Unitree vs Figure vs Tesla Optimus (2026): Which Humanoid Robot Actually Ships?
Three names dominate every conversation about humanoid robots in 2026: Unitree, Figure AI, and Tesla. They represent three different strategies for getting humanoids into the real world. Unitree ships affordable hardware today. Figure partners with BMW and targets manufacturing. Tesla bets on mass production at unprecedented scale.
But the gap between “announced” and “shipping” in this industry is enormous. This comparison focuses on what is actually available, actually priced, and actually deployed, not what has been promised at keynotes.
The quick answer
| Unitree G1 | Unitree H2 | Figure 03 | Tesla Optimus (Gen 3) | |
|---|---|---|---|---|
| Can you buy it today? | Yes | Yes | No | No |
| Published price | $13,500 | $29,900 | None | None (est. $20-30K) |
| Target market | Research, education | Commercial, industrial | Manufacturing (BMW) | Mass production |
| Current status | Shipping, orderable | Shipping, orderable | BMW deployment | Production starting late 2026 |
If you need a humanoid robot you can actually order and receive in 2026, Unitree is your only option among these three.
Unitree G1
What it is: A compact (127cm, 35kg), affordable humanoid designed for research, education, and developer experimentation. Up to 43 degrees of freedom. Runs on battery, walks, gestures, and performs basic manipulation.
Price: $13,500 base configuration. Additional options (more DOF, better hands) cost extra but remain under $20,000 fully loaded.
Availability: Orderable now via Unitree’s website and through Robozaps (the largest humanoid robot marketplace). Ships internationally.
What it actually does: Walks on flat surfaces and modest terrain. Performs pre-trained gestures and movements. Serves as a development platform for researchers building physical AI policies. It is not autonomously performing useful tasks out of the box, it is a platform you build on.
Strengths:
- Actually available for purchase right now
- Price makes humanoid experimentation accessible to universities and small companies
- Growing developer community
- Chinese manufacturing means rapid hardware iteration
Limitations:
- Small and lightweight, not suitable for industrial lifting or heavy manipulation
- Limited dexterous manipulation in base configuration
- Software ecosystem less mature than ROS 2 integration suggests
- “Research platform” not a “finished product,” requires significant development work to do useful tasks
Unitree H2
What it is: A full-size (180cm, 75kg) humanoid designed for commercial and industrial applications. Stronger, larger, and more capable than the G1 but significantly more expensive.
Price: $29,900 base. This is still dramatically cheaper than any Western humanoid at similar capability.
Availability: Orderable, ships internationally.
What it actually does: Heavier payload capacity, more powerful actuators, larger workspace. Designed for logistics, inspection, and light manufacturing tasks. Still requires significant integration work for specific use cases.
Strengths:
- Full-size humanoid at a price point Western competitors cannot match
- Strong enough for meaningful physical work
- Same Unitree ecosystem and developer tools as G1
Limitations:
- $30K is affordable for industry, still expensive for research labs
- Less community support than the more popular G1
- Same software maturity limitations as G1
Figure 03
What it is: Figure AI’s third-generation humanoid, explicitly designed to be the company’s “first mass-producible” model. Features tactile-sensor hands, palm cameras in each hand, wireless charging, and speech-to-speech audio interaction.
Price: Not published. No public order page, no pre-order, no waitlist as of August 2026. CEO Brett Adcock has mentioned a $400-600/month lease model for future consumer deployment, but this has no firm timeline.
Availability: Not for sale. Currently deployed exclusively with BMW at their Spartanburg plant in the US for logistics sequencing work.
BMW deployment context: Figure 02 (the predecessor) spent 11 months in BMW’s body shop helping build 30,000+ BMW X3 units. BMW described it as proving “humanoids are no longer lab experiments.” Figure 03 is now deployed in a different role: sorting and sequencing parts in logistics.
What it actually does (at BMW): Picks unsorted parts from large containers, identifies them, and places them into sequencing trolleys for the production line. This is a real, commercially valuable task being performed in a real factory, not a lab demo.
Vision system specs (from Figure AI):
- 2x frame rate versus Figure 02
- 1/4 the latency
- 60% wider field of view per camera
- Palm cameras in each hand for close-up manipulation
Strengths:
- The strongest evidence of real factory deployment among the three
- BMW partnership provides genuine commercial validation
- Vision system specifications suggest serious engineering investment
- Speech-to-speech interaction capability (novel for industrial humanoids)
- $675M raised at $2.6B valuation, well-funded
Limitations:
- Not for sale at any price
- No public specs on payload, battery life, or runtime
- The “$20,000-$30,000” price figures circulated online have no traceable source per robozaps.com investigation
- Consumer timeline completely unclear
Tesla Optimus (Gen 3)
What it is: Tesla’s humanoid robot, leveraging their Full Self-Driving AI stack and Dojo training infrastructure. Gen 3 is the upcoming production version, following internal testing with Gen 2.
Price: Not published. Tesla targets $20,000-$30,000 per unit based on Elon Musk’s public statements. No order page exists.
Availability: Not for sale. Tesla has converted Model S/X production lines at Fremont to Optimus manufacturing (confirmed by multiple sources, May 2026). Gen 3 reveal expected late July/August 2026, with production starting shortly after. External customer deliveries targeted for late 2026 per Wolfe Research, with “meaningful revenue contribution expected no earlier than late 2027.”
Production target: Tesla has stated 50,000 Optimus units in 2026. However, this is a production target, not confirmed deliveries. No external customer has publicly received a unit.
What it actually does: Internal Tesla deployments handle specific factory tasks. The public has seen walking, object manipulation, and factory sorting in official videos. Independent verification of sustained autonomous operation over extended periods is limited.
Strengths:
- Tesla’s manufacturing scale is unmatched (if they execute, nobody can outproduce them)
- FSD AI stack provides a mature foundation for visual perception
- Dojo supercomputer for training
- $20-30K target price would be competitive with Unitree H2 at much larger scale
Limitations:
- Zero commercial sales as of August 2026
- Gen 3 specifications not publicly released
- Elon Musk’s stated timelines for Tesla products have historically been 1-3 years optimistic
- No independent benchmarks or third-party deployment validation
- “50,000 units in 2026” production target has no confirmed progress data
Architecture comparison
| Aspect | Unitree | Figure | Tesla |
|---|---|---|---|
| AI approach | Open platform (user-supplied models) | Proprietary + OpenAI partnership | FSD-derived vision stack |
| Model partnerships | None (bring your own) | OpenAI (confirmed partnership) | In-house (Dojo) |
| Training infrastructure | User responsibility | In-house + OpenAI | Dojo supercomputer |
| Manipulation | Basic (G1) to moderate (H2) | Advanced (tactile + palm cameras) | Unknown (Gen 3 unspecified) |
| Operating system | Unitree SDK + ROS 2 compatible | Proprietary | Proprietary |
| Developer access | Open (SDK, APIs, ROS 2) | Closed (internal only) | Closed (internal only) |
The deployment reality check
A July 2026 investigation by Technology.org found that “widely circulated claims of tens of thousands of deployed units do not survive contact with company filings.” Specifically:
- Claims of 50,000+ Tesla Optimus cumulative units and 10,000+ Figure deployments in headlines could not be verified against actual company disclosures
- Unitree ships more humanoid units than any Western competitor, but exact numbers are not publicly audited
- The gap between “units produced” and “units autonomously performing useful work without human oversight” is rarely clarified in press coverage
This matters because the investment narrative around humanoid robots runs far ahead of actual deployment evidence. When evaluating these companies, distinguish between:
- Orderable hardware (Unitree: confirmed)
- Commercial deployment with named customers (Figure + BMW: confirmed)
- Production targets with conversion timeline (Tesla: stated but unconfirmed)
Which one should you buy?
For research and development (university, startup R&D lab): Unitree G1 at $13,500. It is the only humanoid you can buy, receive, and start developing on within weeks. The price makes experimentation feasible without institutional budget approvals.
For commercial pilot (logistics, manufacturing): Contact Figure AI directly if you can propose a deployment comparable to BMW’s use case. Otherwise, Unitree H2 at $29,900 is the only purchasable commercial-grade humanoid.
For mass deployment planning (hundreds of units): Wait. Tesla’s Optimus may deliver unmatched scale if they execute, but no one can order it today. Plan your pilots with available hardware (Unitree) and evaluate Tesla/Figure when they ship commercially.
For home use: Nothing is ready. 1X Technologies’ NEO targets this market but is pre-order only. Consumer humanoids performing useful household tasks are at least 2-3 years away from mainstream availability. Anyone selling you a “home humanoid” today is selling a developer kit, not a household appliance.
The Chinese advantage
Unitree’s dominance in actual shipments reflects a broader pattern in Chinese robotics:
- Government backing provides funding stability regardless of short-term profitability
- Manufacturing expertise (Shenzhen ecosystem) enables rapid hardware iteration
- Aggressive pricing ($13,500 for a humanoid) changes who can afford to experiment
- Multiple Chinese humanoid companies (UBTech, Fourier, AgiBot) are following similar strategies
Western companies (Figure, Tesla) have larger ambitions but slower timelines. Chinese companies have smaller ambitions per unit but faster actual deployment. Both strategies have merit, but for a buyer in 2026, only one side is actually shipping.
FAQ
Can I buy a humanoid robot right now?
Yes. Unitree G1 ($13,500) and H2 ($29,900) are orderable and ship internationally. Figure 03 and Tesla Optimus are not available for purchase.
How much does a humanoid robot cost?
Unitree G1 starts at $13,500. Unitree H2 starts at $29,900. Figure 03 has no published price. Tesla targets $20,000-$30,000 for Optimus but has not confirmed it.
Is Tesla Optimus real?
The hardware exists (shown in videos and internal factory use). But Gen 3 specs are unpublished, zero commercial sales have occurred, and the 50,000-unit production target for 2026 has no confirmed progress. External deliveries are not expected before late 2026 at the earliest.
Which humanoid robot is best for research?
Unitree G1. It is affordable ($13,500), orderable, ROS 2 compatible, and has a growing developer community. It is the de facto standard research humanoid in 2026.
Is Figure 03 better than Tesla Optimus?
Impossible to compare directly. Figure 03 has a confirmed BMW deployment performing real logistics work. Tesla Optimus has no confirmed external deployment. Figure has published vision specs. Tesla has not published Gen 3 specs. Different strategies, different timelines, insufficient public data for a definitive quality comparison.