standing goals, saying,
“For more than a decade I’ve been working toward creating a full-body, realistic simulation system for use in digital worlds.”
The system’s capability to reproduce and record subtle human movements as well as tactile interactions is seen as a selling point for firms addressing labor or training challenges.
The Nexus NX1 is at the intersection of trends pushing for realistic robotics and advanced simulation. Its combination of motion capture, haptics, and physical feedback mechanisms is expected to influence both AI training and teleoperation capabilities. By leveraging known components such as HaptX Gloves and Virtuix platforms within a unified assembly, 1HMX addresses growing demand for comprehensive, high-fidelity interaction systems. As solutions like Nexus NX1 become more widely deployed, organizations may be able to streamline the way they develop, test, and implement human-robot partnerships, leading to more adaptive AI models and safer, more effective teleoperated systems. Those tracking robotics, simulation, or human-machine interface markets will find Nexus NX1’s approach indicative of where immersive technology is headed.
