Figure AI's Helix-02 Completes 8-Hour Autonomous Factory Shifts at Human-Level Speed

Eight Hours, No Supervision, Human-Level Throughput

Figure AI demonstrated on May 13, 2026 that its Helix-02 humanoid robot could complete a full 8-hour autonomous shift on a package-sorting conveyor belt. Using only camera input, each robot detected barcodes, picked up packages, and reoriented them barcode-down, matching human performance of roughly three seconds per package with no pre-programmed motions and no human resets.

One Neural Controller Replaces 109,000 Lines of Code

The technical breakthrough behind Helix-02 is a single unified neural controller that replaces more than 109,000 lines of hand-coded locomotion software with one network trained on over 1,000 hours of human motion data. The result is a robot that handles walking, balancing, object manipulation, and door opening without any mode-switching.

Fingertip Precision and Multi-Robot Coordination

Helix-02 fingertip sensors detect forces as small as three grams. A single robot completed a four-minute kitchen task with zero human resets. In a separate test, two robots reset a bedroom in under two minutes while inferring each other's intent from motion alone.

Autonomy Converges With Mass Production

Figure AI had earlier announced reaching one robot per hour of production at its BotQ facility, a 24x throughput improvement in under four months. The Helix-02 autonomous shift demonstration signals that manufacturing scale and software capability are converging toward real-world deployment. Source: TechTimes