Figure 03

Figure 03 is the third generation of Figure’s general-purpose humanoid platform. Its public positioning spans domestic tasks and commercial work, rather than a single dedicated production operation. For a prospective industrial user, the relevant question is which complete workflow can be supported at a particular site. A broad capability description alone does not establish throughput, staffing requirements, or suitability for an individual procurement project.

Compared with Figure 02, the new generation incorporates a redesigned vision and hand system, softer exterior materials, and a manufacturing approach intended for larger production volumes. Palm cameras and fingertip tactile sensing add information during grasping. These changes connect hardware development with Figure’s Helix AI program; they should not be interpreted as a guarantee that every object or task can already be handled.

Helix 02 extends Figure’s vision-language-action approach to coordinated movement of the whole body. The company’s January 2026 demonstrations include dishwasher handling and picking metal components from a cluttered container. They provide examples of integrated perception, movement, and manipulation. Buyers still need task-specific evidence: the objects, variability, operating duration, interventions, and acceptance criteria should match the proposed work rather than a different demonstration.

The clearest industrial example reviewed for this profile is Figure’s June 2026 report from BMW Group Plant Spartanburg. Figure 03 demonstrated parts sequencing in an assembly and logistics hall, combining placement of individual components with repositioning and pulling a cart. This supports the manufacturing and logistics classifications used here. The record concerns Figure 03’s demonstrated workflow; earlier Figure 02 production results are not attributed to this model.

Figure publishes a 20 kg payload and five-hour runtime. Its battery development material describes a 2.3 kWh pack, while the introduction describes wireless charging through a stand at 2 kW. Those figures are useful starting points for evaluation, but they do not by themselves establish productive hours per shift. A proposed deployment should account for task demand, charging opportunities, traffic around the dock, and recovery procedures.

Production is also progressing beyond a prototype-only program. In April 2026, Figure reported more than 350 third-generation robots delivered from BotQ, allocated across internal development, data collection, household work, and commercial use-case development. That allocation matters: a factory production milestone is not the same as a public inventory or an open ordering program. Procurement planning should therefore begin with confirmation of current access and delivery terms.

This directory classifies Figure 03 as Limited Availability. The reviewed sources establish production and selected industrial activity, but do not establish standard public pricing or unrestricted purchasing. Commercial terms, integration scope, support, and application acceptance require direct clarification for each project. Compare other platforms in the robot directory, explore industry applications, or request current sourcing information. An inquiry does not guarantee access to Figure 03.