Figure 03 vs Tesla Optimus: The Fast Verdict
Figure 03 is further along than Tesla Optimus on every measure that can be checked from outside. It is in production, in customer hands, and built on a running factory line.
Optimus is not released. As of August 2026 Tesla has not revealed the third-generation robot, announced a release date, or confirmed that production started.
Neither robot has a published price, so cost cannot break the tie. Both companies have stated targets and neither has an order page.
For a buyer, that makes this a readiness comparison rather than a product comparison. One vendor can point at delivered units, the other points at a timeline.
| Criterion | Figure 03 | Tesla Optimus |
|---|---|---|
| Status | In production, shipping to partners | Not released, V3 design described as final |
| Units delivered | 350+ from BotQ by May 2026 | None announced |
| Manufacturing | BotQ, stated 12,000 units/year | Production targeted summer 2026 |
| Published price | None | None |
| Stated price target | Under $20,000 consumer | Under $30,000, $20-25k at scale |
| Can you buy one? | Enterprise agreement only | No, no preorders or waitlist |
| Consumer target | Select homes, late 2026 into 2027 | End of 2027 |
| Verdict | Ahead on delivery evidence | Ahead only on stated scale ambition |
Availability: The Only Difference That Is Settled
Availability is where this comparison stops being close. Figure 03 has been delivered to customers and Optimus has not.
More than 350 Figure 03 units had shipped from the company's BotQ facility in California by May 2026. That line has a stated capacity of 12,000 units per year.
Tesla's position is a schedule. The third-generation Optimus was described as final at the Abundance Summit in March 2026, with production targeted for that summer.
By August 2026 no reveal or release date had followed. Missed internal targets are common in this category, and they are the reason to weigh delivered units over roadmaps.
Neither robot is buyable by a consumer today. The difference is that one has a real customer base and the other has an intention.
Price: Two Targets, Zero Quotes
Neither Figure 03 nor Tesla Optimus has a published price in 2026. Every number attached to either robot is a target or an outside estimate.
Figure has pointed at a consumer price under $20,000. Third-party trackers estimate commercial deployments in the $30,000 to $50,000 range.
Tesla's stated ambition is under $30,000, with production cost falling to roughly $20,000 to $25,000 once volume reaches a million units per year.
Those production-cost figures are not prices. A cost target at extreme volume says nothing about what the first buyers would pay.
Compare them properly on the Optimus price guide and the Figure 03 price page.
The AI Stack Is the Real Product Difference
The two robots are separated more by software strategy than by hardware. Both are bipedal, human-scale, and built for general tasks.
Figure 03 runs Helix, the company's own system for acting in unpredictable home environments. Figure builds the robot and the AI together.
Tesla's presumed advantage is its vehicle autonomy work, its chips, and its manufacturing scale. That advantage is plausible and so far undemonstrated in a shipping robot.
Vertical integration cuts both ways. A company building its own AI controls the roadmap, and it also carries the whole risk if the approach stalls.
Judge the AI claims by task video under real conditions, not staged demonstrations. Across the humanoid platforms tracked for The Bot Scout, the gap between a scripted demo and unsupervised work is where most timelines slip.
Which One Fits Which Buyer
Choose by what you need the robot to do and when you need it. Neither answer is a consumer purchase in 2026.
An enterprise buyer with a defined workflow should talk to Figure now. It is the only one of the two that can deliver hardware this year.
A consumer who wants a home robot soon should look at neither. 1X sells NEO at $20,000 or $499 per month, with first deliveries in 2026.
An investor or watcher tracking scale should keep Optimus in view. Tesla's manufacturing base is the strongest argument for eventual low prices in the category.
A developer or researcher wanting hardware today should look lower down the market, at Unitree G1 at $13,500.
| Buyer | Better fit | Why |
|---|---|---|
| Enterprise pilot in 2026 | Figure 03 | Only one shipping units now |
| Home user wanting delivery | Neither, choose NEO | Only home humanoid with a real price |
| Researcher or developer | Neither, choose Unitree G1 | Available at $13,500 today |
| Long-term price watcher | Tesla Optimus | Scale ambition is the strongest in the field |
What Would Change This Comparison
Three specific events would move this verdict, and none of them is a demo video. Watch for them in this order.
First, a Tesla Optimus reveal with a confirmed production start. That would turn a schedule into evidence and close most of the gap.
Second, a Figure 03 consumer order page with a deposit. That would make Figure the first of the two to sell to the public.
Third, any independent report of Optimus units delivered to outside customers. Internal use at Tesla facilities is not the same test.
Until at least one of those lands, the ranking holds. Track both on the Figure company page and the Optimus profile.
Bottom Line
Figure 03 vs Tesla Optimus in 2026 is decided by delivery, not by specification. Figure 03 is in production at the company's BotQ facility, which has a stated capacity of 12,000 units per year, and more than 350 units had reached customers by May 2026. Tesla Optimus has not been released, with the third-generation design described as final in March 2026 and no reveal, confirmed production start, or release date by August. Neither robot carries a published price: Figure points under $20,000 for consumers, and Tesla points under $30,000 with a production cost near $20,000 to $25,000 at a million units a year. If you need a humanoid this year, Figure is the only one of the two that can supply it, and a home buyer should be looking at NEO instead.
Deciding between home humanoids? Read the NEO review for the only model with confirmed pricing, check the Figure 03 price page for what has actually been announced, and compare the wider field in our humanoid robot comparison.
FAQs
Is Figure 03 better than Tesla Optimus?
On everything verifiable in 2026, yes. Figure 03 is in production with more than 350 units delivered from the BotQ facility by May 2026, while Tesla Optimus has not been released and has no confirmed production start. Optimus may win later on manufacturing scale, but that advantage is unproven.
Which is cheaper, Figure 03 or Tesla Optimus?
Neither has a published price, so no comparison is possible. Figure has pointed at a consumer target under $20,000, and Tesla has pointed under $30,000 with production costs near $20,000 to $25,000 at a million units per year. Both are targets, not quotes.
Can I buy Figure 03 or Tesla Optimus in 2026?
Not as a consumer. Figure 03 ships only to enterprise partners under private agreements, and Tesla Optimus is not for sale with no preorders or waitlist. The only home humanoid you can order in 2026 is the 1X NEO at $20,000 or $499 per month.
When will Tesla Optimus be released?
Tesla has not announced a release date. Production was targeted for summer 2026 after the third-generation design was described as final in March 2026, but as of August 2026 there had been no reveal or confirmed production start. Consumer availability has been pointed at the end of 2027.
How many Figure 03 robots have been built?
More than 350 units had been delivered from Figure's BotQ facility in California as of May 2026. The facility has a stated capacity of 12,000 units per year, which is the clearest manufacturing evidence available for either robot in this comparison.
Do Figure 03 and Tesla Optimus use the same AI?
No. Figure 03 runs Helix, which Figure develops in house for navigating changing home environments. Tesla's presumed advantage is its vehicle autonomy work, chips, and manufacturing scale, which is a different strategy and one that has not been demonstrated in a shipping robot.