Figure 03 vs Unitree H2: Which Humanoid Is Better in 2026?

The short answer: buy the Unitree H2 if you need a full-size humanoid platform you can order and develop on. Figure 03 is the more convincing autonomy and manipulation system, but Figure does not offer a public order page or list price.

This is a comparison of two different products and two different commercial models. Unitree sells the H2 as hardware, starting at $29,900 for the base robot. Figure is building a closed robot, AI and fleet platform around Helix, with access routed through commercial relationships rather than a public checkout.

Figure 03 vs Unitree H2 at a glance

The headline specifications only tell part of the story. For full background on each model, use the dedicated Figure 03 review and Unitree H2 review. This page owns the direct matchup.

Price and availability: Unitree H2 wins

Unitree publishes a $29,900 base price on its official store. Tax, shipping and customs are extra. The standard H2 also omits the features most research teams will care about: dexterous hands, a high-power AI module and secondary development access. Those sit with the H2 EDU configuration, which requires a sales quote.

Figure publishes no MSRP, deposit, delivery schedule or public order form for Figure 03. Its website describes the robot's capabilities and its enterprise direction, but a company cannot budget around an undisclosed price and undefined service package. The H2 is therefore the only practical answer if the decision is which robot can be purchased now.

For a wider view of what published humanoid prices include and leave out, see the humanoid robot cost guide. A $29,900 chassis is not a task-ready deployment once hands, compute, integration, safety work, spares and support are added.

Autonomy and manipulation: Figure 03 is ahead

Figure 03 is built around Helix 02, Figure's full-body vision-language-action system. In Figure's January demonstration, one neural system controlled walking, balance and manipulation through a four-minute dishwasher task with 61 ordered actions and no reset or human intervention. Figure also demonstrated tactile tasks including opening a bottle, extracting a pill and dispensing a measured syringe volume.

The hardware matters here. Figure 03 has a camera in each palm and tactile sensors in its fingertips that Figure says can detect forces as small as three grams. That gives the control system close-range vision and touch when the head cameras lose sight of an object.

Unitree publishes a strong mechanical specification for H2: 31 degrees of freedom, up to 360 N·m at the leg joints and about 120 N·m at the arm joints. Its product page also promises OTA improvements and support for embodied models. What Unitree does not publish is a directly comparable, long-horizon autonomous task result for the standard H2. Impressive motion is not the same thing as autonomous work.

These are vendor demonstrations rather than independent benchmark results. Even with that caveat, Figure supplies substantially better evidence of integrated perception, touch and full-body task control.

Developer platform: Unitree H2 EDU wins

H2 EDU is the better fit for a lab that wants to write its own software, add compute and test control policies on human-scale hardware. Unitree explicitly reserves secondary development for the EDU model and offers multiple dexterous-hand configurations. The buyer still needs a quote and should confirm the exact compute, hand, warranty and support package in writing.

Figure offers the more advanced integrated stack, but it is not an open developer product. There is no public Figure 03 SDK, developer edition or self-serve purchase path. That may suit an enterprise customer buying an outcome through a commercial pilot. It does not suit a university or robotics team that wants low-level access and ownership of the development environment.

Home safety design: Figure 03 has the clearer case

Figure 03 weighs 61 kg, nine kilograms less than the H2, and Figure designed it with soft textiles, multi-density foam around pinch points and a battery with layered protection. It also uses 2 kW inductive charging, so the robot can step onto a charging stand rather than rely on a person connecting a cable.

Unitree's own H2 documentation takes a different posture. It warns users to keep a sufficient safe distance because the robot is powerful and complex. That is a sensible warning for research hardware, but it is not the pitch of a finished household appliance.

Figure therefore has the stronger home-oriented design on paper. Neither vendor has published enough ordinary household operating data to call either robot a proven home product. If the requirement is a delivered, supported home helper today, choose neither.

Commercial evidence: Figure 03 leads, with an important caveat

Figure said in April that BotQ had produced more than 350 Figure 03 robots and demonstrated a one-robot-per-hour production rate. On June 30, Figure showed Figure 03 performing a sequencing workflow at BMW's Spartanburg plant, combining part handling with repositioning and cart movement.

That BMW result was described as the first Figure 03 demonstration at the plant, not a fleet-scale production record. The widely cited 90,000 parts and 30,000 vehicles belong to the earlier Figure 02 deployment. Figure 03 inherited those engineering lessons; it did not perform that earlier work.

Unitree's H2 evidence is more commercial in a different sense: the robot has a public price and sales channel. Unitree has not published comparable customer workflow metrics for H2. Figure has the stronger named-use-case evidence, while Unitree has the stronger purchasing evidence.

Which should you choose?

Choose Unitree H2 if:

• You need full-size humanoid hardware that can be ordered now.
• You are a research lab or developer prepared to buy the H2 EDU configuration.
• You value published mechanical specifications and direct hardware access over a polished autonomy stack.
• You have budgeted for hands, compute, integration, freight, customs, safety work and support.

Watch or pilot Figure 03 if:

• Your use case depends on autonomous, dexterous manipulation rather than motion research.
• You are evaluating an enterprise deployment and can work through a commercial agreement.
• You care about home-oriented physical design, wireless charging and integrated fleet learning.
• You can wait for clear pricing, service terms and customer operating data.

Choose neither if:

• You need a turnkey worker with published uptime, intervention and service-level data.
• You expect a proven consumer home robot.
• You cannot run a controlled pilot and complete a task-specific safety assessment.

If you are comparing other systems that can actually be procured, the most advanced humanoids you can buy guide separates public sales channels from demos and future programs.

Final verdict

The Unitree H2 is the better purchase. It has a public base price, an official sales channel and an EDU route for secondary development. Just do not mistake the $29,900 headline for the price of a complete autonomous worker.

Figure 03 is the better robot system to watch for autonomous work. Helix 02, tactile hands, palm cameras, wireless charging and a growing fleet give Figure the stronger integrated story. Until Figure publishes commercial terms and independent operating data, that lead is technical and strategic rather than a buying recommendation.