This guide is about capability, and only capability. If you want the definition, the engineering and how these machines work at all, start with our explainer on what a humanoid robot is; this page assumes that background and asks the harder question: what has actually been done, by real robots, outside a controlled demo?
The distinction matters because humanoid robotics is a sector where the video always runs ahead of the invoice. A demonstration proves a task is possible once, under conditions the manufacturer chose. A deployment proves it is repeatable, economic and safe enough that a customer pays for it week after week. We sort every claimed capability below into one of those two boxes.
The proven core
What humanoid robots have verifiably done
The verified capability record in 2026 rests on a small number of documented commercial deployments, and they are worth naming precisely because they anchor everything else.
In logistics, Agility Robotics' Digit has the longest paid track record of any humanoid. Agility reports that Digit has moved more than 100,000 totes in production work at a GXO Logistics warehouse in the United States, and has accumulated more than 65,000 operating hours across nine customer facilities, with GXO, Schaeffler, Toyota Motor Manufacturing Canada and Mercado Libre among named customers. The work itself is deliberately narrow: picking up totes, carrying them short distances, and placing them onto conveyors or shelving, repeatedly, for full shifts.
In manufacturing, Figure's robots completed an eleven-month pilot at BMW's Spartanburg plant in the United States. The reported figures: more than 1,250 operating hours, more than 90,000 sheet metal parts loaded, and roughly 1.2 million steps taken while supporting production of over 30,000 vehicles, with Figure's newer third-generation robot now reported to be working a logistics sequencing task at the same plant. Chinese manufacturers, including AgiBot and Unitree, have meanwhile shipped thousands of units into commercial, research and demonstration roles, covered in our guide to Chinese humanoid robots in the UK.
Distil those deployments and you get the honest capability list. Today's best humanoid robots can: walk stably through workplaces built for people, including around moving human workers; recognise, grasp, carry and accurately place rigid objects such as totes, boxes and parts; repeat a well-defined handling task for hours at production pace; recover from many minor disturbances such as bumps and misplaced items; operate under workplace safety regimes with defined zones and protocols; and run through a shift on battery, in some cases with automated charging between stints. That is a genuinely new class of machine. It is also, deliberately, a short list.
Task by task
Capability status across the tasks people ask about
| Task | Status | The evidence |
|---|---|---|
| Moving totes and boxes in warehouses | Deployed commercially | Agility Digit at GXO and other named customers, over 65,000 reported operating hours |
| Loading parts in factories | Deployed in pilots | Figure at BMW Spartanburg, over 90,000 parts loaded across an eleven-month pilot |
| Walking through human environments | Proven | Routine across all serious platforms, including stairs and uneven surfaces on the best systems |
| Event appearances, greeting, demonstrations | Deployed commercially | An established UK hire market exists for exactly this work |
| Folding laundry, loading dishwashers | Demonstrated only | Shown by Figure and others in controlled settings; no verified autonomous track record in ordinary homes |
| General household chores | Early product, partly human-assisted | 1X NEO preorders opened in the US with 1X stating remote human operators will assist early units on some tasks |
| Elderly and physical care | Not available | Social engagement robots exist in some care settings; no verified physical care capability anywhere |
| Skilled trades, cooking, driving, childcare | Not credible today | No deployment, no serious near-term claim from any major manufacturer |
The pattern in that table is consistent: the closer a task is to "pick up a known object and put it somewhere known, repeatedly, in a controlled space", the more likely it is to be genuinely deployed. The closer it gets to open-ended judgement, fine manipulation of soft or unpredictable objects, or physical contact with people, the more likely it is to be a demo. Structured comparisons of what individual models can lift and carry are kept on our directory site, including a payload comparison across major humanoids and a dedicated guide to humanoid robots for warehouse work.
The hard limits
What humanoid robots cannot do yet, and why
Three limits explain most of the gap between the demo reel and the deployment record.
The first is generalisation. A robot that performs superbly at one prepared station can fail at the next station over, because current systems still depend heavily on training data and preparation specific to the task and environment. Humans generalise effortlessly; robots earn each new task the hard way. This is improving with the new generation of AI controllers, but "walk into any room and be useful" remains beyond every platform.
The second is manipulation of the awkward world. Rigid boxes and totes are solved to commercial standard. Soft, deformable, slippery, fragile and tangled things, which is to say most of a household, are not. Laundry gets demonstrated so often precisely because it is the flagship hard problem, and a folded shirt in a demo is not the same as three weeks of unsupervised laundry in a real home.
The third is people. Working near humans in a controlled industrial zone, under safety protocols, is deployed reality. Working in physical contact with humans, or in chaotic spaces full of children and pets, raises safety and liability questions that no manufacturer has yet put a certified product against. It is why our care coverage is deliberately cautious: see humanoid robots in UK care homes and the NHS and, for families weighing this up, humanoid robots and elderly care in the UK.
What it means for the UK
Using this capability picture from Britain
For UK businesses, the practical conclusion is that humanoid robots are worth evaluating today only if your need looks like the proven core: repetitive, well-defined handling work in a structured environment. If it does, the routes in are hire, pilots and Robotics-as-a-Service rather than purchase, covered in our guide to Robot as a Service in the UK and on our sister site Humanoid Robot Hire. Our UK warehouse tracker follows which deployments have actually reached Britain.
For UK households, the capability picture says: nothing on the market today will run your home for you, and the first home products are arriving with big caveats attached. The three programmes to watch, each covered honestly on this site, are 1X NEO, which has opened US preorders, Figure 03, which has the strongest industrial record, and Tesla Optimus, which has the biggest name and the least availability. What can be bought today, and for how much, is tracked at buying a humanoid robot in the UK.
And for anyone weighing the employment question that follows directly from this capability list, our guide to humanoid robots and UK jobs looks at which sectors face the earliest impact, based on what the machines can actually do rather than what the headlines assume.
Common questions
Questions readers ask about humanoid robot capabilities
What can humanoid robots do today?
In verified commercial deployments, they walk through workplaces built for people, pick up, carry and place objects such as totes and parts, work repetitive handling tasks for full shifts, and operate alongside human workers under safety rules. The proven work is narrow and structured. Broader abilities such as general household chores exist mainly in demonstrations and early, partly human-assisted home units.
Can humanoid robots do housework?
Partially, and not yet reliably in ordinary homes at scale. Manufacturers have demonstrated laundry folding, dishwasher loading and tidying, and 1X has opened US preorders for its NEO home robot while stating that early units will sometimes be guided by remote human operators. No humanoid robot yet has an independent, verified record of running a normal household's chores autonomously.
What jobs are humanoid robots actually doing?
The documented commercial jobs are in logistics and manufacturing. Agility Robotics reports more than 100,000 totes moved at a GXO warehouse and over 65,000 operating hours across customer facilities. Figure reports an eleven-month BMW pilot with over 90,000 parts loaded, and its newer robot now works a logistics sequencing task at the same plant.
Can humanoid robots care for elderly people?
Not in any clinically meaningful sense today. Social robots are used in some UK care settings for conversation, reminders and engagement, but no humanoid robot has a verified record of physical care tasks such as safely lifting or assisting a person. Treat physical assistance claims with great caution.
What to read next
Related guides
- What Is a Humanoid Robot? A Plain-English Guide for UK Readers - the definition and engineering background this page builds on
- Humanoid Robots in UK Warehouses and Logistics - the deployment record, UK by UK operator
- Humanoid Robots and UK Jobs - what this capability list means for the workforce
- A Humanoid Robot for the Home in the UK - the consumer question, answered honestly
- Warehouse humanoid robots UK - structured comparisons of the industrial platforms