Upcoming Humanoid Robots in 2026: 10 You Can't Buy Yet, Compared

Right now you cannot walk into a store — or even reach a checkout page — and buy a general-purpose humanoid robot. The most talked-about machines of 2026 (Tesla's Optimus Gen 3, Figure 03, 1X's NEO, Unitree's H2 Plus and Honor's A1) have been announced, demoed, and in a few cases are already working inside factories — but none of them are on sale to the general public. This guide compares the ten upcoming humanoid robots you can't buy yet, using the specification and scoring data in the RobotTesters database.

One honest caveat up front: we have not had any of these ten units in our hands. Every figure below is a specs-based assessment drawn from manufacturer announcements and verified secondary sources — not a hands-on test. That matters more than usual here, because pre-launch specs are exactly the numbers companies are most tempted to round up. Where a maker hasn't disclosed something, we say so rather than guess.

The 10 Upcoming Humanoids, Side by Side

*Not rated: RobotTesters does not assign an overall score to a robot with no public price. Value for Money is the heaviest single category in our humanoid scoring, so a robot without a price stays "Not Rated Yet" until one is announced. Scores are specs-based, on a 0–100 scale. Data as of June 2026; figures will move as launches firm up.

Of the ten most anticipated humanoids of 2026, only two have a price public enough to score — and both are six-figure machines built for warehouses, not living rooms. The robots actually aimed at you don't have a price tag at all yet.

How we picked this list

The rule was simple: a regular person cannot buy it. That covers two different situations. Some of these robots aren't finished — they're announced, demoed, or in pre-production, with no way to order one at any price. Others are finished and even deployed, but sold exclusively to businesses through enterprise contracts. We deliberately left out humanoids that are purchasable today, even if niche: the Unitree G1, R1 and H1, the AgiBot X2 (in stock through resellers) and the Fourier GR-2 all ship to anyone with the budget, so they're a different article.

Coming Soon: The Humanoids Not Yet on Sale

Tesla Optimus Gen 3 — the price wildcard

Optimus Gen 3 is the most anticipated humanoid of the year, and "Gen 3" specifically refers to the new hands: 22 degrees of freedom and 50 actuators per hand, the most dexterous fingers of any production-intent humanoid. The new Tesla AI5 chip delivers roughly 5× the memory bandwidth of Gen 2 and runs a Grok voice layer on top of an FSD-derived autonomy stack. At 1.73 m, 57 kg, a 20 kg payload, a 3.3 m/s top speed and around five hours of runtime, the spec sheet is genuinely class-leading.

The catch is the part everyone glosses over: it isn't for sale. Production starts in summer 2026, but the first units go to Tesla's own factories, and Musk's $20,000–$30,000 consumer target sits well below current build cost. Commercial availability isn't expected before 2027. Read our full Tesla Optimus deep dive for why the price target is the whole story — and our Optimus vs Atlas comparison for how it stacks up against the best hardware in the field.

Figure 03 — the home robot, in pre-production

Figure 03 is the first humanoid designed from the ground up for everyday home use, and it was named TIME's Best Invention of 2025. Its Helix 02 AI drives full-body autonomy for real household chores — folding laundry, washing dishes, watering plants — and each hand carries 16 degrees of freedom, the most dexterous fingers in the field. The world-first trick is wireless inductive charging: the robot docks and tops itself up at 2 kW with no cable.

Figure's BotQ plant is tooled for 12,000 units a year, with 100,000 planned over four years — the most serious mass-production plan of any home humanoid. But Figure 03 remains pre-production and not for sale, with a closed Helix stack and no public SDK. See how it got here in Figure 01, 02, 03, and what its 100,000-package live demo actually proved.

1X NEO Beta — safety-first, OpenAI-backed

NEO Beta, from Oslo-based 1X Technologies, takes the opposite bet to everyone chasing raw capability: safety above all. By replacing gears with cable-driven actuators, NEO removes the crushing risk inherent in gear-based joints, and at just 30 kg it is by far the lightest full-size humanoid — both deliberate choices for a robot meant to share a home with people. OpenAI's backing funds a whole-body imitation-learning stack that lets NEO learn tasks by watching humans.

The trade-off is performance: a ~0.7 m/s walking speed and undisclosed battery life put locomotion last on the priority list. NEO Beta is not commercially available — still early-stage, with a limited developer program. If Figure 03 is the bet that capability wins the home, NEO is the bet that safety wins it.

Unitree H2 Plus — the NVIDIA research flagship

Announced on 1 June 2026 as part of Unitree's partnership with NVIDIA, the H2 Plus is an NVIDIA Isaac GR00T reference design aimed squarely at academic robotics. It pairs a 31-DOF H2 body with dual Sharpa Wave five-finger tactile hands (22 DOF each) for 75 total degrees of freedom — among the most of any announced humanoid — and runs on NVIDIA's Jetson AGX Thor: a Blackwell GPU rated at 2,070 FP4 teraflops with 128 GB of unified memory, the heaviest on-robot AI compute in this list.

It's scheduled for late 2026 with no price announced, and it's built for researchers, not buyers. For context on where it sits in Unitree's range — from the $4,900 R1 up — read the full Unitree lineup compared.

Honor A1 — the friendly consumer face

Most of this list is American and industrial. The Honor A1 — nicknamed Yuanqi Zai, "Energetic Kid" — is the outlier: a 1.369 m, 20-DOF consumer humanoid from a smartphone maker, built for retail, companionship and service rather than factory work. It was unveiled at MWC 2026 with a choreographed dance (moonwalk and backflip included) and then earned the Best Gait Award at the Beijing Yizhuang half-marathon for the most human-like running posture in the field. Its YOYO agent personalises itself from your Honor phone profile on day one.

But the A1 has no announced price, no SDK and no demonstrated manipulation yet — it's an unveiling, not a product. With only 20 degrees of freedom it's the least dexterous machine here, and exactly how much it can actually do is still unknown. Approachable and important for the consumer market, but not something you can buy.

Already Built — But Only for Enterprises

Boston Dynamics Atlas — the best hardware money (a company) can buy

The fully electric Atlas arrived at CES 2026 as the most mechanically capable production humanoid in the world: 56 degrees of freedom, a 50 kg arm payload, a 2.3 m reach and a self-swapping battery that erases downtime. Hyundai-built actuators give it the best locomotion ever shipped. At a RobotTesters score of 65.2/100 it's the highest-rated robot in this entire list — and the only one we'd call "Good."

It is also strictly an industrial machine: ~$150,000 a unit, sold to industrial customers only, with no public SDK and a closed platform. Production began right after CES with a 30,000-unit/year factory planned for 2028 — but you, the public, are not the customer.

Agility Digit — the one already clocking in at Amazon

Digit is the most commercially deployed bipedal humanoid on earth: with Amazon Robotics as a strategic partner and investor, it has moved past lab demos into real Amazon fulfillment centers. It's purpose-built for structured logistics — a 16 kg payload, a 4-hour battery that matches a work shift, and safety systems certified for working alongside humans. It scores 57.6/100, our "Average" band: reliable and proven, but narrow, with no dexterous hands and a closed ecosystem.

The barrier for everyone else is the price — from roughly $250,000 a unit, through enterprise programs only. Digit is the benchmark for real-world humanoid reliability, and also a reminder of how far "deployed" still is from "available."

Apptronik Apollo — the logistics workhorse

Apollo leans on 12+ years of NASA and DARPA robotics research, and it shows in the numbers that matter for logistics: a 25 kg payload — the highest of any humanoid here — and a hot-swap battery you can change in seconds for near-continuous operation. Backed by Samsung and Google, with GXO Logistics among its partners, Apollo is one of the most enterprise-ready humanoids around.

"Enterprise-ready" is the operative phrase: Apollo runs in pilot programs in US distribution centers, not on any price list, with no public SDK. Because there's no public price, it stays Not Rated on our scale despite being a strong, real machine.

Deep Robotics DR02 — the all-weather outlier

The DR02 fills a gap no other humanoid addresses: outdoor, all-weather work. It's the first humanoid with an IP66 rating, meaning it operates in rain and dust across a -20 °C to +55 °C range — territory that would stop every indoor-optimised rival here. With 275 TOPS of on-board compute, LiDAR, a 4.0 m/s top speed and the ability to climb 25 cm stairs and 20° slopes, it's aimed at construction, energy infrastructure and outdoor logistics.

It's sold B2B on a quote-only basis, with undisclosed battery life and a degrees-of-freedom count Deep Robotics hasn't fully published — so it stays Not Rated. A relatively unknown brand in the West, but the only humanoid here you could leave out in the rain.

LimX Oli Super — the dexterous research flagship

The Oli Super is the top configuration of LimX Dynamics' Oli series: 1.75 m, 43 degrees of freedom including dexterous five-finger hands, 250 N·m joint torque and an onboard LLM for embodied-AI experiments, all on a fully open SDK with a hot-swappable battery. Backed by NIO, it's a serious high-end research platform.

It's also "price on request" with limited international availability — which, in practice, means it isn't a consumer product and can't be scored for value. A cutting-edge tool for labs, not a robot you'll find a checkout button for.

When Will You Actually Be Able to Buy One?

The short answer: a consumer-grade, general-purpose home humanoid is still a 2027-and-beyond proposition. 2026 is the year these robots get built — Figure's BotQ line, Tesla's summer production start, Boston Dynamics' post-CES ramp — but "built" means factory floors and enterprise pilots first. The home, where most of the hype lives, comes after the businesses that can absorb a six-figure price and a maintenance contract have proven the machines out.

That ordering isn't an accident; it's the whole strategy. Warehouses and assembly lines offer uniform tasks and fast ROI, so they pay for the early, expensive units and generate the operational data that makes a cheaper home version possible. The two companies most explicitly pointing at your living room — Figure and 1X — are also the two telling you the least about when and for how much. For the production math behind all of this, see our 2026–2027 humanoid production forecast.

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