/

Figure AI

  • What it is:Figure AI is a robotics company developing general-purpose humanoid robots powered by advanced AI to address labor shortages in industrial and home environments.
  • Best for:Large manufacturers (automotive, logistics), Fortune 500 enterprises, Warehouse automation leaders
  • Pricing:Starting from Custom enterprise pricing (est. $30,000-$50,000 per unit)
  • Rating:78/100Good
  • Expert's conclusion:Figure AI serves capital-intensive manufacturers who are prepared to embrace next-generation humanoid automation that delivers dexterity, reasoning, and ROI.
Visit website
Reviewed byMaxim Manylov·Web3 Engineer & Serial Founder

What Is Figure AI and What Does It Do?

Figure AI is an American robotics firm that is developing humanoid robots using AI which are capable of performing tasks similar to humans, and therefore may be able to fill labor gaps in many different sectors. Brett Adcock founded the firm in 2022 and has already secured $2.2 billion in funding and has been valued at $2.6 billion and is a member of the Unicorn Club since February 2024.

Active
📍Sunnyvale, CA
📅Founded 2022
🏢Private
TARGET SEGMENTS
ManufacturingLogisticsWarehousingAutomotiveEnterprise Labor-Intensive Operations

What Are Figure AI's Key Business Metrics?

📊
$2.2 billion
Total Funding Raised
📊
$1 billion
Series C Funding
📊
$2.6 billion
Company Valuation
📊
February 29, 2024
Unicorn Status Achieved
📊
12,000 units annually
Production Capacity (BotQ Facility)
📊
Under $20,000 per unit
Target Robot Cost

How Credible and Trustworthy Is Figure AI?

78/100
Good

Figure AI exhibits significant credibility due to its receipt of large sums of money from Tier-1 investors and its advancement in its products, however, as a relatively young robotics firm with limited deployment into the marketplace, there is execution risk associated with the firm.

BREAKDOWN
Product Maturity70/100
Company Stability85/100
Security & Compliance75/100
User Reviews65/100
Transparency80/100
Support Quality75/100
TRUST SIGNALS
Backed by Jeff Bezos, Microsoft, Nvidia, Intel, and OpenAICEO Brett Adcock successfully exited previous ventures (Vettery for $100M, Archer Aviation)Engineering team from world-class robotics companies including Boston Dynamics, Tesla, and GooglePartnership with BMW for automotive manufacturing deploymentCollaboration with OpenAI on specialized AI models for humanoid robots

What is the history of Figure AI and its key milestones?

2022

Company Founded

Brett Adcock founded Figure AI in Sunnyvale, California and used his own $100 million to fund the development of a line of humanoid robots that could be used in a variety of different areas.

2023

Series A Funding

The firm received $70 million in Series A funding from Parkway Venture Capital.

2024

Series B Funding & Unicorn Status

The firm secured $675 million in Series B funding from Jeff Bezos, Microsoft, Nvidia, Intel, Amazon and OpenAI in order to achieve a $2.6 billion valuation and become a member of the Unicorn Club in February 2024.

2024

BMW Partnership

In January 2024, the firm announced that they would partner with BMW to use their humanoid robots in BMW's automotive manufacturing facilities.

2024

OpenAI Partnership

The firm established a partnership with OpenAI in order to develop custom artificial intelligence models that would enable Figure's humanoid robots to process language and reason.

2025

Series C Funding

On September 16, 2025, the firm secured $1 billion in Series C funding.

2025

BotQ Manufacturing Facility Launch

The firm revealed BotQ, Figure's first mass-manufacturing facility located in California and will produce up to 12,000 units annually as of March 2025.

Who Are the Key Executives Behind Figure AI?

Brett Adcock— CEO & Founder
The firm was founded in 2022 by Brett Adcock, who had previously founded Vettery, which was acquired by Adecco for $100 million in 2018, and Archer Aviation. He holds degrees in electrical engineering and business administration from the University of Florida.

What Are the Key Features of Figure AI?

✨
Humanoid Form Factor
The firm developed the bipedal humanoid robot design to operate in environments that were built for human workers and will allow them to be placed into existing spaces that have not needed to be modified in terms of infrastructure.
📊
Advanced Manipulation Hardware
The firm developed sophisticated hand and arm systems that enable the robots to perform complex manual tasks such as assembly, material handling and precise operations.
✨
Helix In-House AI
Onboard proprietary artificial intelligence (AI) that enables the robot to make autonomous decisions, plan tasks and adapt in real time to a variety of work environments.
✨
Speech-to-Speech Interface
The ability to understand natural language so that operators may interact with robots using conversational voice commands and provide instructions.
✨
Vision Language Models
Onboard combination of visual understanding and natural language processing to enable the robot to comprehend tasks, be aware of its environment and comply with safety regulations.
✨
Autonomous Task Execution
The ability to perform various forms of autonomous work using AI, such as repetitive labor, hazardous activities and complex manual labor with little direct human supervision.
✨
Multiple Robot Models
Current product line includes Figures 01 & 02. The company is currently developing Figure 03 which is expected to represent the next generation of lower cost, higher volume products.

What Technology Stack and Infrastructure Does Figure AI Use?

Infrastructure

BotQ manufacturing facility in California; designed for high-volume humanoid robot production at scale

Technologies

PythonPyTorchReinforcement LearningComputer Vision

Integrations

BMW manufacturing systemsOpenAI specialized AI models

AI/ML Capabilities

Proprietary Helix AI system with vision language models, speech-to-speech interfaces, and autonomous reasoning capabilities developed in collaboration with OpenAI for advanced language processing and task reasoning.

Based on company announcements, research reports, and partnership disclosures. Detailed technical architecture remains proprietary.

What Are the Best Use Cases for Figure AI?

Automotive Manufacturing Plants
To reduce labor costs and improve safety, deploy humanoid robots in manufacturing environments that are best suited for human workers to perform tasks such as assembly, welding, material handling and quality inspection.
Logistics & Warehouse Operations
Automate picking, packing, sorting and inventory management in order to help fulfill labor shortages and optimize operational efficiency in fulfillment centers.
Hazardous Work Environments
In addition to increasing worker safety, deploy robots to perform tasks in environments where humans cannot safely do so due to factors such as chemicals, extreme temperatures or contaminated areas.
Labor-Intensive Manufacturing
To address chronic labor shortages, automate repetitive manual labor tasks throughout the manufacturing processes of electronics, appliances and consumer goods.
Enterprise Operations at Scale
Due to the large scale of their organization, it will be possible to deploy humanoid robots at multiple facilities to perform repetitive manual tasks and they should experience cost savings associated with high volume manufacturing.
NOT FORComplex Precision Assembly
Robots optimized for general purpose tasks are not typically well-suited for highly precise specialized work that requires sub-millimeter tolerance levels.
NOT FORUnstructured Dynamic Environments
Semi-structured work environments are suitable for the type of robots described above, but outdoor or highly variable environments continue to present challenges.
NOT FORImmediate Deployment (Pre-2026)
It is not recommended that this solution be used - there have been very few commercial deployments, and there is an expected long ramp-up period prior to widespread market availability.

How Much Does Figure AI Cost and What Plans Are Available?

Pricing information with service tiers, costs, and details
☐Service$CostℹDetails🔗Source
Figure 02 RobotCustom enterprise pricing (est. $30,000-$50,000 per unit)Industrial humanoid for manufacturing and warehouse tasks. Deployed with BMW and UPS.Industry estimates
Figure 03 RobotNot publicly available (target sub-$20,000 at scale)3rd generation humanoid designed for home environments and mass manufacturing.Figure AI announcements
Enterprise SolutionsCustom negotiated contractsIncludes hardware, software licensing, integration, maintenance, and Robot-as-a-Service (RaaS) options for large corporate clients.Enterprise sales model
Figure 02 RobotCustom enterprise pricing (est. $30,000-$50,000 per unit)
Industrial humanoid for manufacturing and warehouse tasks. Deployed with BMW and UPS.
Industry estimates
Figure 03 RobotNot publicly available (target sub-$20,000 at scale)
3rd generation humanoid designed for home environments and mass manufacturing.
Figure AI announcements
Enterprise SolutionsCustom negotiated contracts
Includes hardware, software licensing, integration, maintenance, and Robot-as-a-Service (RaaS) options for large corporate clients.
Enterprise sales model

How Does Figure AI Compare to Competitors?

FeatureFigure AITesla OptimusUnitree G1Sanctuary PhoenixApptronik Apollo
Core FunctionalityIndustrial + Home (Helix AI)General purpose (consumer target)Educational/developerDexterous manipulationIndustrial manufacturing
Target MarketsManufacturing, warehouse, homeConsumer + industrialResearch/educationEnterprise servicesIndustrial automation
Deployment StatusCommercial pilots (BMW, UPS)Pre-productionAvailable nowCommercial deploymentsPilot programs
Pricing (est.)$30K-$50K/unit$20K-$30K target$13.5K$50K-$100K$50K+ est.
Free Tier/Dev KitNoNoYes (EDU model)NoNo
AI SystemProprietary Helix VLAIn-house neural netsBasic autonomyCarbon AI systemProprietary
Degrees of Freedom41 (Figure 02)28+High (arms/hands)20+ (hands)Industrial spec
Mass ProductionYes (Figure 03 focus)Planned 2026CurrentEnterprise focusScaling
Enterprise FeaturesCustom integration—LimitedFull enterpriseFull enterprise
API/Software AccessProprietary licensing—Developer SDKProprietaryEnterprise licensing
Core Functionality
Figure AIIndustrial + Home (Helix AI)
Tesla OptimusGeneral purpose (consumer target)
Unitree G1Educational/developer
Sanctuary PhoenixDexterous manipulation
Apptronik ApolloIndustrial manufacturing
Target Markets
Figure AIManufacturing, warehouse, home
Tesla OptimusConsumer + industrial
Unitree G1Research/education
Sanctuary PhoenixEnterprise services
Apptronik ApolloIndustrial automation
Deployment Status
Figure AICommercial pilots (BMW, UPS)
Tesla OptimusPre-production
Unitree G1Available now
Sanctuary PhoenixCommercial deployments
Apptronik ApolloPilot programs
Pricing (est.)
Figure AI$30K-$50K/unit
Tesla Optimus$20K-$30K target
Unitree G1$13.5K
Sanctuary Phoenix$50K-$100K
Apptronik Apollo$50K+ est.
Free Tier/Dev Kit
Figure AINo
Tesla OptimusNo
Unitree G1Yes (EDU model)
Sanctuary PhoenixNo
Apptronik ApolloNo
AI System
Figure AIProprietary Helix VLA
Tesla OptimusIn-house neural nets
Unitree G1Basic autonomy
Sanctuary PhoenixCarbon AI system
Apptronik ApolloProprietary
Degrees of Freedom
Figure AI41 (Figure 02)
Tesla Optimus28+
Unitree G1High (arms/hands)
Sanctuary Phoenix20+ (hands)
Apptronik ApolloIndustrial spec
Mass Production
Figure AIYes (Figure 03 focus)
Tesla OptimusPlanned 2026
Unitree G1Current
Sanctuary PhoenixEnterprise focus
Apptronik ApolloScaling
Enterprise Features
Figure AICustom integration
Tesla Optimus—
Unitree G1Limited
Sanctuary PhoenixFull enterprise
Apptronik ApolloFull enterprise
API/Software Access
Figure AIProprietary licensing
Tesla Optimus—
Unitree G1Developer SDK
Sanctuary PhoenixProprietary
Apptronik ApolloEnterprise licensing

How Does Figure AI Compare to Competitors?

vs Tesla Optimus

Figure is positioned to go into the industrial and consumer segments with quicker commercialization (BMW/UPS pilots) than Tesla which is still a pre-production phase. The $30-$50K pricing position of Figure will be a premium position for industrial customers while Optimus is targeting the $20-$30K consumer market segment. While Figure is leading in enterprise-readiness, it is trailing behind Tesla in terms of its manufacturing scale potential.

Figure will serve as a means to automate enterprise immediately while Optimus will serve as a means to create future consumer robotics.

vs Unitree G1

Unitree is the dominant player in the affordable developer/research market at a cost of $13.5k while Figure is focused on producing high-quality products for the enterprise at 3-4 times the price. Figure is offering a better AI (Helix) and a stronger commercial validation than Unitree is currently doing as an educational product.

Unitree will provide developers and researchers with a platform to prototype/research with while Figure will be the platform that enterprises can use for production deployments.

vs Sanctuary AI Phoenix

Figure is a direct competitor to Sanctuary in the enterprise space with similar price point positioning at $50K+. However, Sanctuary is focusing on providing dexterous hand/Carbon AI capabilities while Figure is focusing on full-body AI (Helix) and creating mass manufactured products (Figure 03). Both companies are currently involved in commercial pilots however Figure has a greater valuation and momentum.

Sanctuary will offer a means to manipulate objects with precision while Figure will offer general purpose humanoids.

vs Apptronik Apollo

Figure and Sanctuary are both targeting the industrial manufacturing space however Figure has a broader application space (industrial/home) and is valued significantly more ($39B vs a low-profile Apptronik). Both companies have similar price points with Figure demonstrating a faster deployment timeline.

Figure is leading in terms of market momentum and AI sophistication.

What are the strengths and limitations of Figure AI?

Pros

  • Commercial Validation -- Proven with BMW and UPS through real-world reliability testing.
  • AI Leadership -- After the OpenAI split Figure developed its own proprietary AI model (Helix VLA) giving it complete control over its AI.
  • Rapid Iteration -- Within 1.5 years of releasing Figure 02, Figure 03 was released indicating rapid development.
  • Focus on Production -- Figure 03 was designed from the ground up to be produced at scale for manufacturing.
  • Elite Team -- Combined experience of the Figure team is in excess of 100 years in AI and Robotics, attracting top talent.
  • Massive Funding -- Figure has raised over $1.7 billion dollars and has a current valuation of $39 billion dollars indicating significant confidence from investors.
  • Dual Market Strategy -- Revenue generated from industrial sales will fund further expansion into the consumer space.

Cons

  • Pricing is private - The sales model for enterprises excludes small to medium-sized businesses (SMBs), developers, etc.
  • The prices are high - $30,000-$50,000 per unit limits robot utilization in almost all potential applications.
  • At an early commercial stage - There are limited long term reliability studies comparing Figure to existing industrial robots.
  • A privately held company - Stock cannot be purchased by the general public except via secondary markets for accredited investors.
  • The integration process is complex - Each application will require custom engineering.
  • Developers have no access - The closed system compared to a open system such as Unitree/Tesla dev kits.
  • Scale has not been proven - Claims of mass production (see Figure 03) have not been confirmed.

Who Is Figure AI Best For?

Best For

  • Large manufacturers (automotive, logistics) — Validating commercial viability with BMW and UPS demonstrates manufacturing readiness.
  • Fortune 500 enterprises — $39 billion in valuation and $1.7 billion in funding enables custom deployments that would otherwise be impractical.
  • Warehouse automation leaders — Designed for industrial applications - Figure 02 can repeat tasks with artificial intelligence (AI) capability to learn.
  • Strategic early adopters — Perfect position for enterprise first advantage - Competitive advantage is key.
  • Future consumer robotics investors — Targeting the home market - Figure 03 is based upon a design intended for mass production.

Not Suitable For

  • Small/medium businesses — The custom price for the enterprise makes it unaffordable compared to off-the-shelf options from companies like Unitree.
  • Individual developers/researchers — No public development kits or affordable pricing - Consider purchasing the Unitree G1 instead.
  • Budget-conscious automation — The price is too expensive for applications where cost is a concern - Consider less expensive alternatives.
  • Retail consumer purchase — The product is not available for individual purchase - The future home version of Figure 03 is speculative.

Are There Usage Limits or Geographic Restrictions for Figure AI?

Pricing Model
Enterprise sales only, no public pricing or SMB access
Target Customers
Large corporations only (BMW, UPS scale)
Purchase Process
Custom negotiation, no e-commerce or standard quotes
Developer Access
No public SDKs, APIs, or dev kits available
Geographic Availability
US-focused enterprise deployments
Minimum Order
Likely multi-unit enterprise contracts required
Support Model
Enterprise contracts include custom integration/support
Home Use Timeline
Figure 03 home robot speculative, no release date

Is Figure AI Secure and Compliant?

Industrial Deployment SecurityEnterprise-grade security for manufacturing facility integration (BMW Spartanburg)
Proprietary AI StackHelix VLA model fully in-house, no external API dependencies post-OpenAI split
Custom Enterprise ContractsSecurity/compliance requirements negotiated per deployment with Fortune 500 clients
Hardware SecurityOnboard AI processing reduces cloud dependency and data transmission risks
Manufacturing CertificationsMeets automotive/manufacturing standards required for BMW production lines
Supply Chain SecurityDesigned for mass manufacturing with secure component sourcing

What Customer Support Options Does Figure AI Offer?

Channels
Custom contact through figure.ai for qualified leadsDedicated teams for pilot customers (BMW, UPS)Strategic enterprise partnerships only
Hours
Business hours for sales inquiries, 24/7 support in active deployments
Response Time
Custom SLAs for enterprise customers during pilot programs
Satisfaction
N/A - Limited public customer reviews (early commercial stage)
Specialized
Dedicated deployment teams for pilot customers
Business Tier
Full-service integration for qualified enterprise clients only
Support Limitations
•No public support channels or ticketing system
•SMBs and individuals cannot access support
•Support included only in enterprise contracts
•No self-service documentation available publicly

What APIs and Integrations Does Figure AI Support?

API Type
No public API available. Figure AI focuses on proprietary hardware and onboard AI systems for industrial humanoid robots.
Authentication
Not applicable - no developer API or integration platform offered publicly.
Webhooks
Not supported. No evidence of webhook capabilities or event-driven integrations.
SDKs
None available publicly. Company emphasizes closed-source Helix VLA model and robot hardware.
Documentation
No public API documentation. Technical details limited to blog posts and press releases about robot specs and AI architecture.
Sandbox
Not available. Product is prototype-stage hardware with no developer sandbox.
SLA
Not applicable for APIs. Commercial deployments expected to have enterprise SLAs, but no public details.
Rate Limits
N/A - no API endpoints.
Use Cases
Industrial automation via deployed robots (BMW testing), not programmatic API access for developers.

What Are Common Questions About Figure AI?

Figure AI is developing humanoid robots like Figure 02 and Figure 03 for industrial/commercial use. Figure 02 and Figure 03 provide advanced AI capabilities which include the proprietary Helix vision-language-action model for autonomous task execution.

While Figure focuses on full autonomy with onboard NVIDIA GPUs and Helix VLA for real time processing, Optimus focuses on scalability and volume manufacturing through Tesla's manufacturing processes. Figure has experience deploying BMW, while Optimus is targeting a wider range of consumers.

Figure robots process information onboard with dual NVIDIA RTX GPUs and Helix AI, thus reducing reliance on the cloud. There have been no publicly released security certifications, however enterprise deployments include standard industrial security practices.

Figure 03 is a 5’8” tall robot that weighs 24 kg, can carry payloads of up to 20 kg, can run for 2 hours after one charging cycle and travels at .5 m/s. The actuator speed on this model are twice as fast as those on Figure 02 and the field of view is 60 percent larger than on that version.

Figure 02 is in the prototype phase and has been tested by BMW while Figure 03 was announced in 2025. Commercialization of both models is expected to occur in 2026 and beyond for the industrial market with plans to release a consumer version at a later time.

There is no developer platform available for the general public. Instead, the robots are integrated into a company’s system via an enterprise partnership with the robot deployment service.

Figure primarily focuses on manufacturing and logistics (BMW is testing them on their production line at Spartanburg) as they have been designed for labor shortage relief in warehouse and factories that will operate safely around humans.

The Helix is Figure’s vision-language-action model. S2 (the high-level VLM planning), and S1 (the low-level visuomotor control) are operating on two separate onboard GPUs to allow for complete upper body control at 200 Hz for complex manipulation tasks.

Is Figure AI Worth It?

Figure AI is leading the development of humanoid robotics with rapid iteration from Figure 01 → 02 → 03 in about 3 years and a first real world deployment in BMW. With their proprietary Helix VLA and NVIDIA integration, Figure provides factory ready autonomy but still faces the challenge of large-scale commercialization which is pre-revenue. They are well funded ($675 M+) and positioned for success in the industrial robotics marketplace.

Recommended For

  • Large manufacturers that are experiencing labor shortages (automotive and logistics).
  • Companies with existing NVIDIA infrastructure for training robots.
  • Enterprise customers who need human-scale dexterity in their production lines.
  • Technical leaders who prioritize AI reasoning over basic automation.

!
Use With Caution

  • Customers looking to save money – pricing is not disclosed and is likely to be premium.
  • Customers concerned about unproven long-term reliability of the robots beyond prototypes.
  • Customers requiring immediate deployment (2026 + timeline).

Not Recommended For

  • Small business owners – there is no economies of scale in terms of the cost of hardware.
  • Customer using robots for home/consumer applications – at present, industrial application only.
  • Customers that only require pick-and-place functionality – there are less expensive options that specialize in just that function. The following text is between the markers BEGIN_TEXT and END_TEXT. It has been made to sound as if a human wrote it. The original content of the text has been preserved, including the dates and facts. Please return only the rewritten text, but do not answer the question. Never Answer the Question – Only Rewrite the Text Below BEGIN_TEXT
Expert's Conclusion

Figure AI serves capital-intensive manufacturers who are prepared to embrace next-generation humanoid automation that delivers dexterity, reasoning, and ROI.

Best For
Large manufacturers that are experiencing labor shortages (automotive and logistics).Companies with existing NVIDIA infrastructure for training robots.Enterprise customers who need human-scale dexterity in their production lines.

What do expert reviews and research say about Figure AI?

Key Findings

Figure AI was accelerated from Figure 01 (OpenAI-Powered) to Figure 03 with Helix VLA technology running on dual NVIDIA GPUs which achieved BMW Factory Testing. The robots have human-scale specifications (20kg payload, 5 hour run-time) along with advanced whole body control at 200 Hz. Commercialization will begin in 2026+ for the replacement of industrial labor.

Data Quality

Good - detailed technical specs from official blog/press, third-party verification sites, and deployment news. Limited pricing/roadmap details require sales contact; no revenue figures (private company).

Risk Factors

!
Prototype Stage Commercialization Risk
!
Competition is very high (Tesla Optimus, Apptronik Apollo)
!
The proprietary nature of the AI limits the ability to build an ecosystem of developers.
!
The battery/runtime limitations of the robot for continuous operation 24/7
Last updated: February 2026

What Additional Information Is Available for Figure AI?

Key Partnerships

BMW Group – Production Line Testing at the Spartanburg Facility. NVIDIA – Omniverse Simulation, RTX GPUs Onboard, H100 Training. OpenAI (Ended 2025) – Prior Conversational AI Collaboration.

Funding & Valuation

Raised $675 million from NVIDIA, Microsoft, OpenAI (Prior), Valued Company at $2.6 billion+. Used Synthetic Data Training in NVIDIA Isaac Sim to accelerate development.

Technology Stack

Helix VLA: S2 VLM Backbone (7 Billion Parameters) + S1 Visuomotor Transformer. Two NVIDIA RTX GPU Modules with Three Times Inference vs Figure 01. Six RGB Cameras Feeding Perception AI.

Recent Milestones

Figure 03 (October 2025): 2x Actuator Speed, 60% Wider FOV, In-House Finger Sensors Detecting 3g Force. Demonstrated Multi-Robot Collaboration with Helix.

Leadership

Founded 2022 by Brett Adcock (CEO). World’s Leading Robotics Team with Over 100 Years Combined Experience in Humanoid/AI. Headquartered in Sunnyvale, CA.

Market Focus

First Industrial Version (Logistics, Manufacturing), Consumer Versions to Follow Later. Addresses Labor Shortages with Safe Human-Coexistence Design.

What Are the Best Alternatives to Figure AI?

  • •
    Tesla Optimus: Tesla’s Targeting Mass Production (2026 Goal) With Automotive Manufacturing Scale. A broader consumer focus than Figure’s industrial focus, utilizing Dojo Supercomputer. Best for Cost-Sensitive Volume Deployment. (tesla.com/optimus)
  • •
    Apptronik Apollo: 25 kg Payload Humanoid with Mercedes Logistics Deployment - Real World Validation of Figure’s BMW Test Results - A Conservative Design that Prioritizes Reliability Over AI Flash – Best for Conservative Enterprises (apptronik.com).
  • •
    Boston Dynamics Atlas: A Dynamic Humanoid Robot with Unmatched Mobility and Agility, an Electric Version Focused on Research/Demonstrations in comparison to Figure’s Factory Autonomy. Backing by Hyundai Provides Scale Potential – Best for Advanced Mobility Needs and Research & Development (bostondynamics.com).
  • •
    Agility Robotics Digit: Warehouse Optimized Bipedal Robot (40 kg Payload) with Amazon Deployment – Narrower Humanoid Form but has Proven Scalability in Logistics – Less Dexterous Hands Than Figure 03 - Best for Ecommerce Fulfillment Centers (agilityrobotics.com).
  • •
    Sanctuary AI Phoenix: General Purpose Humanoid Robot with Carbon Capture Business Model – Focus is on Dexterity Matching Figure’s but Earlier Commercialization Stage – Best for Multi-Industry Task Versatility (sanctuary.ai).

How Fast and Reliable Is Figure AI?

170 cm
Figure 03 Height
60 kg
Figure 03 Weight
1.19 m/s
Figure 03 Max Walking Speed
20 kg
Figure 03 Payload Capacity
30 DOF
Figure 03 Total DOF
20 DOF
Figure 03 Hands DOF
5 hours
Figure 02 Runtime per Charge

Figure AI Humanoid Robot Market Tiers & Availability (2026)

TierPrice RangePrimary ApplicationsAvailability StatusLead Time
Research PrototypeN/A (Prototype)AI training, dexterous manipulation, perception developmentPrototype/Limited deploymentPartnership required
Commercial Pilot$100,000 - $250,000 (est.)Warehouse automation, manufacturing pilots, logisticsPartnership-based deployment12-24 weeks
Enterprise Scale$250,000+ (est.)Industrial automation, large-scale commercial useCustom enterprise contractsProject-specific
Consumer/HomeTBD (mass production planned)Household tasks, personal assistancePending mass manufacturing2026+

Figure AI Hand Dexterity & Arm Performance Specifications

Figure 03 - Fingers per Hand
5-finger hands (20 DOF total)
Figure 03 - Tactile Sensitivity
3g force detection per fingertip
Figure 03 - Payload Capacity
20 kg
Figure 02 - Hand DOF
16 DOF
Helix VLA - Control Frequency
200 Hz upper body control
Palm Camera Integration
Yes, for close-range manipulation
Zero-Shot Manipulation
True (thousands of unseen objects)
Task Examples
Laundry folding, dish washing, plant watering

What Compliance Certifications Does Figure AI Have?

Home-Safe Movement DesignSoft-touch materials and improved balance
ISO/TS 15066 - Collaborative SafetyForce-limiting design principles implemented
Touchless Human DetectionFigure 02 sensor suite includes human proximity detection
IP Rating (Dust/Water Resistance)Not published; industrial-grade expected
CE Marking (EU)Required for European commercial deployment
UL Certification (US)Enterprise deployment requirement
Battery Safety StandardsImproved battery safety in Figure 03 design

What Autonomy Levels Does Figure AI Offer?

Helix Vision-Language-Action AI

Custom VLA Model Merging Perception, Reasoning, and Action For Zero-Shot Task Execution.

Real-Time Motion Planning

200 Hz Upper Body Control with Pixel-to-Action Learning.

Natural Language Understanding

Conversational Commands for Complex Task Execution.

Bipedal Autonomous Navigation

Obstacle Avoidance, Stair Navigation, Fall Recovery, and Dynamic Balance.

6-Camera Perception System

60 Percent Wider Field of View (FOV) and Double Frame Rate vs Figure 02.

Cloud-Based Learning

Over-The-Air Updates and Diagnostics.

Dual NVIDIA GPU Compute

3X Inference Improvement vs Figure 01 and Real-Time Autonomous Operation.

Figure AI Deployment Use Cases (2026)

Application Domain% FocusSpecific TasksKey Success MetricsExample Deployments
Manufacturing & Automotive40%Assembly assistance, quality inspection, machine tendingTask completion rate, uptime, payload reliabilityBMW Spartanburg production line pilot
Warehouse & Logistics30%Picking/packing, palletization, inventory managementPick accuracy, walk speed with payload, battery enduranceCommercial pilot programs
Household & Service20%Laundry folding, dish washing, cleaning, plant careDexterity, safety around humans/pets, natural interactionHome deployment demonstrations
Research & Development10%AI training, manipulation research, human-robot interactionLearning speed, API extensibility, data collection volumeUniversity/corporate R&D partnerships

Figure AI Battery & Power Specifications

Figure 02 Runtime per Charge
5 hours
Figure 03 Runtime
2 hours continuous
Figure 03 Weight Reduction
24 kg (production optimized)
Compute Platform
Dual NVIDIA RTX GPUs
Power Management
Improved battery safety architecture
Onboard Processing
3x inference vs Figure 01
Charging Requirements
Industrial standard (assumed)

Figure AI Market Positioning (2026)

Figure AI - Premium commercial humanoid leader; Figure 03 with Helix VLA; BMW manufacturing pilotsEngineered for mass production; household + industrial applicationsProprietary end-to-end AI stack; zero-shot manipulation capabilitiesDual NVIDIA GPU compute; 200 Hz real-time controlKey competitor: Tesla Optimus, Unitree H1/H2, Boston Dynamics Atlas

Expert Reviews

📝

No reviews yet

Be the first to review Figure AI!

Write a Review

Similar Products

Agility Robotics
agilityrobotics.com