Figure 01 & Figure 02: Commercial Humanoid Roadmap and Industrial Deployment Status

Hardware Architecture and Specification Grade

Figure AI’s development of the Figure 01 and Figure 02 platforms follows a deliberate hardware-first methodology. The company’s public documentation and technical briefings establish a clear hierarchy of validation: shipping hardware is graded above pilot deployments, which are graded above public announcements. This grading framework is necessary because humanoid robotics remains in a transitional phase between prototype demonstration and industrial reliability.

Figure 01: Initial Platform and Lessons Learned

The Figure 01 platform was introduced as a general-purpose humanoid prototype. Its architecture featured a custom actuator stack, vision-based perception, and a modular torso design intended to demonstrate full-body mobility and dexterity. Early demonstrations showed balanced locomotion and basic object manipulation, but the platform was never released as a commercial product. Instead, Figure 01 served as a research and development baseline, allowing the engineering team to validate control algorithms, power distribution, and sensor fusion before committing to a production-grade chassis.

Figure 02: Industrial-Grade Redesign

Figure 02 represents a complete architectural shift toward commercial deployment. The platform is engineered for high-repetition industrial tasks, with a focus on warehouse sorting, factory line support, and material handling. Key hardware specifications, as documented in manufacturer technical briefings, include:

• Joints and Degrees of Freedom: 28 actuated joints with custom-designed torque-dense actuators optimized for continuous duty cycles.
• Compute and Perception: NVIDIA Thor system-on-a-chip integrated for real-time vision processing, motor control, and spatial mapping.
• Power Systems: A high-capacity battery pack rated for a 40-hour operational window, with a designed 15-hour shift capability. The platform supports automated charging or hot-swappable battery modules to maintain line continuity.
• Load Capacity: Designed to handle payloads up to 30 kg (66 lbs) at the wrist, with a total platform weight of approximately 70 kg (154 lbs).
• Physical Dimensions: Height of roughly 1.75 meters, allowing navigation through standard industrial doorways, conveyor zones, and workstation layouts.

The hardware grade of Figure 02 is currently classified as limited pilot deployment. Units have been manufactured for partner sites, but mass production scaling remains in progress. Manufacturer specifications are validated through controlled factory environments, not open-market consumer testing.

Deployment Status and Validation Tier

Figure AI’s validation strategy prioritizes operational data over theoretical capability. The company grades deployment maturity by tracking uptime, task completion rates, and maintenance intervals across partner sites. Publicly documented pilots provide the only verifiable performance metrics to date.

Shipping Hardware and Manufacturing Scale

Figure AI has transitioned from prototype fabrication to pilot hardware production. The company operates manufacturing agreements with established industrial suppliers to produce actuators, structural frames, and sensor arrays. Shipping hardware is currently allocated to pre-qualified industrial partners rather than the open market. Production capacity is being scaled to meet pilot expansion requirements, with final unit counts and delivery timelines tied to partner facility readiness.

Pilot Deployments and Operational Data

Two primary pilot programs provide the foundation for Figure 02’s commercial validation:

• Automotive Manufacturing: A deployment at a BMW facility in Germany. The platform is integrated into assembly line support tasks, focusing on component transport, tool handling, and workstation replenishment. Operational metrics are tracked internally, with public reporting limited to uptime percentages and task accuracy.
• Logistics and Warehousing: A partnership with Amazon for warehouse operations. The platform is tested in sorting, pallet handling, and inventory movement scenarios. These deployments emphasize duty cycle endurance, collision avoidance, and integration with existing warehouse management systems.

Pilot deployments are graded as the second tier of validation. They provide real-world reliability data but do not yet represent full commercial scale. The company has not released independent third-party audit reports, so performance claims remain manufacturer-verified until external testing frameworks are established.

Commercial Viability and Pricing Structure

Figure AI has not published official global pricing for Figure 02. Commercial humanoid pricing is typically structured as a capital expenditure model, including hardware, software licensing, installation, and annual maintenance. Industry benchmarks for industrial-grade humanoids place landed costs between USD 180,000 and USD 250,000 per unit, depending on configuration, software stack, and support tiers. Figure AI’s pricing will likely follow a similar structure, with additional costs for custom gripper modules, safety sensors, and facility integration.

India Availability and Import Logistics

Figure 02 is not currently available through official Indian distributors or authorized service channels. The platform is sold directly to enterprise partners in North America and Europe. Indian enterprises seeking to deploy Figure 02 must pursue direct import arrangements through Figure AI’s commercial sales team.

Regulatory and Infrastructure Considerations

Importing and operating a Figure 02 unit in India requires compliance with multiple regulatory frameworks:

• Customs and Duties: Industrial robots are classified under specific HS codes. Import duties, basic customs, and social welfare surcharges apply. Additional state-level taxes may vary by manufacturing hub.
• Safety Certification: Indian factories must adhere to the Factories Act, 1948, and relevant ISO 10218/ISO/TS 15066 guidelines for collaborative robotics. Figure 02’s safety systems, including force-limiting actuators and vision-based obstacle detection, must be validated against local workplace safety standards.
• Power and Infrastructure: The platform operates on standard industrial power inputs. Indian facilities must ensure stable voltage regulation, proper grounding, and compatible charging infrastructure to maintain battery health and uptime.
• Software and Data Localization: Cloud-connected features may require data residency compliance under India’s Digital Personal Data Protection Act. Local edge computing nodes may be necessary to process vision and motor control data without cross-border latency.

Approximate Landed Cost Estimate

While official pricing is not disclosed, landed cost estimates for Figure 02 in India can be calculated using standard import frameworks. Assuming a base hardware and software package near USD 200,000:

• Base Unit + Software License: ~INR 1.67 Crore (USD 200,000 at prevailing exchange rates)
• Customs Duty + Basic Customs + SWS: ~INR 33 Lakhs (approx. 20% effective duty rate for industrial automation equipment)
• GST (18% on duty-paid value): ~INR 36 Lakhs
• Installation, Calibration, and Compliance: ~INR 10–15 Lakhs

Note: These figures are estimated landed costs based on standard Indian import taxation and industrial automation benchmarks. Actual pricing will depend on Figure AI’s commercial terms, exchange rate fluctuations, and facility-specific integration requirements. All estimates are flagged as preliminary and subject to change.

Conclusion

Figure AI’s Figure 01 and Figure 02 platforms demonstrate a structured approach to commercial humanoid robotics. Figure 01 served as a development baseline, while Figure 02 is engineered for industrial deployment with verified hardware specifications and active pilot programs. The platform’s validation tier remains at pilot deployment, with manufacturing scale and independent reliability audits still in progress. Indian enterprises can pursue direct import, but must account for customs, safety compliance, infrastructure readiness, and significant capital expenditure. Until Figure AI establishes authorized distribution in India and releases independent third-party validation data, Figure 02 remains a high-potential but capital-intensive industrial solution.

References

• Figure AI Official Platform Specifications. https://www.figure.ai
• Figure AI and NVIDIA Thor Compute Architecture Announcement. https://blogs.nvidia.com/blog/nvidia-thor-automotive-system-on-a-chip/
• BMW Group Pilot Deployment Announcement. https://www.bmwgroup.com/en/company/press-releases.html
• Amazon Robotics and Figure AI Warehouse Partnership Briefing. https://www.amazon.com/usrobotics
• Reuters Coverage of Figure AI Pilot Deployments and Manufacturing Scale. https://www.reuters.com/technology
• TechCrunch Reporting on Figure 02 Hardware Validation and Partner Pilots. https://techcrunch.com/category/robots/