Figure 03

Overview and Use Cases

Figure 03 is Figure AI's third-generation humanoid robot, announced as a ground-up redesign optimized for the company's Helix VLA (vision-language-action) AI system. Unlike earlier iterations that were developed partly to validate hardware concepts, Figure 03 is explicitly positioned for real-world deployment across two broad verticals:

• Commercial and industrial settings: warehouse logistics, light manufacturing, and repetitive material handling tasks where labor shortages are acute.
• Home environments: general household assistance, including object manipulation, fetching, and navigation in cluttered domestic spaces.

The robot is designed to operate autonomously using Helix's end-to-end learned policies, reducing reliance on hand-coded task logic and enabling more flexible, generalizable behavior.

Key Technical Details

Figure AI has not publicly released a full specification sheet for Figure 03 as of the time of writing. Based on public reporting and company announcements, the following is known or reasonably inferred:

• Form factor: Full-size bipedal humanoid with two dexterous hands, designed to operate in spaces built for humans.
• AI integration: Native hardware and software co-design around the Helix VLA model, which processes visual and language inputs to generate motor actions end-to-end.
• Sensors: Reportedly includes onboard cameras and proprioceptive sensors; specific sensor suites have not been fully disclosed.
• Payload and runtime: Specific payload capacity and battery runtime figures have not been officially confirmed; hedged estimates from industry observers suggest performance comparable to or exceeding Figure 02.
• Dexterity: The hands are reported to be capable of fine manipulation tasks, a key requirement for both home and industrial use.

Comparison to Predecessor Models

Figure AI has released two prior humanoid platforms before Figure 03:

• Figure 01: The company's debut humanoid, used primarily for internal development and proof-of-concept demonstrations, including a widely publicized collaboration with OpenAI on natural-language-driven manipulation.
• Figure 02: An iterative improvement featuring enhanced dexterity and a refined mechanical design, deployed in a pilot program with BMW at a U.S. manufacturing facility.

Figure 03 reportedly represents a more fundamental redesign than the step from 01 to 02, with the hardware architecture co-developed alongside Helix rather than adapted to it after the fact.

Market Context and Target Buyers

Figure AI targets the premium end of the humanoid robotics market, competing with platforms such as Tesla Optimus, Boston Dynamics Atlas (research/commercial), Agility Robotics Digit, and Unitree H1/G1. Figure 03 is not positioned as a low-cost commodity robot; rather, it is aimed at enterprise customers and, prospectively, early-adopter consumers willing to pay for a capable general-purpose platform.

No official retail or licensing price has been publicly announced for Figure 03. Industry analysts generally place next-generation humanoids in a price tier that remains inaccessible to most individual consumers in the near term, with commercial leasing or robotics-as-a-service (RaaS) models considered likely go-to-market approaches.

Deployments and Notable Customers

As of public reporting, Figure AI's most prominent commercial deployment involved Figure 02 units working alongside human workers at a BMW manufacturing plant in the United States. Whether Figure 03 units have entered customer pilots has not been confirmed in public disclosures at the time of writing. Figure AI has indicated that Figure 03 is designed with production scalability in mind, suggesting the company intends to move beyond limited pilot programs.

Future Outlook

Figure 03 arrives at a moment of intense competition and investment in humanoid robotics globally. Figure AI has attracted substantial venture funding and counts major technology and automotive partners among its backers, as of public reporting. The tight integration of Figure 03 with the Helix VLA model positions the platform to benefit directly from ongoing improvements in foundation model capabilities—potentially allowing the robot's behavioral repertoire to expand through software updates rather than hardware revisions. The company's stated goal is to deploy humanoids at scale in both commercial and home settings, with Figure 03 serving as the primary vehicle for that ambition in the near term.