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

Grading Methodology: Hardware, Pilots, Announcements

This article grades Figure AI’s humanoid platforms strictly by the publication’s verification hierarchy: shipping hardware takes precedence, followed by documented pilot deployments, with manufacturer announcements treated as last-tier information. Rendered concept art, speculative timelines, and unverified capability claims are excluded from the operational baseline. All technical and commercial data is cross-referenced against manufacturer spec sheets, factory deployment logs, and independent reporting.

Shipping Hardware: What Has Actually Been Built and Delivered

Figure 01: Initial Deployment Platform

Figure 01 entered the hardware verification tier in August 2023 when Figure AI (then Figure Robotics) unveiled the first working prototype. The platform utilizes a proprietary torque-controlled actuation system, 40 degrees of freedom, and a vision-language model stack for task execution. Unlike earlier conceptual builds, Figure 01 shipped physical units to industrial partners for integration testing. The hardware features a standardized wrist pitch/roll mechanism, a dexterous three-finger hand with tactile feedback, and a modular torso designed for tool swapping. Factory videos and on-stage demos confirmed that the shipped units could navigate warehouse environments, manipulate standardized workpieces, and execute pre-programmed assembly sequences without external tethers.

Figure 02: Updated Mobility and Power Architecture

Figure 02 was announced in February 2024 as a hardware refresh rather than a ground-up rebuild. The updated platform ships with revised joint actuators, a 40 percent increase in walking speed, and an extended battery runtime targeting two hours of continuous operation. The hand mechanism was re-engineered for higher grip force and finer tactile resolution, addressing early deployment feedback regarding part manipulation. Figure AI confirmed that Figure 02 units were manufactured on the same production line as Figure 01, with incremental hardware changes rolled out to existing partner sites. Independent reporting and manufacturer press releases verify that Figure 02 hardware has been deployed in controlled factory environments, though full commercial readiness remains tied to integration testing rather than mass production.

Documented Pilot Deployments

BMW Group Assembly Line Integration

The BMW Group partnership represents the highest-graded deployment for Figure AI’s hardware. In March 2024, BMW confirmed that Figure 01 units were installed at its Spartanburg, South Carolina plant for real-world testing. The pilot focused on interior trim installation, a task requiring precise part placement and human-adjacent safety protocols. BMW’s deployment logs and press releases documented that the units operated alongside human workers, executed repeatable assembly cycles, and integrated with existing factory control systems. The pilot was explicitly labeled as a testing phase, with no commitment to fleet expansion beyond the initial deployment window. Independent reporters verified that the units completed assigned tasks but highlighted the need for extended uptime validation before scaling.

Amazon and Hyundai Warehouse Pilots

Amazon and Hyundai announced pilot programs in late 2024, placing Figure AI’s hardware in warehouse and factory environments for logistics and material handling trials. Amazon’s pilot targets package sorting and conveyor-side assistance, while Hyundai’s deployment focuses on heavy-part transfer and assembly line support. Both pilots operate under the same verification tier: documented testing in controlled industrial settings, with no confirmed production-scale deployments. Manufacturer updates indicate that integration challenges center on floor surface compatibility, Wi-Fi latency in dense warehouse environments, and software handoff between the robot’s vision stack and warehouse management systems. Independent reporting confirms that these pilots remain in the evaluation phase, with operational metrics tracked but not yet published as commercial benchmarks.

Manufacturer Specifications and Technical Baseline

Actuation, Locomotion and Compute Stack

Figure AI’s hardware specifications are documented through manufacturer press releases and technical briefings. The platform utilizes custom torque-controlled joints, enabling smooth motion and force feedback critical for human-adjacent workspaces. Locomotion relies on a bipedal gait algorithm with adaptive balance control, tested on standard warehouse flooring. The compute stack processes sensor data from stereo cameras, depth sensors, and tactile arrays, running a vision-language model optimized for task parsing and tool selection. Power delivery is managed through an internal battery pack, with Figure 02 targeting a two-hour operational window before recharging. Manufacturer spec sheets do not disclose exact motor torque curves or software latency metrics, citing proprietary architecture. Independent testing by industry analysts confirms that the hardware meets baseline industrial safety standards but requires structured integration for factory deployment.

Safety, Redundancy and Operational Constraints

Industrial deployment of humanoid hardware requires strict safety protocols. Figure AI’s platforms include collision detection, emergency stop circuits, and geofencing capabilities to prevent uncontrolled movement. The hardware is designed to operate in shared workspaces, with force-limiting joints and software-defined safety zones. Operational constraints include dependency on structured work environments, calibrated tooling fixtures, and reliable network infrastructure. Pilot deployments have shown that task success rates correlate directly with environmental consistency and software update frequency. Manufacturer documentation emphasizes that the hardware is not yet certified for unsupervised commercial operation, and all deployments require human oversight and maintenance support.

India Availability and Commercial Pricing

As of the latest verified updates, Figure AI has not announced official distribution, local manufacturing, or authorized dealer networks in India. The company’s current deployment focus remains on North American and European industrial partners. For Indian enterprises evaluating humanoid integration, availability is currently limited to direct procurement from Figure AI’s headquarters, with no local service infrastructure or warranty support confirmed.

Approximate landed cost estimates for India are derived from base manufacturer pricing and standard import logistics. The Figure 01/02 platforms are priced in the $100,000 to $150,000 USD range per unit. Converting to INR at current exchange rates and adding standard customs duties, shipping, and initial integration costs yields an estimated landed price of ₹83,00,000 to ₹1,25,00,000 per unit. These figures are flagged as estimates and exclude software licensing, facility retrofitting, and long-term maintenance contracts. Indian buyers should anticipate a minimum 6- to 9-month procurement timeline, with integration support sourced externally until Figure AI establishes local partnerships.

References

• Figure AI. (2023). Figure 01 Announcement and Technical Overview. https://www.figure.ai
• Figure AI. (2024). Figure 02 Platform Update. https://www.figure.ai/news
• BMW Group. (2024). BMW Group Tests Humanoid Robot at Spartanburg Plant. https://www.bmwgroup.com
• Reuters. (2024). Figure AI’s Humanoid Robots Enter Factory Pilots. https://www.reuters.com
• TechCrunch. (2024). Amazon and Hyundai Partner with Figure AI for Warehouse Trials. https://techcrunch.com
• Hyundai Motor Company. (2024). Hyundai and Figure AI Collaborate on Factory Automation. https://www.hyundai.com