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Humanoid

Figure 03

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About Figure 03

Figure 03 is Figure's third-generation humanoid, designed around the Helix system and physical interaction in human environments.


Manufacturer

🏢

Figure

US

Key Specifications

Payload
20 kg
Weight
60 kg
Status
ACTIVE
Category
Humanoid
Maximum speed
1.2
Level of autonomy
Unknown, not specified by manufacturer.
Maximum battery life
300
Robot classification
Humanoid
Technical specifications / Height
172.72 cm (5 ft 8 in)
Technical specifications / System
Electric
Technical specifications / Weight
61 kg
Technical specifications / Payload
20 kg
Technical specifications / Runtime
300 min (At stated peak performance)
Technical specifications / Palm cameras
1 per palm (Each hand)
Technical specifications / Stated speed
4.32 km/h
Components and architecture / Cover care
Washable; tool-free replacement
Components and architecture / Battery BMS
Custom design (F.03 battery pack)
Technical specifications / Battery energy
2.3 kWh
Technical specifications / Charging power
2 kW (Inductive charging through feet)
Components and architecture / Data offload
10 Gbps (Wireless mmWave link)
Technical specifications / Tactile sensors
Fingertips
Components and architecture / Side displays
Included
Components and architecture / Soft exterior
Textile / multi-density foam
Components and architecture / BMS protection
Overcharge / overdischarge / overheating / external short circuit (F.03 battery pack)
Components and architecture / Battery cooling
Active, forced-air (F.03 battery pack)
Components and architecture / Relative latency
0.25 × (Relative to previous camera architecture)
Technical specifications / Contact sensitivity
3 g (Mass-equivalent contact-detection threshold)
Electronics and battery pack / Battery drop test
1 m (F.03 battery pack; drop onto concrete in any orientation)
Electronics and battery pack / Flame containment
Flame-arrestor pack vent (F.03 battery pack; part of the manufacturer-described flame-containment system for a cell thermal-runaway event)
Components and architecture / Battery integration
Inside torso (F.03 battery pack)
Components and architecture / Relative frame rate
2 × (Relative to previous camera architecture)
Components and architecture / Battery certification
UN38.3 (Figure 03 battery pack)
Components and architecture / Relative speaker size
2 × (Relative to Figure 02)
Components and architecture / Cell fusing mechanisms
2 (Internal cell short-circuit fusing mechanisms)
Components and architecture / Field-of-view increase
+60 % (Per camera, relative to previous camera architecture)
Components and architecture / Relative speaker power
≈4 × (Relative to Figure 02)
Components and architecture / Relative actuator speed
2 × (Relative to previous actuator generation)
Electronics and battery pack / Cell thermal isolation
Insulative potting and heat distribution (F.03 battery pack; mechanism limiting cell-to-cell thermal-runaway propagation)
Components and architecture / Cell-failure containment
Anti-propagation system (F.03 battery pack)
Electronics and battery pack / Structural battery role
Torso structural member (F.03 battery-pack enclosure)
Components and architecture / Battery housing materials
Steel / die-cast aluminum / structural adhesives (F.03 battery pack)
Electronics and battery pack / Wrist electronics routing
No distribution board or dynamic cabling (Figure 03 wrist architecture)
Electronics and battery pack / Cell-interconnect protection
Fusible wire bonds (F.03 battery pack; interconnect geometry is tuned to act as a fusible element during a short circuit)
Electronics and battery pack / Wrist-controller communication
Direct to main computer (Figure 03 wrist motor controllers)

Verified ecosystem

Software and resources

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verified official resources
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verified compatible projects
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public maintainers
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latest verified ecosystem activity

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Official resources

No first-party resource has been independently verified yet. Unverified catalog links are not shown as official.

Official software

No official software project has been verified yet.

Community projects

No verified community project has been linked yet.

Developers and contributors

No public maintainer profile is linked yet.

Verified activity

No verified project activity is available.

This ecosystem is still empty

The robot page remains useful for specifications while official resources and compatible projects are being verified.

Mentioned in news

2026-09-07

Figure AI will build a supercomputer for humanoid robots for $3.5 billion

Figure AI committed $3.5 billion to a computing project with Nscale, with an option to expand to $6 billion and up to 100,000 NVIDIA GPUs. First systems are planned for the second half of 2027. The report distinguishes future infrastructure, company-reported training data and unresolved financing details.

2026-07-27

IEEE Humanoids 2026 conference will focus on factory labor

The IEEE-RAS International Conference on Humanoid Robots has closed submissions for its 25th edition. The event will take place December 6-9 in Santa Clara. The topic is “Humanoid Robots and the Future of Work,” reports Tech Times. This choice is not an accident. For many years the conference focused on walking, balance, manipulation and control of the whole body.

2026-07-22

Figure and Agility lead the humanoid robot race in 2026

Figure AI and Agility Robotics boast better documented deployment of humanoid robots than Tesla Optimus. Technology.org came to this conclusion after analyzing the real state of affairs in July 2026. The review authors separated operating data published by companies from widely circulated statements about the number of units issued.

2026-07-01

BMW launches humanoid robot Figure 03 to sort parts in the US

The BMW Group plant in Spartanburg (USA) is preparing to deploy Figure 03. This is an updated humanoid robot from the company Figure. He will be entrusted with the task of sorting parts in logistics, writes Technology.org with reference to BMW.

2026-06-20

Robots pour cocktails and run marathons, but they're not good at multitasking.

There is still a long way to go to a universal Android. They can mix cocktails, run marathons and fold laundry. But humanoid robots are not yet capable of performing many different tasks on command - no matter what marketers say.

2026-06-18

US accelerates humanoid robot supply chains as dependence on China faces scrutiny

American developers of humanoid robots, including 1X and Figure AI, are trying to reduce dependence on Chinese supplies. They are transferring more and more production stages to their own factories, writes Forbes. The report challenges the position of the New York Times, which argued that assembling a humanoid without China was "nearly impossible." Forbes objects: several American companies are taking a different route - they are not trying to duplicate Chinese suppliers one-to-one.

Imported from the Unibot owner catalog · Not independently verified · Imported 2026-11-11 · Unibot source · Methodology