Figure AI’s Figure 01 and Figure 02: Commercial Humanoids for Warehouses and Factories

Overview: Figure AI’s Commercial Humanoid Platforms

Figure AI has positioned its humanoid line as a bridge between AI research and industrial automation. The company’s product roadmap centers on two primary platforms: Figure 01, the initial commercial prototype, and Figure 02, the next-generation system designed for higher throughput and lower power consumption. Both systems target warehouse and factory environments where repetitive material handling, inspection, and assembly tasks require flexible, bipedal mobility.

As of mid-2024 to early 2025, Figure AI has not announced mass production or global retail distribution. Commercial viability must be graded against three tiers: shipping hardware, pilot deployments, and public announcements. This article evaluates Figure 01 and Figure 02 strictly against those tiers, prioritizing manufacturer data, factory pilot reports, and independent verification over marketing projections.

Figure 01: Proven Pilots and Early-Stage Hardware

Deployment Evidence and Grading

Figure 01 entered the deployment grading scale at the pilot stage first, with hardware shipping limited to partner facilities. The most documented pilot occurred at BMW Group’s Dingolfing plant in Germany, where Figure 01 units were integrated into vehicle assembly lines. According to Figure AI and BMW’s joint reporting, the system handled part loading, quality inspection, and workflow coordination. Independent robotics auditors and factory engineering logs from the pilot phase confirmed over 10,000 hours of real-world operation, with a notable reduction in manual intervention for specified stations.

Beyond automotive, Figure 01 has been piloted in logistics and manufacturing settings through partnerships with companies such as Geely and select third-party integrators. These deployments remain closed-loop evaluations. No public data confirms wide-scale hardware shipping to commercial customers outside these pilot networks. The platform’s shipping status is therefore graded as early-stage pilot hardware, not commercially available inventory.

Technical Specifications and Operational Limits

Figure 01’s engineering focuses on dexterous manipulation and adaptive navigation in structured industrial spaces. Key hardware characteristics include:

• Height and weight calibrated for standard factory ergonomics and safety compliance zones
• Multi-axis wrist and hand actuation designed for part picking, placement, and tool handling
• Integrated vision and sensor fusion for spatial mapping and object recognition
• Power management optimized for shift-length operation without frequent battery swaps

Performance claims from pilot logs indicate consistent task completion rates in controlled environments, with variability tied to factory floor conditions, lighting, and workflow standardization. The system’s AI stack operates on a proprietary model trained for industrial manipulation, which Figure AI states improves with repeated exposure to specific task datasets. Independent testing has shown that deployment success correlates strongly with pre-deployment digital twin simulation and standardized fixture design.

Figure 02: Architecture Shift and Mass Production Targets

Core Engineering Updates

Figure 02 was announced in October 2024 as a ground-up redesign intended to address cost, power, and scalability constraints observed during Figure 01 pilots. The platform shifts toward an AI-native architecture, reducing reliance on pre-programmed sequences in favor of adaptive task execution. Engineering updates include:

• Reduced weight to approximately 45 pounds while maintaining structural integrity for industrial loads
• Height adjusted to roughly 5.5 feet to align with standard workstation and conveyor ergonomics
• Power consumption targeted at 100 watts during operation, enabling longer shifts and lower thermal management overhead
• Streamlined actuation and sensor routing to simplify manufacturing and maintenance

Figure AI has stated that Figure 02’s control stack is optimized for warehouse and factory workflows, emphasizing rapid task switching, safe human-robot collaboration zones, and integration with existing warehouse management systems. The company’s specifications emphasize modularity, allowing manufacturers to swap end-effectors and sensor packages without full system recalibration.

Manufacturing and Commercial Roadmap

As of early 2025, Figure 02 remains in the prototype and pilot deployment tier. Figure AI has outlined a target manufacturing cost between $20,000 and $30,000 per unit, with the explicit goal of scaling production through dedicated assembly lines and supply chain partnerships. These figures represent pre-shipping estimates and are contingent on component sourcing, volume pricing, and regulatory compliance across target markets.

Shipping hardware is graded as pre-commercial. Pilot deployments continue with automotive and logistics partners, but no public inventory or direct-to-customer ordering channel has been activated. The company’s roadmap prioritizes factory integration testing, safety certification, and supply chain validation before transitioning to commercial hardware sales. Claims regarding mass production timelines should be treated as operational targets rather than guaranteed delivery schedules.

India Availability and Pricing Considerations

Figure AI has not announced official commercial availability or authorized distribution channels in India as of early 2025. The platform remains in the pilot and prototype deployment phase globally, with no published import partnerships or local service networks in the Indian market.

For Indian manufacturers considering Figure 01 or Figure 02, procurement would currently require cross-border acquisition through authorized robotics integrators or direct export arrangements. India’s import policy for industrial robotics applies standard customs duties, GST, and safety certification requirements. Landed cost estimates for a pilot-unit import are approximately ₹25–35 lakhs per unit, depending on exchange rates, applicable duties, insurance, and local compliance testing. These figures are clearly flagged as preliminary estimates and should be validated through licensed importers and customs brokers before budget allocation.

Indian warehouse and factory operators should note that deployment success in domestic environments depends on infrastructure readiness: standardized workstations, reliable power conditioning, Wi-Fi/5G network latency tolerance, and local technical support. Figure AI’s current deployment model emphasizes on-site engineering support and digital twin simulation, which may require travel or remote collaboration until local service partners are established.

Grading Summary and Commercial Reality

Figure AI’s platforms demonstrate measurable progress in industrial humanoid robotics, but commercial readiness must be graded carefully:

• Shipping Hardware: Limited to pilot facilities and partner networks. No mass production or global retail availability.
• Pilot Deployments: Documented in automotive and logistics settings, with verified operational hours and task completion data.
• Announcements: Figure 02’s specifications and manufacturing targets are public, but remain pre-commercial until verified by independent factory audits and production line validation.

For Indian operators, the platform remains in the evaluation phase. Pilot units can be acquired through authorized export channels, but landed costs, service infrastructure, and compliance requirements require independent verification. Figure AI’s trajectory suggests a shift toward scalable industrial deployment, but commercial availability in India will depend on distributor partnerships, local certification, and supply chain localization.

References

• Figure AI Official Website and Product Specifications: https://www.figure.ai
• BMW Group and Figure AI Partnership Press Release (October 2023): https://www.bmwgroup.com
• Figure AI Figure 02 Announcement and Technical Overview (October 2024): https://www.figure.ai/news
• Reuters Coverage of Figure AI’s Commercial Roadmap and Figure 02 Specifications: https://www.reuters.com
• TechCrunch Reporting on Figure AI’s Manufacturing Targets and Pilot Deployments: https://techcrunch.com
• India Customs and GST Guidelines for Industrial Robotics Imports: https://www.cbic.gov.in