1X Accelerates EVE Humanoid Rollout in EQT Factories Through 2030

Massive Factory Deployment

1X Technologies transforms industrial automation by committing to deploy thousands of EVE humanoid robots across EQT-owned factories from 2026 through 2030, targeting logistics and assembly efficiencies. This multi-year initiative, building on recent pilot successes in Norway during late 2025, positions EVE as a cornerstone for scalable humanoid labor. Factory operators gain reliable partners that navigate tight spaces and handle dynamic workflows, reducing downtime and boosting output without overhauling infrastructure. The rollout disrupts traditional staffing models, promising sustained productivity gains in high-volume manufacturing hubs.

Interaction Mastery

EVE excels in human-like collaboration, leveraging embodied AI to interpret natural language commands and execute multi-step tasks alongside workers. Recent demonstrations in October 2025 showcased EVE retrieving tools from shelves and passing them seamlessly to technicians, adapting in real-time to verbal cues. This shared autonomy mode, refined through VR teleoperation data, enables rapid skill acquisition for factory-specific routines like part sorting or equipment checks. Workers report intuitive teamwork, as EVE anticipates needs and responds with precise, gentle movements, fostering safer shop floors.

Drive System Leap

Engineers at 1X pioneered Revo1 quasi-direct-drive actuators with cable-driven transmission, delivering backlash-free torque for fluid self-balancing on dual wheels. This innovation, tested rigorously in 2025 trials, powers 25 degrees of freedom across arms, neck, and base, enabling dexterous grasping amid factory vibrations. Integrated with a Redwood AI stack, EVE simulates future actions via world models, planning paths around moving machinery at 100Hz control rates. Such advances minimize errors in unpredictable environments, redefining reliability for continuous operations.

Factory Task Revolution

In EQT facilities, EVE tackles repetitive logistics like package shuttling between stations, security patrols during off-shifts, and retail-style inventory in assembly lines. November 2025 field tests revealed EVE cutting transport times by 40% in simulated warehouses, while assisting with precision instrument handling. Manufacturing teams deploy it for quality inspections, where its panoramic vision spots defects humans might miss. This versatility extends to collaborative modes, supporting workers in tool delivery or minor repairs, ultimately easing labor shortages and enhancing throughput.

Skill-Enabling Design

EVE's architecture empowers nuanced human interactions through high-resolution HDR cameras (two front, one rear) with panoramic views, enabling precise object recognition for handing tools or packages during extended sessions. IMU, gyroscope, and force sensors facilitate natural balance and gentle contacts on its soft exterior, ideal for people-focused tasks. Visual SLAM navigation maps indoor factories flawlessly, while the self-balancing wheeled base hits 14.4 km/h speeds for quick responses. Running 1X OS with ROS2, Python AI, and Java/C++, it sustains 3-5 hour shifts, carrying payloads like instruments with collaborative safety via force limiting and emergency stops.

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