Figure 02 Review (2026): Specs, Price & Performance

In this comprehensive Figure 02 review, we examine everything about Figure AI's second-generation humanoid robot — from its technical specifications and Helix AI system to real-world performance, pricing, and how it stacks up against competitors like the Tesla Optimus Gen 2 and Unitree G1. Whether you're evaluating the Figure 02 for industrial deployment, research, or simply tracking the humanoid robotics revolution, this review covers every angle with verified specs and the latest 2026 data.

Key Takeaways

• Helix VLA AI system — Figure 02 runs a breakthrough Vision-Language-Action model that controls the entire upper body at 200 Hz, enabling zero-shot manipulation of thousands of unseen objects.
• Commercial-grade hardware — Standing 168 cm (5'6") tall and weighing 70 kg, it carries payloads up to 25 kg with 16 degrees of freedom in its hands alone.
• 5-hour runtime — A 2.25 kWh torso-integrated lithium-ion battery provides 5 hours of continuous operation with 1.5-hour rapid charging.
• Real-world proven — Successfully tested at BMW's Spartanburg plant performing chassis assembly tasks alongside human workers.
• Enterprise pricing — Approximately ~$130,000 (estimated) per unit for commercial lease, positioning it as a premium industrial platform.
• Figure 03 successor announced — The next-gen Figure 03 (October 2025) brings tactile sensors, wider FOV cameras, and 9% less mass, though Figure 02 remains in active deployment.

Figure 02 Complete Specifications

Design and Build Quality

The Figure 02 robot represents a dramatic design evolution from its predecessor, the Figure 01. Where Figure 01 featured exposed chrome elements and visible wiring, Figure 02 adopts a sleek, matte black exterior with all cabling fully integrated into the limbs. This isn't merely cosmetic — the integrated cabling provides significantly better protection against wear and damage during industrial operations.

At 168 cm tall and 70 kg, Figure 02 is deliberately sized to human proportions. This human-scale form factor is a critical engineering decision: it means Figure 02 can navigate environments designed for people — doorways, staircases, workstations, and standard industrial fixtures — without requiring infrastructure modifications. The 70 kg weight provides a low center of gravity that enhances stability during load-carrying tasks.

The structural design prioritizes durability over aesthetics. Custom electric motors are integrated directly with joint drivetrains at each of the 28 degrees of freedom, and internal cabling is routed to minimize wear during repetitive motions. The torso houses both the 2.25 kWh battery pack and the dual GPU compute modules, centralizing the heaviest components for optimal balance.

Build materials include high-strength composites and miniature ball bearings at critical joints, enabling the combination of structural rigidity and smooth articulation that industrial tasks demand. The matte black finish also serves a practical purpose — it reduces glare that could interfere with the robot's own RGB camera perception system.

Helix AI: The Brain Behind Figure 02

The most significant upgrade in Figure 02 isn't physical — it's the Helix AI system. Originally, Figure 02 shipped with AI models developed in partnership with OpenAI. However, in 2025, Figure AI ended that collaboration, stating that large language models were "getting smarter yet more commoditized." The company then developed Helix in-house: a groundbreaking Vision-Language-Action (VLA) model that fundamentally changes how humanoid robots learn and operate.

How Helix Works: System 1 and System 2

Helix uses a novel dual-system architecture inspired by human cognition:

• System 2 (Slow Thinking) — An onboard vision-language model (VLM) running at 7–9 Hz handles high-level scene understanding, language comprehension, and task planning. It processes visual input from all six RGB cameras and interprets natural language commands.
• System 1 (Fast Acting) — A reactive visuomotor policy that translates System 2's semantic understanding into precise motor actions at 200 Hz. This handles real-time adjustments — reacting to a moving object, adapting grip force, or coordinating with a partner robot.

This architecture resolves a fundamental robotics tradeoff: VLMs are general but slow; motor policies are fast but narrow. By decoupling them, Helix gets both speed and generalization.

Key Helix Capabilities

• Zero-shot object manipulation — Figure 02 can pick up virtually any small household or industrial object, including thousands it has never encountered before, simply by following natural language prompts.
• Full upper-body control — Helix is the first VLA to output continuous control of the entire humanoid upper body: wrists, torso, head, and individual fingers.
• Multi-robot collaboration — A single set of Helix neural network weights can run simultaneously on two robots, enabling them to collaborate on shared tasks (e.g., sorting groceries together).
• Single neural network — All behaviors — picking, placing, using drawers, refrigerators, cross-robot coordination — run on one unified set of weights with zero task-specific fine-tuning.
• Fully onboard — Helix runs entirely on the robot's embedded GPUs, requiring no cloud connection for inference.

Helix was trained on approximately 500 hours of diverse teleoperated behavior data, with auto-labeling VLMs generating natural language instruction pairs for each behavior segment.

Hand Dexterity and Manipulation

Figure 02's five-fingered robotic hands are among the most capable in the humanoid robotics industry. With 16 degrees of freedom across both hands, they can perform precise, complex movements that approach human-level dexterity.

The hands are rated for a maximum carrying weight of 25 kg (55 lbs), making them suitable for handling heavy industrial components, packages, and tools. The joint system uses a combination of revolute and spherical joints with miniature ball bearings, providing both the range of motion and the precision needed for fine manipulation.

When paired with Helix AI, the dexterity becomes particularly impressive. The system can adapt grip strength and finger positioning in real-time at 200 Hz, handling objects it has never seen before. In demonstrations, Figure 02 has successfully manipulated delicate glassware, crumpled clothing, scattered small items, and standard industrial fixtures — all without pre-programming for each specific object.

For context, this is a significant capability gap compared to most competitors. The Tesla Optimus Gen 2 has demonstrated improving hand dexterity but hasn't shown the same breadth of zero-shot manipulation. The Unitree G1 focuses more on locomotion than manipulation precision.

Power System and Battery Life

The Figure 02's power system is a 50% improvement over Figure 01, built around a 2.25 kWh lithium-ion battery pack integrated directly into the torso. This placement was chosen for two reasons: it lowers the center of gravity for better stability, and it centralizes weight for more efficient locomotion.

Key battery specifications:

• Capacity: 2.25 kWh
• Chemistry: High-duty industrial lithium-ion cells
• Runtime: 5 hours of continuous active operation
• Charging: ~1.5 hours via autonomous docking and rapid charging
• Lifespan: ~5 years under industrial duty cycles

The 5-hour runtime is competitive for the humanoid robot category. For reference, most humanoid robots in this class offer 2–4 hours of operation. The autonomous docking capability means Figure 02 can manage its own charging schedule during shift-based operations, returning to charge during natural workflow breaks.

Mobility and Locomotion

Figure 02 walks at 1.2 meters per second (4.3 km/h or 2.7 mph) — roughly a brisk human walking pace. While not the fastest humanoid robot on the market, this speed is optimized for safe operation in shared human-robot workspaces.

The 28 degrees of freedom across the full body enable articulation at the head, torso, shoulders, arms, wrists, hips, knees, and ankles. Custom motors at each joint are optimized for the specific torque and speed requirements of that joint position, rather than using a one-size-fits-all motor design.

Figure 02 can walk while carrying its full 20 kg payload capacity, maintaining stability through its IMU, gyroscope, and force sensor array. The integrated cabling design prevents cable snags that plagued earlier humanoid robot designs during extended locomotion.

Sensors and Perception

Figure 02's sensor suite includes:

• 6 × RGB cameras — Positioned for comprehensive environmental awareness, feeding the Helix VLA model
• IMU (Inertial Measurement Unit) — For balance and orientation tracking
• Gyroscope — Motion and rotation sensing
• Force sensors — At key contact points for safe human interaction and precise manipulation
• Touchless human detection sensor — Safety system to detect nearby humans without physical contact
• Microphones — For voice command input and environmental audio sensing
• Speakers — For voice output and communication

All sensor data is processed onboard by the dual NVIDIA RTX GPU modules, which provide approximately 3× the computing power of Figure 01. This enables real-time perception, decision-making, and action execution without cloud latency.

Real-World Deployment: BMW and Beyond

Figure 02's most notable real-world deployment has been at BMW Group's Spartanburg, South Carolina plant. The partnership, announced in January 2024, placed Figure 02 units in the final chassis assembly line, where they performed sheet metal insertion into fixtures — a task requiring both precision and consistent force application.

This BMW deployment is significant because it represents one of the first sustained humanoid robot deployments in a major automotive production environment. The insights from Spartanburg have directly informed Figure AI's software refinements and helped validate Figure 02's durability under industrial conditions.

Beyond BMW, Figure AI has demonstrated Figure 02 in logistics scenarios, including package manipulation and triaging operations. The Helix AI system's ability to handle unseen objects makes it particularly suited to logistics environments where package sizes, shapes, and weights vary constantly.

Figure AI has also built BotQ, a dedicated manufacturing facility announced in March 2025 with a target capacity of 12,000 humanoid robots per year. The company plans to progressively use its own robots to assist in manufacturing additional units — a bootstrapping approach that could dramatically scale production.

Figure 02 Price and Availability

The Figure 02 price is approximately ~$130,000 (estimated) USD per unit for commercial lease and enterprise deployment. This positions it as a premium industrial platform rather than a consumer product.

Key pricing details:

• Unit price: ~~$130,000 (estimated) (enterprise/commercial lease)
• Target market: B2B — manufacturing, logistics, warehousing
• Warranty: Not officially disclosed
• Availability: United States (primary), expanding
• Sales model: Direct enterprise agreements, not consumer retail

For comparison, Tesla's Optimus is targeting a much lower ~$30,000 price point but is not yet commercially available. The Unitree G1 starts at approximately $16,000 but offers significantly fewer AI capabilities. Figure 02's pricing reflects its advanced Helix AI system, proven industrial deployment track record, and premium build quality.

You can explore Figure 02 availability and specifications at robozaps.com/products/figure-02.

Figure 02 vs Competitors: Comparison Table

For a detailed comparison of all major humanoid robots, visit our Best Humanoid Robots guide.

Figure 02 vs Figure 03: What's Changed?

In October 2025, Figure AI introduced the Figure 03, a complete third-generation redesign. Here's how it compares to Figure 02:

While Figure 03 represents clear hardware advances — particularly in tactile sensing and safety features for home use — Figure 02 remains the proven, actively deployed platform. Organizations already using Figure 02 benefit from its established track record and the continuously improving Helix software platform that serves both generations.

Figure AI: Company Background and Funding

Understanding Figure 02 requires understanding the company behind it. Figure AI was founded in 2022 by Brett Adcock, who previously founded Archer Aviation (air taxis) and Vettery (recruitment platform). The company is headquartered in San Jose, California.

Figure AI's funding trajectory has been remarkable:

• May 2023: $70 million (led by Parkway Venture Capital)
• February 2024: $675 million — investors included Jeff Bezos, Microsoft, Nvidia, Intel, Amazon, and OpenAI. Valuation: $2.6 billion.
• September 2025: $1 billion — investors included Intel, Nvidia, Qualcomm, T-Mobile, Salesforce, and Brookfield Asset Management. Valuation: $39 billion.

The jump from $2.6B to $39B valuation in 18 months reflects both the broader humanoid robotics hype cycle and Figure AI's tangible progress: real BMW deployments, the Helix AI breakthrough, and BotQ manufacturing scale-up.

Strengths and Weaknesses

Strengths

• Best-in-class AI: Helix VLA is the most advanced onboard AI system in any commercial humanoid robot, enabling zero-shot manipulation and multi-robot collaboration.
• Proven deployment: BMW Spartanburg provides real industrial validation, not just demos.
• Battery life: 5-hour runtime leads the category.
• Hand dexterity: 16 DOF hands with 25 kg capacity outperform most competitors.
• Onboard compute: No cloud dependency — all inference runs locally on dual NVIDIA RTX GPUs.
• Strong funding: $39B valuation with top-tier investors ensures continued R&D investment.

Weaknesses

• High price: At ~~$130,000 (estimated), it's expensive compared to Tesla's $30,000 target and Unitree's $16,000 G1.
• Limited availability: US-only, enterprise-only — no consumer pathway.
• Walking speed: 1.2 m/s is slower than Unitree G1 (2+ m/s) and Agility Digit (1.5 m/s).
• Already succeeded: Figure 03 is announced, which may affect long-term investment in Figure 02 platform updates.
• No tactile sensors: Unlike Figure 03's 3-gram fingertip sensors, Figure 02 relies on force sensors that are less precise for delicate tasks.

Who Should Consider Figure 02?

Figure 02 is best suited for:

• Manufacturing companies needing flexible automation that can work in human-designed environments without infrastructure changes
• Logistics and warehousing operations handling diverse packages and requiring adaptable manipulation
• Automotive manufacturers looking to supplement human workers in assembly operations
• Research institutions studying humanoid robotics with a commercially viable platform
• Forward-looking enterprises wanting to pilot humanoid robots before the technology reaches mass-market pricing

It is not currently suited for home consumers, small businesses with limited budgets, or applications requiring maximum locomotion speed.

The Future of Figure 02

While Figure 03 is the hardware future, Figure 02's software story is ongoing. The Helix platform continues to receive updates that improve manipulation capabilities, add new task types, and refine multi-robot coordination. Organizations deploying Figure 02 today benefit from these continuous over-the-air improvements.

The BotQ manufacturing facility, targeting 12,000 units per year, will primarily produce Figure 03 but also supports Figure 02 production for existing contracts. Figure AI's stated goal is to eventually use its own robots in the manufacturing process — a recursive scaling approach that could dramatically reduce per-unit costs over time.

The broader humanoid robotics market is projected to grow significantly, with competition from Tesla, Unitree, Agility Robotics, and Apptronik driving rapid innovation. Figure 02's position as a proven, deployed platform gives it a meaningful advantage in enterprise sales, even as newer models emerge.

Verdict: Is Figure 02 Worth It?

The Figure 02 earns a strong recommendation for enterprise buyers. Its Helix AI system is genuinely groundbreaking — the ability to manipulate unseen objects via natural language, coordinate with partner robots, and run entirely onboard sets it apart from every competitor in 2026. The BMW deployment validates that this isn't vaporware; it's a working industrial platform.

The ~$130,000 (estimated) price tag limits its accessibility, and the announcement of Figure 03 raises questions about long-term platform commitment. But for organizations ready to deploy humanoid robots today in manufacturing, logistics, or warehousing, Figure 02 represents the most capable and best-supported option available.

Rating: 4.2 / 5

View Figure 02 on Robozaps | Browse All Humanoid Robots

Frequently Asked Questions

How much does the Figure 02 cost?

The Figure 02 is priced at approximately ~$130,000 (estimated) USD for commercial lease and enterprise units. Figure AI primarily targets B2B customers, with pricing structured around long-term deployment contracts rather than individual consumer sales.

What is the battery life of the Figure 02?

The Figure 02 operates for up to 5 hours of continuous active use on a single charge. Its 2.25 kWh lithium-ion battery pack is integrated into the torso and supports rapid charging in approximately 1.5 hours via autonomous docking.

What AI system does the Figure 02 use?

Figure 02 runs Helix, a Vision-Language-Action (VLA) model developed in-house by Figure AI after ending its OpenAI partnership in 2025. Helix uses a dual-system architecture: System 2 (VLM at 7-9 Hz) for scene understanding and System 1 (visuomotor policy at 200 Hz) for real-time motor control.

Can Figure 02 work alongside humans safely?

Yes. Figure 02 is designed for human-robot collaboration with built-in safety sensors including force sensors, touchless human detection, and IMU/gyroscope systems. It has been safely tested alongside human workers at BMW's Spartanburg manufacturing plant.

How does Figure 02 compare to Tesla Optimus?

Figure 02 focuses on advanced AI autonomy and dexterity with 16 DOF hands and the Helix VLA system, while Tesla Optimus targets mass-market affordability at around $30,000. Figure 02 is further along in real-world industrial deployment, while Optimus remains in limited testing phases. See our full comparison here.

What tasks can Figure 02 perform?

Figure 02 can perform manufacturing assembly, package handling and logistics, grocery sorting, object manipulation, and collaborative multi-robot tasks. Its 16 DOF hands can carry up to 25 kg and manipulate thousands of objects it has never seen before using the Helix AI system.

Is Figure 02 available for purchase?

Figure 02 is available for commercial deployment through enterprise agreements with Figure AI. It is not yet sold directly to individual consumers. You can explore availability at robozaps.com/products/figure-02.

What is the difference between Figure 02 and Figure 03?

Figure 03 (announced October 2025) features tactile fingertip sensors detecting forces as small as 3 grams, double the camera frame rate, 60% wider field of view, 9% less mass, soft safety materials, wireless inductive charging, and a 4× more powerful speaker. Figure 02 remains in active industrial deployment while Figure 03 enters production.

What cameras and sensors does Figure 02 have?

Figure 02 has six RGB cameras, an IMU, gyroscope, force sensors, touchless human detection sensors, microphones, and speakers. All sensor data is processed onboard by dual NVIDIA RTX GPU modules providing 3× the computing power of Figure 01.

Where has Figure 02 been deployed?

Figure 02 has been deployed at BMW Group's Spartanburg, South Carolina manufacturing plant for chassis assembly tasks. Figure AI has also demonstrated logistics package manipulation and triaging capabilities, and is expanding deployment to additional industrial partners.

Related: Figure 01 Review · Figure 02 Release Date, Features, and News · Figure 01 vs Tesla Optimus Gen 2

Ready to explore humanoid robots? Browse all robots on Robozaps.