Humanoid Robots: Where They Will Be Used First

Humanoid robots will be used first in warehouses and car factories, moving totes and loading parts in repetitive, structured jobs. In 2026 paid deployments are still small, while Chinese makers ship thousands of units, much of it for research, education and data collection. Homes and most service jobs are years away.

This guide ranks where humanoid robots are actually working, by the strength of the evidence rather than the demos. It covers who makes them, what they cost, the data behind the forecasts, what's holding them back — from dexterity to safety standards — and what they mean for the UAE and for property owners.

Key takeaways

• Logistics and car plants come first. Agility's Digit has moved more than 100,000 totes at GXO; Figure's robot loaded parts at BMW for 11 months; Boston Dynamics' Atlas starts factory work at Hyundai in 2028.
• Volumes are tiny next to other robots. About 13,000 humanoids shipped worldwide in 2025, according to Omdia, against more than 600,000 industrial robots installed.
• China makes almost all of them. Chinese vendors held about 97% of humanoid shipments in the first half of 2026.
• Big names are behind their headlines. Tesla was still installing Optimus production lines in July 2026; home robots rely on remote human operators.
• The rulebook isn't written. The first international safety standard for humanoid-style robots is still a draft, and the US restricted new foreign-made models in July 2026.

What is a humanoid robot?

A humanoid robot is a robot built in roughly human form — a torso, arms, hands and usually legs — so it can work in spaces, and with tools, designed for people.

Definition

Humanoid robot — a service robot that mimics human form and movement, typically with more than 20 degrees of freedom, designed for dull, dangerous or unhygienic work in unstructured settings rather than the fenced, fixed cells of traditional industrial robots. (Bank of America Institute)

The case for the human shape is compatibility: a humanoid can, in principle, walk into an existing warehouse, climb stairs, push a trolley and use the same shelving and tools as the workers it assists. The case against is complexity: legs, balance and five-fingered hands are hard to make reliable. The International Federation of Robotics expects humanoids to complement existing robots, not replace them. Humanoids are one part of physical AI — AI that acts in the real world — alongside driverless cars, drones and warehouse robots.

Where will humanoid robots be used first?

In order of evidence: warehouse tote handling, car-plant parts handling, factory work in China, then retail and hospitality pilots — with homes and care work furthest away.

Use	Evidence in 2026	Status	Why it's first — or not
Warehouse tote handling	Agility's Digit: 100,000+ totes at GXO; 65,000+ operating hours across nine customer sites	Paid deployments, robots-as-a-service	Repetitive, structured, easy to measure; robots work in designated zones
Car-plant parts handling	Figure 02 at BMW: 1,250+ hours, 90,000+ parts loaded; Apptronik at Mercedes-Benz; Atlas at Hyundai from 2028	Pilots moving to planned deployments	Labour-intensive stations in controlled plants
Factory work in China	UBTech sold 1,079 full-size humanoids in 2025, mostly for industrial use (company figures)	Paid deliveries	Industrial policy, local supply chains, state-backed buyers
Research, education and data collection	Unitree ships thousands of low-cost units; Figure's robots mostly used internally	Volume	Robots are needed to gather the data that trains them
Retail and hospitality	Mall and store pilots, including in Dubai; Xpeng plans to deploy its IRON first in its own stores	Pilots and showcases	Public spaces raise safety and reliability bars
Homes	1X NEO taking orders at $20,000	Pre-order; depends on remote operators	Messy, varied environments; privacy and safety
Healthcare and elder care	No verified paid deployments	Research	Highest safety bar of all

Why do warehouses and factories come first?

Because they offer what today's humanoids need: repetitive tasks, predictable layouts, clear success measures and space to keep people at a distance. A tote either reaches the conveyor or it doesn't. Even there, the numbers are modest: Figure's BMW deployment ran 10-hour weekday shifts on a single task, and a BMW spokesperson told Fortune in April 2025 that only one Figure robot worked at the plant at any given time.

Who makes humanoid robots?

A handful of US companies lead on high-profile deployments and funding, while Chinese companies lead on volume and price.

Company	Robot	Status, September 2026
Agility Robotics (US)	Digit	Paid deployments since 2024; Digit 5 early access in the first half of 2027; going public through a $2.5 billion SPAC deal
Figure AI (US)	Figure 03	More than 350 built, production at one robot an hour; mostly internal use; valued at $39 billion in 2025
Boston Dynamics (Hyundai)	Atlas	Product version unveiled January 2026; 2026 units committed to Hyundai and Google DeepMind
Tesla (US)	Optimus	Production lines being installed; initial builds for internal training-data collection
Apptronik (US)	Apollo	Pilots at Mercedes-Benz, GXO and Jabil; raised more than $935 million in its Series A
1X (Norway/US)	NEO	Home robot on pre-order; relies on remote operators while it learns
Unitree (China)	G1, H2, R1	Volume production; listed on Shanghai's STAR Market in August 2026
UBTech (China)	Walker S2	1,079 full-size humanoids sold in 2025 (company figure)
AgiBot (China)	Several models	Largest shipper in the first half of 2026

How much does a humanoid robot cost?

Small research humanoids cost about as much as a car; industrial humanoids are mostly rented by the month, and the true cost depends on how many hours a day they work reliably.

• List prices. Unitree's G1 starts at $13,500; 1X's NEO costs $20,000, or $499 a month.
• Rental. Agility's investor deck modelled about $8,500 per robot per month, according to Forbes — roughly the cost of 2.5 human shifts a day if the robot works 20-hour days, as Agility claims Digit 5 can.
• Manufacturing cost. Goldman Sachs estimated in 2024 that the cost of making a humanoid had fallen from $50,000–$250,000 to $30,000–$150,000; Bank of America estimated a bill of materials around $35,000 per unit by the end of 2025 for a mostly China-made robot.

The economics hinge on uptime: battery life (Agility's Digit 5 runs 90 minutes and recharges in 9, while Unitree lists about two hours for its G1), failure rates and how often a person must step in. Figure says the forearm was its top hardware failure point at BMW.

What does the latest data show?

What the data shows

• Industrial robots (2025): more than 600,000 installed and 5 million in operation worldwide; China installed 354,000. Humanoids are not included in these counts. — International Federation of Robotics
• Humanoid shipments (2025): about 13,000 worldwide; AgiBot more than 5,100, Unitree 4,200, UBTech 1,000. — Omdia, via WAM
• Humanoid shipments (first half of 2026): about 19,100, up 272% year on year, with about 60,000 expected for the full year. — Smart Analytics Global
• Market concentration (first half of 2026): Chinese makers held about 97% of global humanoid shipments. — WAM
• Forecast (2024): a $38 billion humanoid market by 2035. — Goldman Sachs
• Forecast (2025): a $5 trillion market and nearly 1 billion humanoids by 2050, 90% for industrial and commercial use. — Morgan Stanley

What this means

The forecasts are about a market that barely exists yet. Thousands of humanoids a year, most of them in labs, classrooms and pilot cells, is where the whole industry stands. Judge progress by hours worked, tasks completed and interventions per shift — not by valuations, videos or order announcements.

What's holding humanoid robots back?

Five things: hands, reliability, safety certification, dependence on human operators, and — increasingly — geopolitics.

• Dexterity and data. Robotics pioneer Rodney Brooks argues that expecting humanoids to match human dexterity within decades is fantasy, largely because robots lack the touch and force data that human hands rely on.
• Reliability. Hardware still fails at the joints and in the forearms, and battery runs of one to three hours limit shifts.
• Safety certification. ISO 25785-1, the first international safety standard for dynamically stable robots including humanoids, is still a committee draft. Researchers at Siemens point out a deeper problem: a walking robot's safe state requires active balance, so the classic rule of cutting power in an emergency makes it fall.
• Teleoperation. 1X's chief executive has said NEO buyers must accept that a human operator will see inside their homes through the robot's cameras while it learns.
• Geopolitics. In July 2026 the US Federal Communications Commission added foreign-produced advanced robotic devices, including humanoids, to its Covered List, blocking new equipment authorisations unless the US government clears a specific device.

Common misconception

"Humanoid order books prove demand." Read the fine print. Agility's "more than $300 million" in orders comes from one undisclosed customer's three-year contract for 1,000 robots, dependent on milestones — and, in its own filings' words, not a measure of current revenue, as GeekWire reported. Orders, pilots and paid work at scale are different things.

What's the status of Tesla Optimus?

Tesla said in January 2026 that it planned to unveil its third-generation Optimus — "the first design meant for mass production" — and start production before the end of 2026. Its July 2026 update said it had decommissioned the Model S and X lines at Fremont, was installing the first-generation Optimus production lines, and that initial builds would go to an internal "Optimus Academy" to collect training data.

What do humanoid robots mean for the UAE?

The UAE is a showcase and pilot market for humanoids, with an ambitious robotics programme, but no verified paid humanoid deployments by local businesses yet.

• Policy. The Dubai Robotics and Automation Programme, launched in 2022, aims to raise the sector's contribution to Dubai's GDP to 9% within 10 years and to provide 200,000 robots over that period — robots of all kinds, not only humanoids.
• Showcases. The Museum of the Future features an upgraded Ameca humanoid for visitor interaction.
• Pilots. Majid Al Futtaim and the Dubai Future Foundation trialled two avatar-style robots helping shoppers navigate City Centre Mirdif in 2025.
• Partnerships. Abu Dhabi Chamber signed an agreement with 1X in November 2025 to advance robotics in industrial and energy sectors; Qatar's QIA invested in Apptronik in 2026.

Common misconception

"Dubai plans 200,000 humanoid robots." The programme's 200,000 figure covers robots across services, logistics, manufacturing and other sectors — most of them delivery robots, industrial arms and service machines, not humanoids.

How will humanoid robots affect real estate?

Property is becoming a training ground before it becomes a workplace: humanoids learn in real buildings long before they're deployed in them.

In September 2025 Figure announced a partnership with Brookfield — which manages more than 100,000 residential units plus offices and logistics space — to capture humanoid training data in Brookfield's homes, offices and warehouses. For property owners, three practical implications follow:

1. Logistics real estate sees humanoids first. Warehouses with standard racking and totes are where paid deployments are happening.
2. Buildings need to be robot-legible. Clear routes, lifts that can be called by software, charging points and good connectivity make a building easier to automate — the same foundations described in the smart buildings guide.
3. Facility management will pilot before residential. Cleaning, inspection and deliveries in controlled areas come before robots in people's homes.

What is likely to happen next?

Expect 2027 to bring larger paid fleets in logistics, first factory deployments at automakers, and the first humanoid safety standard — while home robots stay niche.

• 2027: Agility's Digit 5 early access in the first half, with general availability planned for the end of the year; Xpeng plans to launch and deliver IRON in China and abroad after starting mass production at the end of 2026.
• 2028: Atlas starts parts sequencing at Hyundai's Georgia plant, moving to component assembly by 2030.
• Standards: ISO 25785-1 moves from draft towards publication.
• Watch the metrics: hours per robot per day, interventions per shift and cost per task — the numbers that decide whether humanoids beat conventional automation.

For the wider technology behind robots that act in the world — models, simulation and self-driving cars — see physical AI explained and the AI infrastructure guide.

Final takeaway

Humanoid robots are real, working and improving fast — in warehouses and car plants, on narrow, repetitive jobs, in small numbers. China dominates production, the US dominates the headlines, and forecasts run far ahead of reality. For businesses, the right posture is curious and measured: pilot where tasks are structured and measurable, insist on hours-and-interventions data, and don't plan around humanoids in homes, hospitals or public spaces this decade on the strength of a demo video.