Figure 03 humanoid walks 348 miles on a treadmill in nine days

On a treadmill inside a Figure AI testing facility, a humanoid robot kept walking. A power cable trailed from its back. Over nine consecutive days, Figure 03 covered 348 miles and logged 1.2 million steps, according to a time-lapse that CEO Brett Adcock posted on X on October 19, 2026. He said the run began as a side project, meant to push the robot until something failed.

The test follows a bigger but different effort. In May 2026, Figure livestreamed Figure 03 robots sorting packages for roughly 200 hours, starting as an eight-hour demonstration before extending into a nine-day event. The robots processed 249,560 packages in total, but several machines rotated through the job, and each typically worked three to four hours before another took over and recharged. The treadmill run measures something else: how far one platform can walk without stopping. The post does not say whether a single robot completed the whole run, nor how its power was managed.

The robot's new hardware explains why a long test is worth running. Its cameras deliver twice the frame rate and one-quarter the latency of its predecessor, and each offers a 60% wider field of view. Its hands carry palm cameras and tactile sensors that detect forces as small as three grams. For power, Figure fitted coils inside the feet for wireless inductive charging: the robot recharges by stepping onto a compatible stand that delivers 2 kilowatts. The treadmill post does not say whether that charging system played any part in this run.

The company is also closing an earlier chapter. On September 30, Figure announced the decommissioning of its Figure 02 fleet as production of Figure 03 expands. Figure 02 had its first deployment at BMW's plant in Spartanburg, South Carolina, where its robots handled sheet-metal components and contributed, Figure said, to building more than 30,000 BMW X3 vehicles. The older machines were hard to dismantle because of their custom-built parts, so Figure trained robots to load them into molten steel at a foundry in Finland, melting most of the fleet.

For factories, the implication is reliability. A robot that can keep moving through long, repetitive shifts, without a fault appearing after hours, is the precondition for the longer industrial shifts Figure is aiming at. This treadmill run is one stress test on one platform, and it does not yet show a deployment or a date for one. What it does show is that the company is now measuring endurance in days rather than minutes, and the next figures to watch are how many hours a robot works on the job before anyone has to pull it off the line.