Figure 02
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Figure AI

Figure 02

Figure's second-generation general-purpose humanoid robot

Contact for pricing

Figure 02 is Figure AI's second-generation general-purpose humanoid robot, designed to bring humanoids from the lab into real-world work. Figure streamlined its design over the first generation, advancing hand dexterity and integrating the battery into the torso for a more compact build ready for deployment. Its first commercial use case was a pick-and-place sheet-metal loading task on a BMW automotive assembly line, and Figure has since begun retiring the fleet following the launch of Figure 03.

RoboZaps evaluation note

Buyer-side view of Figure 02

RoboZaps reviews Figure 02 as part of a broader robot shortlist, not as a single-vendor pitch. Buyers should compare availability, deployment maturity, support terms, integration work, and total cost before committing.

Spec sources
0 linked
Last verified
Not verified
Availability
piloting
Support caveat
Verify local training, maintenance, parts, and uptime terms.

Best fit

Teams that need to compare Figure 02 against otherhumanoids options with deployment readiness, commercial terms, and support assumptions made explicit.

Not best fit

Buyers who need a guaranteed off-the-shelf deployment before confirming current availability, integrator coverage, site readiness, and post-sale support ownership.

Commercial review before shortlist

Before recommending a robot, RoboZaps checks whether the commercial and lifecycle picture is clear enough for a buyer to act.

  • price range
  • availability
  • lead time
  • support terms
  • deployment readiness
  • training needs
  • maintenance risk
  • source quality

Buyer-intent resources

Start with the database when you need current records, then use the buyer guides for sourcing, procurement, deployment support, and shortlist context.

Piloting

Overview

Figure 02 is the second-generation humanoid robot from Figure, an AI robotics company building general-purpose humanoids. With Figure 02, the company streamlined the design of its first-generation platform, advancing hand dexterity, integrating the battery into the torso, and creating a more compact, refined build intended for real-world deployment rather than the lab.

The robot's first commercial use case was with BMW, performing sheet-metal loading on an automotive assembly line. This is a classic pick-and-place task in which parts are picked from racks or bins and placed onto a welding fixture. Figure 02 was primarily designed to be manufactured using CNC machining processes, and its real-world operation generated data that informed the build procedures, component architecture, and mechanical design of its successor.

Following the release of Figure 03, Figure has officially begun retiring Figure 02, returning units from the BMW site as part of a fleet-wide retirement. Figure 03 is described by the company as having less mass and volume than Figure 02, reflecting the lessons learned from operating the earlier platform.

Key Features

  • Second-generation, general-purpose humanoid form factor intended for real-world work environments
  • Torso-integrated battery and a more compact, refined build compared to the first-generation platform
  • Advanced multi-fingered hands with improved dexterity for manipulation tasks
  • Demonstrated commercial deployment performing pick-and-place sheet-metal loading on a BMW automotive assembly line
  • Primarily designed for CNC-machined manufacturing, generating operational data used to design its successor

Videos

Deployment Evidence

Figure AI Ships Figure 02 to First Paying Customer

Figure AI shipped Figure 02 humanoid robots to its first paying customer; the robot features 35 degrees of freedom and an improved battery system compared to Figure 01.

Press ReleasePilotingView source →

Deployment Readiness

21
/100
Commercial Availability
4/10
Certification & Safety
3/10
SDK/API Maturity
1/10
Deployment Evidence
—/10
Integrator Ecosystem
2/10
Service & Support
2/10
Maintenance
3/10
Financing
1/10

Integration & SDK

ROS Support
Not confirmed
SDK Available
Not confirmed
API Docs
Supported Platforms

Support & Service

Regions

Support details not available

Specifications

Mechanics

Degrees of Freedom16
LocomotionBipedal

Performance

Max Speed2.7 m/s
Payload Capacity25 kg

Physical

Weight70 kg
Height1700 mm

Power

Battery Life5 hours

Sensing

Sensors6 RGB cameras, stereo depth

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Regarding: Figure 02

Figure 02 - Buyer Evaluation | RoboZaps | RoboZaps