Figure converted a humanoid robot demo into a live stress test for its factory-capable system. Its Figure 03 fleet operated continuously for more than 64 hours (and the stream later passed 100 hours) and during that runtime sorted over 80,000 packages.
Performance details — the numbers
- The fleet held an average cadence of 2.9 seconds per package.
- That corresponds to roughly 1,240–1,250 packages sorted per hour.
- The demonstration featured no cinematic cuts or stage resets: the robots sustained continuous operation through human sleep cycles.
How this compares to human labor
The comparison targets conventional human sorting labor. A typical warehouse picker or sorter processes about 300–600 items per hour. Figure’s robots were operating at approximately two to four times that rate while also avoiding human limitations such as fatigue, scheduled breaks, shift handovers, attention degradation, and injury-related downtime.
Why this is significant
The live stress test underlines that sorting work is a clear early candidate for automation. Sustained, multiday robot performance at this cadence implies that replacing certain sorting roles could become a procurement decision rather than a speculative prediction. While this does not mean every logistics role will be automated immediately, the measurable advantages shown in the demo make sorting positions particularly exposed to displacement.
Summary
In a continuous live test, Figure’s Figure 03 humanoid robots sorted over 80,000 packages across more than 64 hours (later extending past 100 hours), maintaining a 2.9-second rhythm and about 1,240–1,250 items per hour — performance materially higher than typical human sorting rates of 300–600 items per hour, with implications for the automation of sorting jobs.
