Figure AI's BotQ Is Now Building One Humanoid Per Hour
Figure AI has revealed the production metrics behind BotQ, its high-volume humanoid manufacturing facility, and the numbers are striking: the company has scaled from producing one Figure 03 per day to one per hour — a 24x throughput increase achieved in under 120 days. More than 350 Figure 03 units have already been delivered, with BotQ's first-generation line now capable of producing 12,000 humanoids per year.
The announcement reframes the competitive conversation in humanoid robotics from hardware capability to manufacturing execution. Figure's ability to 24x its production rate in four months demonstrates that the bottleneck is no longer robot design — it's the industrial infrastructure to build them at scale.
How BotQ achieved 24x throughput
The acceleration wasn't achieved through a single breakthrough but through a systematic redesign of the assembly process. Figure's hardware and manufacturing teams rebuilt the production line from scratch around a custom manufacturing execution system running across more than 150 networked workstations. This software layer coordinates every step of assembly, tracks component provenance, and surfaces quality issues in real time rather than at end-of-line inspection.
Critically, Figure 03 robots are now helping to build Figure 03 robots. The company's Helix AI system — which handles dexterous manipulation tasks on the Figure 03 platform — has been deployed within BotQ itself, with robots performing component assembly and acting as material handlers on the production floor. This creates a compounding dynamic: as BotQ produces more Figure 03s, those robots can be redeployed to accelerate BotQ's own output.
Commercial deployments driving the ramp
The production scale-up is directly tied to commercial demand. Figure has active agreements with BMW and Brookfield for deployment in automotive manufacturing and logistics respectively. BMW's Spartanburg facility ran a ten-month pilot with Figure 02, with the robot assisting in production of more than 30,000 BMW X3s — a deployment that validated the sim-to-real transfer pipeline and generated the real-world training data needed to refine Figure 03's capabilities.
The transition from Figure 02 to Figure 03 as BotQ's primary output reflects a broader platform shift. Figure 03 incorporates significant improvements in whole-body control, manipulation dexterity, and onboard compute relative to its predecessor — changes that required rebuilding the assembly line but position the company to deliver a meaningfully better product to enterprise customers.
The race to a million units
Figure's stated long-term target is one million humanoid robots per year — a number that would require roughly 100x the current BotQ capacity. The company is explicit that achieving this requires iterating through multiple generations of manufacturing infrastructure, not simply expanding the current footprint.
The 24x ramp in 120 days establishes a credible trajectory. If Figure can continue compressing cycle times and expanding line capacity at even a fraction of that pace, reaching tens of thousands of units per year within 18 months is plausible. That would make it one of the highest-volume humanoid manufacturers in the world, alongside Tesla's Optimus program and Chinese producers scaling through companies like Unitree Robotics and Agibot.
The BotQ reveal and 1X's simultaneous opening of its Hayward factory mark April 2026 as the month manufacturing became the defining front in the humanoid robot race.