Figure F.03 Runs 200 Hours Without Failure - Helix Powers the Longest Humanoid Test Yet

Figure F.03 Runs 200 Hours Without Failure - Helix Powers the Longest Humanoid Test Yet

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Figure F.03 Runs 200 Hours Without Failure - Helix Powers the Longest Humanoid Test Yet

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Summary Report

Figure's F.03 humanoids ran 200 hours straight without failure - 25x the planned 8-hour test - sorting 180,000+ packages autonomously on Helix 02 with no teleoperation.

  • 01. An 8-hour endurance test for Figure's F.03 fleet ran 200 hours without a single failure.
  • 02. Robots sorted over 180,000 packages autonomously on Helix 02 - no teleoperation, no scripted motions.
  • 03. The fleet matched the human benchmark of roughly three seconds per package.
  • 04. Robots swapped themselves out: a low-battery unit messaged an idle teammate to take over.
  • 05. Endurance, not demo-day flash, is now the metric humanoid programmes are judged on.
Figure AI's F.03 humanoid robots have achieved a significant milestone in robotic endurance, completing a 200-hour autonomous warehouse operation that was originally planned as an eight-hour test. The fleet, powered by the Helix-02 AI model, processed over 180,000 packages during the continuous run, matching human performance benchmarks of approximately three seconds per package. The robots operated entirely autonomously, relying on camera vision and learned behaviours rather than teleoperation or pre-programmed scripts. The key to maintaining the extended operation was an intelligent battery management system where robots would message idle teammates to swap in when their power levels dropped, ensuring continuous workflow throughout the eight-day period. This achievement represents a shift in how humanoid robotics programmes are being evaluated. Rather than focusing on impressive demonstrations, the emphasis is moving towards practical endurance and reliability metrics. Brett Adcock, Figure AI's CEO, highlighted the team effort behind the accomplishment whilst acknowledging the broader implications for commercial robot deployment. The test's success—overshooting its original timeline by 192 hours—demonstrates that humanoid robots may be approaching genuine commercial viability in warehouse environments. The combination of autonomous operation, human-level efficiency, and extended reliability suggests these systems could soon transition from experimental prototypes to practical industrial tools.