Figure 01 & Figure 02: Commercial Humanoids for Industrial Deployment

Current Hardware Status and Shipping Grade

RobotWale evaluates humanoid platforms by first examining shipping hardware, then pilot deployments, and finally public announcements. Figure AI's two primary platforms, Figure 01 and Figure 02, fall into distinct maturity stages under this grading framework. As of the latest verifiable documentation, neither unit has entered mass commercial production. Both remain in the pilot-to-pre-production transition phase, with hardware deliveries limited to partner facilities and controlled test environments.

Figure 01: Prototype-to-Pilot Transition

The Figure 01 platform was introduced as Figure AI's first commercially oriented humanoid. Manufacturer specifications list a height of approximately 173 centimeters and a mass near 72 kilograms. The system utilizes a custom actuation architecture with torque-controlled joints, vision-based localization, and an onboard compute stack designed for real-time manipulation and navigation. Autonomy targets have been published at roughly 20 hours per charge, though field validation data remains limited to partner reports rather than independent cycle-time audits.

Hardware deliveries for Figure 01 have been restricted to early pilot programs. The platform has been deployed at BMW's Spartanburg manufacturing facility and within Amazon logistics testing environments. These deployments are classified as pilot integrations, not commercial rollouts. Performance claims regarding task completion rates, battery endurance, and failure modes are documented in press materials and demo videos, but independent third-party verification of sustained factory-floor operation is absent.

Figure 02: Iterative Upgrades and Performance Claims

Figure 02 was announced as an upgraded iteration designed to address mobility, dexterity, and payload limitations observed in early Figure 01 testing. Manufacturer disclosures indicate increased joint velocity, enhanced end-effector grip force, and a revised battery management system targeting longer operational windows. The platform also integrates a more capable perception stack, leveraging Nvidia's proprietary AI models for vision-language-action processing.

Despite these upgrades, Figure 02 remains in the announcement and limited pilot stage. Figure AI has stated commercial shipments are targeted for 2025, but no public proof of mass production, serial number tracking, or widespread factory integration exists. Performance metrics such as cycle times, mean time between failures, and maintenance intervals are currently graded as announced claims rather than verified hardware outputs.

Deployment Grading: Pilots vs. Commercial Scale

RobotWale's deployment grading methodology separates controlled testing from operational scaling. Figure AI's current deployment status is graded as follows:

• Shipping Hardware: Limited. Units are delivered to named pilot partners under non-disclosure or controlled evaluation agreements. No open-market sales or standard commercial pricing tiers are published.
• Pilot Deployments: Active but contained. BMW, Amazon, and select logistics partners have integrated Figure 01 and Figure 02 units for task-specific testing. These programs focus on material handling, assembly assistance, and warehouse navigation. Independent audit reports or published operational metrics are not publicly available.
• Announcements: Extensive. Figure AI has released high-production demo videos, keynote presentations, and partnership press releases highlighting future scaling targets, AI model integration, and manufacturing roadmap milestones. These remain forward-looking statements and do not alter the current pilot-grade status.

The distinction between pilot testing and commercial deployment is critical. Pilot deployments measure system adaptability under controlled conditions, while commercial scaling requires documented uptime, service infrastructure, spare parts availability, and standardized integration protocols. Figure AI's current position sits firmly in the pilot evaluation phase.

Technical Architecture and Control Stack

Understanding the Figure platforms requires examining their published architectural decisions. Both units rely on a combination of:

• Actuation: Custom torque-controlled joints with harmonic drives and encoders for precise position feedback.
• Perception: Stereo vision cameras, depth sensors, and inertial measurement units mounted for 360-degree spatial awareness.
• Compute: Onboard GPU clusters optimized for real-time inference, paired with Nvidia's proprietary foundation models for vision-language-action mapping.
• Locomotion: Bipedal walking algorithms tuned for flat industrial flooring, with gait parameters adjusted for payload distribution and battery conservation.

While the architecture aligns with industry trends toward vision-language-action models, the transition from simulation to physical deployment introduces friction. Actuator wear, thermal management, and real-world sensor drift require continuous calibration. Figure AI has acknowledged these challenges in technical discussions, but published maintenance schedules and component replacement intervals remain undisclosed.

India Market Viability and Landed Cost Estimates

Figure AI has not announced formal distribution or service partnerships in India. Importing humanoid platforms for industrial use requires navigating multiple regulatory and commercial hurdles:

• Customs and Compliance: Humanoid robots fall under complex HS classifications involving robotics, AI hardware, and electrical machinery. Import duties, anti-dumping assessments, and BIS certification requirements apply. Landed costs in India will reflect these variables.
• Service Infrastructure: Commercial deployment requires local calibration, firmware updates, and spare parts logistics. Without an authorized Indian service network, downtime risks increase significantly.
• Estimated Pricing: Based on global announcements and comparable industrial robot pricing, Figure AI's platforms are projected to carry a base price between $100,000 and $150,000 USD per unit. Converting to Indian Rupees at current exchange rates and factoring in import duties, logistics, and compliance fees, the landed cost estimate ranges from approximately ₹95 lakh to ₹1.4 crore INR per unit. This figure is explicitly flagged as a market estimate and not an official manufacturer quote.

For Indian manufacturers considering humanoid integration, the near-term pathway involves partner-led pilot programs, technology demonstrations, and localized service agreements. Direct procurement is not currently viable without established distribution channels and regulatory clearances.

Independent Reporting and Verification

RobotWale cross-references manufacturer claims with independent reporting before assigning maturity grades. For Figure AI, verification sources include:

• Manufacturer specification sheets and technical briefs published on figure.ai
• Press releases regarding Nvidia AI model integration and BMW partnership milestones
• Independent robotics coverage from IEEE Spectrum, The Robot Report, and CNBC detailing pilot deployments and manufacturing timelines

None of these sources confirm mass commercial shipping or standardized Indian market entry. The platforms remain in evaluation and pilot phases, with scaling dependent on demonstrated uptime, cost reduction, and service network development.

References

• Figure AI Official Specifications: figure.ai
• Nvidia and Figure AI Partnership Press Release: nvidia.com/en-in/news/press-releases/
• BMW and Figure AI Pilot Program Coverage: bmw.com/en/press
• IEEE Spectrum Coverage on Humanoid Robotics Pilots: ieee.org/spectrum
• The Robot Report: Commercial Humanoid Deployment Analysis: therobotreport.com
• CNBC Reporting on Figure AI Funding and Shipping Roadmap: cnbc.com