14 Types of Humanoid Robots in 2026 (And the Real Machines That Define Each One)

Most "types of humanoid robots" lists sort by silhouette, bipedal here, wheeled there, and stop. That's a start, but it hides the more useful distinction: a humanoid built to load automotive parts for ten-hour shifts and a humanoid built to hold a facial expression for a museum crowd are barely the same category of product, even when both have two arms and a head. Locomotion tells you how a robot gets around. It doesn't tell you what it's for. This guide sorts by both. Each entry below is a real, functioning type of humanoid robot, illustrated with the single machine that most clearly defines it—who built it, why it earns the slot, and where the category's limits actually sit. Every claim is sourced, and every caveat is intentional; the humanoid robotics category is thick with numbers that don't trace back to anyone. For an evidence-ranked look at the companies themselves rather than the hardware categories, see 3GEN's separate guide to the humanoid robot companies that matter in 2026. One disclosure up front: 3GEN Robotics doesn't manufacture humanoid robots. We build Bellwether, the deployment and operations layer that gets any robot—humanoid or otherwise—doing real work on a factory floor. That gives us a reason to understand every category on this list closely and no reason to favor one over another.

1. Warehouse & Logistics Humanoids

Digit—Agility Robotics (agilityrobotics.com)

Pittsburgh, US · Founded 2015

This is the category with the clearest paper trail in the entire field, and Digit is the robot that built it. Under a multiyear robots-as-a-service contract at GXO, Digit has moved more than 100,000 totes across over a year of continuous, full-time deployment and now runs paid workflows at roughly nine commercial sites, with additional relationships at Toyota Motor Manufacturing Canada and Mercado Libre [1]. Agility's RoboFab facility is built to scale past 10,000 units a year [2], and the company is taking the pure-play humanoid category's first path to U.S. public markets through a merger with Michael Klein's Churchill Capital Corp XI [2].

Why it defines the category: bipedal legs solve a real problem here—stairs, tight aisles, and existing warehouse layouts built for human bodies, not wheels. Digit's proven envelope is narrow (tote and material movement in structured flows), but it's a genuine, measured envelope rather than a demo reel.

2. Automotive Assembly-Line Humanoids

Figure 03—Figure AI (figure.ai)

San Jose, US · Founded 2022

Figure ran an eleven-month pilot at BMW Group's Plant Spartanburg on ten-hour weekday shifts, logging more than 1,250 runtime hours and loading over 90,000 sheet-metal parts that contributed to more than 30,000 finished vehicles [3]. Its BotQ facility is specified for up to 12,000 units a year [2], and Figure develops its own vision-language-action model, Helix, now in a second generation capable of directing two robots at once [4]—one of the few companies in this list with a fully proprietary AI stack rather than a licensed one.

Why it defines the category: automotive plants are the closest thing humanoid robotics has to a proving ground—repetitive, well-lit, physically demanding tasks at a pace machines can sustain and humans often can't for a full shift. The caveat matters here too: Figure's headline $39 billion valuation was self-reported, and widely circulated field-deployment counts don't trace back to the company [3].

3. General-Purpose Industrial Humanoids (NASA Lineage)

Apollo — Apptronik (apptronik.com)

Austin, US · Founded 2016

Apollo's engineering lineage runs deeper than most of this list: Apptronik's founders, Nick Paine and Luis Sentis, built the actuation and controls for NASA's Valkyrie humanoid during the 2015 DARPA Robotics Challenge before founding the company on a NASA Small Business Innovation Research contract [5][6]. Apollo now runs intralogistics work at Mercedes-Benz—moving assembly kits and performing initial quality checks, with Mercedes holding an equity stake—and contract manufacturer Jabil both builds and tests Apollo on sorting, kitting, and subassembly work [7].

Why it defines the category: "general-purpose industrial humanoid" is the most contested label in robotics, and Apollo has the closest thing to a credible claim to it—a design goal of mass manufacturability and safety baked in from a research lineage rather than a fresh start [6]. Analysts who tier claims carefully still classify the Mercedes program as evaluation rather than scaled production, which is the honest caveat for the whole category [7].

4. Wheeled-Base Industrial Humanoids

G2 — AgiBot (Zhiyuan Robotics) (agibot.com)

Shanghai, CN · Founded 2023

Not every humanoid needs legs. The G2 pairs a full humanoid torso and dual 7-degree-of-freedom force-controlled arms with an omnidirectional wheeled base instead of bipedal legs, trading stair-climbing for stability, simpler control, and lower cost on flat factory floors [8]. Officially launched in October 2025, G2 became the first humanoid robot to operate at scale on a live consumer-electronics production line, deployed at Longcheer Technology's tablet manufacturing facility, and was the first mass-produced robot to integrate NVIDIA's Jetson Thor T5000 compute platform [9].

Why it defines the category: wheeled humanoids are a deliberate engineering trade, not a downgrade. For structured, level indoor environments — which describes most factories and warehouses—a wheeled base is often more reliable and cheaper to maintain than bipedal locomotion while keeping the two-armed, human-scale-reach body that lets a robot use tools and fixtures built for people.

5. Research & Developer Bipedal Platforms

G1 — Unitree Robotics (unitree.com)

Hangzhou, CN

Unitree is the price disruptor of the category, publishing real prices where most competitors sell through pilot agreements—the G1 starts at roughly $13,500 [2]. Unitree priced its Shanghai STAR Market IPO at roughly $9 billion in August 2026, then closed its first trading session up around 460 percent [10][11]. The company reported roughly €220 million in revenue and €36 million in net profit the prior year, alongside 5,632 humanoids and over 33,000 quadrupeds sold between 2023 and 2025 [12].

Why it defines the category: the G1's role in the field is less about industrial deployment (its shipments concentrate in education, research, and performance) and more about the accessible platform researchers and developers actually build on—NVIDIA validates its Isaac GR00T foundation model releases against G1 hardware [13].

6. Heritage Legged-Locomotion Humanoids

Atlas — Boston Dynamics (bostondynamics.com)

Waltham, US (Hyundai-owned)

Boston Dynamics has been building legged robots since 1992, long before the current funding cycle began [2]. The current electric Atlas—56 degrees of freedom, a 50 kg lift capacity—replaced the older hydraulic research platform, with a production-oriented version unveiled in January 2026 [2]. Hyundai became Atlas's sole owner in July 2026 after buying out SoftBank's remaining stake at roughly a $3.3 billion valuation, and at CES 2026, Google DeepMind and Boston Dynamics announced a partnership running Gemini Robotics models on Atlas and Spot, with plant testing planned at Hyundai facilities [2].

Why it defines the category: no company has more raw locomotion and controls engineering behind it, which is exactly why Atlas belongs in the "heritage" category rather than the "deployed" one—it's the most-watched humanoid with the least commercial deployment evidence on this list; Atlas work at Hyundai's Georgia plant is targeted for 2028 [2].

7. Open-Source Full-Size Humanoids

Reachy 2 — Pollen Robotics / Hugging Face (pollen-robotics.com)

Bordeaux, France · Founded 2016

Reachy 2 is a fully open-source humanoid—hardware and software both—built as a bimanual mobile manipulator for embodied AI research, with each 7-degree-of-freedom arm able to lift up to 3 kg and a wheeled omnidirectional base for navigation [14]. Hugging Face acquired Pollen Robotics in April 2025 and now sells Reachy 2 for $70,000 under an Apache 2.0 license, already adopted by research labs including Cornell and Carnegie Mellon and running on Hugging Face's open-source LeRobot stack [15][16].

Why it defines the category: "open source" means something specific and unusual here—anyone can inspect, modify, and manufacture components from Pollen's published 3D models and control code, which is a meaningfully different proposition from a black-box commercial platform, even one aimed at researchers [16].

8. Desktop & Companion Humanoids

Reachy Mini — Pollen Robotics / Hugging Face (pollen-robotics.com)

Bordeaux, France

Not every humanoid needs legs, arms, or even a torso to earn the label. Reachy Mini is a compact, expressive desktop robot from the same team behind Reachy 2, priced from $299 and programmable in Python or JavaScript, designed for creative coding, AI experimentation, and human-robot interaction rather than physical labor [17].

Why it defines the category: desktop humanoids exist to make embodied AI approachable—a $299 price point puts an actual robot within reach of students and hobbyists in a category otherwise measured in tens of thousands of dollars, and it says something about where the field expects its next generation of developers to come from.

9. Consumer & Home Humanoids

NEO — 1X Technologies (1x.tech)

Moss, Norway / Palo Alto, US · Founded 2014

1X is the only company seriously attempting the home market at scale. NEO is priced at $20,000 outright or $499 per month, and 1X reported 10,000 pre-orders within five days of opening them [18][19]. The company opened a 58,000-square-foot factory in Hayward, California in April 2026, targeting 100,000 units a year by 2027 [18].

Why it defines the category: this is the hardest environment on the list—unstructured, cluttered, full of children and pets, with zero tolerance for error. It's also honest about where it stands: early home units operate in tidy, well-defined spaces under tight safety rules with teleoperation backup, and no public demonstration has yet shown a full household task completed autonomously start to finish on a genuinely novel input; "meal preparation" today generally means microwaving and pouring [19].

10. Social & Public-Facing Service Humanoids

ARI — PAL Robotics (pal-robotics.com)

Barcelona, Spain

PAL Robotics has been building bipedal and wheeled humanoids since 2004—longer than most of this list has existed [2]. ARI, launched in 2019 and shown in an upgraded form at CES 2026, is a wheeled social robot standing 165 cm tall, with an expressive animated face, a 10.1-inch chest touchscreen, face and speech recognition, and autonomous navigation via visual SLAM and LIDAR [20][21]. It's deployed for reception, wayfinding, and patient information in hospitals, airports, and retail settings and has been piloted in residential elder-care settings with direct feedback from caregivers and residents shaping its interface [22].

Why it defines the category: ARI's dual arms carry a payload of roughly 0.5 kg each—enough for gesture, nowhere near enough for real manipulation—because that isn't the job. Its job is presence: face recognition, multilingual speech, and a consistent, patient demeanor in front of the public, which is a genuinely different design target from anything built to lift a tote or torque a bolt.

11. Android / Ultra-Realistic Humanoids

Ameca — Engineered Arts (engineeredarts.com)

Falmouth, Cornwall, UK · Unveiled 2022

Ameca is built on Engineered Arts' Mesmer technology, with 3D scans of real people informing its bone structure, skin texture, and expressions, and over 50 pre-configured facial expressions running on the company's Tritium software framework, which can also connect to third-party conversational AI [23][24]. A third generation debuted at ICRA 2025 [25]. Deployments include the National Robotarium in Edinburgh and Dubai's Museum of the Future, where Ameca greets visitors and answers questions [26].

Why it defines the category: Ameca is deliberately not trying to pass as human. Its "mechanical transparency" design—a hyper-realistic face on an openly mechanical body—is a specific answer to the uncanny valley problem: signal machine clearly enough that the realism reads as impressive rather than unsettling. It's built for communication, not physical labor, and doesn't compete in the same category as anything on this list built to move boxes.

12. Musculoskeletal & Biomimetic Humanoids

Protoclone — Clone Robotics (clonerobotics.com)

Warsaw, Poland · Founded 2021

This is the category that throws out the actuator-and-motor playbook entirely. Protoclone is built on a polymer skeleton replicating all 206 bones in the human body, moved by more than 1,000 fluid-driven "Myofiber" artificial muscles attached to the skeleton through synthetic tendons and ligaments, delivering over 200 degrees of freedom and drawing on more than 500 onboard sensors [27][28]. It's still suspended for stability during testing and, as of early 2026, was still learning to balance and walk in simulation before real-world attempts [29].

Why it defines the category: every other humanoid on this list moves with conventional electric or hydraulic actuators at defined joints. Protoclone is testing whether copying human muscle architecture directly—not just human silhouette—produces genuinely different, more lifelike movement. It's the least commercially mature entry here, and the most scientifically distinct.

13. Space & Extreme-Environment Humanoids

Valkyrie (R5) — NASA Johnson Space Center

Houston, US · Development began in 2012.

Valkyrie stands roughly 1.87 meters tall, weighs about 129 kg, and carries 44 degrees of freedom, built at NASA's Johnson Space Center as a platform for operating in "degraded or damaged human-engineered environments"—disaster zones on Earth and eventually the Moon or Mars [30][31]. It descends directly from NASA's earlier Robonaut program, and its DARPA Robotics Challenge development team went on to found Apptronik, making Valkyrie and Apollo (category 3, above) close relatives on opposite sides of the government-research-to-commercial-product line [6][32].

Why it defines the category: space and disaster environments are unstructured, unpredictable, and often too hazardous to send a person into first—exactly the case for a human-shaped robot that can use tools, ladders, and hatches built for astronauts rather than requiring a purpose-built environment of its own. Valkyrie remains a research testbed, not a deployed product, which is itself the honest state of this category: humanoids are being tested for space, not yet operating there.

14. Foundational & Historical Humanoids

ASIMO — Honda, and WABOT-1 — Waseda University

Honda began humanoid development in 1986, built roughly a dozen prototypes over the next fifteen years, and unveiled ASIMO on October 31, 2000—later inducted into Carnegie Mellon's Robot Hall of Fame as the first robot to demonstrate genuinely human-like mobility [33]. Over 18 years, ASIMO played soccer with a sitting U.S. president, conducted an orchestra, and rang the opening bell at the New York Stock Exchange before Honda ceased public appearances in 2018 and formally retired the program in 2022 [34][35].

But ASIMO wasn't first. That distinction belongs to WABOT-1, unveiled at Waseda University in Tokyo in 1973—the world's first full-scale humanoid robot, able to walk bipedally on flat ground, grip objects with humanlike hands, and hold rudimentary conversations in Japanese [36][37]. Every bipedal humanoid on this list, from Digit to Atlas, is a distant descendant of problems WABOT-1's team tackled first: bipedal walking, environmental perception, and basic manipulation.

Why they define the category: neither robot is commercially relevant today, and that's exactly the point. Every current category on this list—industrial, consumer, social, research—is downstream of design problems these two machines were the first to confront, decades apart, with a fraction of today's compute.

How to actually use this list

Match the type to the environment, not the hype. A wheeled humanoid on a flat factory floor will likely be cheaper and more reliable than a bipedal one doing the identical job—bipedal locomotion earns its cost in stairs, ladders, and human-scale obstacles, not on flat concrete.

"General-purpose" is a spectrum, not a checkbox. Every industrial humanoid on this list still has a narrow, specific proven task envelope—tote movement, kit loading, sheet-metal placement. None of them are proven at open-ended general labor yet, and any vendor claiming otherwise is describing a roadmap, not a shipped product.

Software increasingly separates from hardware. Several of the industrial and research platforms above already share NVIDIA's Isaac GR00T foundation models across otherwise competing hardware [13]. As the intelligence layer converges, the differentiator shifts toward deployment and continuous improvement—which is a separate discipline from picking the right robot type. 3GEN covers that side of the equation directly in our breakdown of what world action models mean for robot deployment economics.

Frequently asked questions

What are the main types of humanoid robots? Broadly: industrial bipedal (warehouse and manufacturing), wheeled industrial hybrids, research and developer platforms, consumer and home robots, social and service robots, Androids built for realistic human interaction, open-source research platforms, and a small but growing set of experimental musculoskeletal designs. Most real-world deployment today sits in the first two categories.

What's the difference between a bipedal and a wheeled humanoid? Bipedal humanoids can climb stairs and navigate human-built environments designed with legs in mind, at the cost of more complex balance control and typically higher price. Wheeled humanoids trade that terrain flexibility for greater stability, simpler control, and lower cost on flat, structured floors—a fair trade in most factories and warehouses [8].

Are humanoid robots actually working anywhere yet, or is this all demos? A small number are doing real, measured work: Agility's Digit has logged over a year of continuous deployment moving totes at GXO, and Figure's Figure 03 completed an eleven-month, 1,250-plus-hour pilot at BMW [1][3]. Most other humanoid types on this list remain in pilot, research, or early-commercial stages.

What was the first humanoid robot ever built? WABOT-1, unveiled at Japan's Waseda University in 1973, is recognized as the first full-scale humanoid robot—it could walk on two legs, grip objects, and hold basic conversations in Japanese [36].

Which type of humanoid robot is right for my facility? For most manufacturers today, the honest answer is probably a wheeled or bipedal industrial humanoid for a narrow, well-defined task, or more often, still a fixed arm or AMR that's faster and cheaper for the same job. The exception is genuinely human-shaped environments—stairs, human-scale workstations, tooling built for people—where the humanoid form factor earns its cost. If you're weighing that decision for your own floor, 3GEN can walk through what deployment actually requires.

Have a task on your floor you're evaluating a robot for—humanoid or otherwise? 3GEN Robotics builds the deployment and operations layer that gets robots working. Request a demo or reach us at dan@3genrobotics.com.

Notes

Company inclusion and category framing reflect editorial judgment, not a quantitative ranking—this is a guide to the shape of the field, not a scored comparison of the companies in it. Figures cited above are drawn from published third-party reporting, company documentation, and academic/institutional sources, not from 3GEN internal testing or benchmarks. Several companies and specifications change quickly in this field; this reflects information available as of early September 2026. 3GEN Robotics does not manufacture humanoid robots, holds no financial position in any company named, and has no commercial relationship with any of them.

Changelog

September 3, 2026 — Initial publication. All fourteen categories and company links were verified against current sources.

References

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Have a task on your floor you're evaluating a robot for — humanoid or otherwise? 3GEN Robotics builds the deployment and operations layer that gets robots working. Request a demo or reach us at human@3genrobotics.com.