Figure has finally unveiled its Humanoid F.03 fleet.

On April 29, 2026, Figure AI unveiled a striking milestone in humanoid robotics: a fleet of over 350 Figure 03 robots, with production now hitting one unit per hour at their dedicated BotQ manufacturing facility.

The announcement, highlighted in a viral video showing rows of identical white and black humanoids standing in formation, marks the company’s first large scale physical demonstration of its third generation robot.This is not just another incremental upgrade. It represents a rapid manufacturing ramp and a significant leap in AI driven capabilities, positioning Figure AI as a serious contender in the race to deploy general purpose humanoids at scale.Explosive Production Growth at BotQFigure AI has transformed its BotQ facility from a blueprint into a high output manufacturing environment in record time. In just 120 days, the company scaled production from 1 robot per day to 1 per hour, a 24x throughput improvement. Over 350 Figure 03 units have already been delivered, with impressive quality metrics:End of line first pass yield exceeding 80 percent and continuing to climb weekly. 99.3 percent battery yield, with over 500 batteries shipped. More than 9,000 actuators produced to support the growing fleet. Every robot undergoes extensive functional verification testing before leaving the line. Figure designed the Figure 03 from the ground up for high volume manufacturing, incorporating die casting, injection molding, and stamping processes alongside a new supply chain. BotQ’s initial line targets up to 12,000 robots per year, with ambitions to reach a cumulative 100,000 units over the next four years.This scale matters because each robot serves multiple roles: a data collection engine feeding real world experience into the AI model, a development platform for testing new capabilities, and a vessel for commercial deployment. As CEO Brett Adcock and the team have emphasized, the growing fleet directly accelerates software progress.Helix AI: From Vision Language Action to Perception Conditioned Whole Body ControlAt the heart of the Figure 03 is Helix, Figure’s proprietary vision language action (VLA) model. Helix unifies perception, reasoning, and control into a single onboard system running on dual low power embedded GPUs, enabling the robot to operate autonomously without rigid scripts.Recent advancements have pushed Helix even further. The latest unlock involves perception conditioned whole body control via an updated System 0 (S0), a learned whole body controller. Previously focused on proprioception and balance, S0 now integrates RGB images from the robot’s head cameras. These are processed through a stereo model to create a 3D representation of the environment, which then conditions the control policy.This enables more natural, adaptive movement in unstructured settings:Navigating stairs, ramps, and uneven terrain. Maintaining balance and coordination even with partial actuator failures. Performing loco manipulation tasks (combining locomotion and object handling) with human like fluidity. System 0 draws from over 1,000 hours of retargeted human motion data combined with simulation to real reinforcement learning (sim to real RL). It outputs joint level actuator commands at 1 kHz, replacing tens of thousands of lines of traditional hand engineered code with a compact ~10 million parameter neural network. Higher level components (System 1 for perception to motion translation and System 2 for reasoning/language) integrate with this foundation for end to end autonomy.The result? Robots that do not just follow pre programmed paths but reason about and react to their surroundings in real time, critical for both industrial and home environments.Figure 03 Hardware HighlightsFigure 03 builds on prior generations with refinements for real world deployment:Height and form: Approximately 5 feet 8 inches (human scale) with a softer aesthetic, including textile coverings for safer human interaction. Dexterity: 20 degrees of freedom in the hands for fine manipulation. Sensing: Upgraded camera architecture with higher frame rates, lower latency, and improved tactile sensing (sensitive enough for delicate objects). Power: Around 5 hours of runtime per charge, with wireless charging options explored for home use. Design philosophy: Engineered for both factory floors and unpredictable home layouts (tight corners, shifting furniture, stairs). Early targets include a consumer price point around $20,000 to $30,000, though current units are likely higher as production matures.Why This Milestone MattersThe combination of hardware scale and AI progress creates a powerful flywheel. More robots in the field generate richer, diverse data from real operational environments. This data refines Helix, unlocking new skills that can be rapidly deployed across the entire fleet via over the air updates.Figure envisions Figure 03 starting in industrial settings (where it has already seen partner testing) before moving into homes for tasks like laundry, dishwashing, cleaning, and general assistance. The robot can understand natural language commands, reason about multi step tasks, and adapt on the fly.This positions Figure AI alongside other leaders like Tesla (Optimus) in the humanoid race, but with a strong emphasis on home usability and integrated end to end neural control.Challenges and the Road AheadImpressive as the ramp is, challenges remain. Achieving consistent high yields at even higher volumes, ensuring long term reliability in consumer hands, and navigating regulatory and safety questions for home deployment will require continued execution. Battery life, charging infrastructure, and cost reduction are also key focus areas.Still, the speed of progress, 24x manufacturing in 120 days coupled with perception conditioned control, is hard to overstate. It signals that humanoid robots are transitioning from lab curiosities and limited pilots to deployable products. The Bigger PictureFigure AI’s announcement is more than a production update. It is a tangible step toward a future where general purpose robots augment human labor in factories, warehouses, and eventually homes. As the fleet grows and Helix evolves through real world feedback, we may soon see these machines handling complex, long horizon tasks with increasing independence.The video of dozens of Figure 03 units lined up is not science fiction anymore. It is the new baseline. The era of scalable, AI powered humanoids has clearly begun.