Which Humanoid Robots Can UK Businesses Actually Use?

A growing set of humanoid platforms is now real and working, but most are accessed through structured pilots or Robotics-as-a-Service rather than bought off a shelf — and not every model is openly available to UK buyers yet. The practical list splits into two groups: enterprise platforms aimed at industrial work, and lower-cost research and education humanoids you can purchase more readily.

Because availability, pricing and UK presence shift quickly, the right approach is to choose by task and compare across suppliers rather than fixating on a brand. A manufacturer-neutral partner can tell you which platforms are realistically obtainable for a UK trial today, rather than which ones simply exist in a launch video.

These platforms are aimed squarely at industrial and logistics work. They are generally offered via pilots or Robotics-as-a-Service and are not publicly priced. Publicly reported examples include:

• Agility Robotics — Digit: a bipedal logistics robot for moving totes and containers, offered as Robotics-as-a-Service and publicly piloted with GXO Logistics.
• Figure — Figure 02/03: a general-purpose humanoid piloted in manufacturing, including a publicly reported programme at BMW’s Spartanburg plant.
• Apptronik — Apollo: a humanoid aimed at logistics and manufacturing, developed in collaboration with Mercedes-Benz and others.
• Boston Dynamics — Atlas (electric): a highly capable humanoid backed by Hyundai, currently at an earlier commercial stage.
• Tesla — Optimus: developed for Tesla’s own operations; not commercially available, with a future price Tesla has suggested but not confirmed.

If you want a humanoid to experiment with rather than deploy on a line, lower-cost research and education platforms are more readily purchasable:

• Unitree — G1: a compact humanoid listed at US$13.5K on unitree.com as read on 22 September 2026, excluding tax and freight (roughly £10,000 at September 2026 exchange rates); launched at around US$16,000, it is the most-cited affordable entry point.
• Unitree — H1: a larger, more capable platform; Unitree publishes no H1 price on its product page as read on 22 September 2026.
• 1X — NEO: a humanoid aimed increasingly at home and light-duty environments.
• Fourier — GR-1 / GR-2: humanoids used widely in research and rehabilitation contexts.
• Sanctuary AI — Phoenix: a dexterity-focused humanoid used in pilots and research.

Available rarely means "add to basket". For enterprise humanoids it usually means a structured pilot or a Robotics-as-a-Service agreement, often arranged per deployment; for lower-cost platforms it can mean an outright purchase, though support, spares and integration in the UK still vary by supplier.

It is also worth separating "exists" from "obtainable here today". Some of the most-publicised robots are in limited pilots and not yet broadly available to UK buyers. Before you fix on a platform, confirm it can actually be supplied, supported and integrated for your site in the UK — a question a neutral partner answers quickly, and one a brand’s marketing rarely does.

• Conformity for the GB market. Ask for the declaration of conformity and check the marking (UKCA, or CE where it is still accepted). A humanoid is machinery, and its Wi-Fi and Bluetooth make it radio equipment as well.
• Who supports it here. Confirm in writing who provides the warranty, where repairs are done and how long spares take to arrive. A cheaper robot with a twelve-week repair turnaround is not cheaper.
• Which variant you are quoted. Software access is often tiered by model, so check that the exact variant includes the SDK and documentation you need, not just the product family.
• What it will connect to. Decide before you buy how the robot’s data and alerts will reach the systems your team already runs; that is usually more work than the robot.
• What it costs to own. The price of the robot is the smallest number in the decision; our guide to what humanoid robots cost in UK enterprise covers the full cost of ownership.

Choose by task first, then platform — never the other way around. The right machine depends on the job, and within humanoids the practical differentiators are payload, reach, battery life, dexterity, safety features and UK support, not brand prestige.

Because no single platform wins every task, a manufacturer-neutral comparison — ideally a demonstration of two or three options against your actual task — beats committing to one on a spec sheet. That neutrality is the whole point: match the robot to the work, not the work to a robot you have already bought.

Many businesses asking "which humanoid" actually need a quadruped or a wheeled robot. Humanoids earn their place where a task genuinely needs a human form — using existing tools, reaching human-height shelving, working in spaces built for people.

For pure inspection across varied ground, a quadruped is usually better and cheaper; for moving goods along fixed routes, an autonomous mobile robot (AMR) is. Decide the form factor from the task before you shortlist any brands, or you risk buying a shape and then hunting for work to justify it.

The practical route is a demonstration of suitable, obtainable platforms against your task, then a focused supervised pilot with agreed success measures — the same evidence-first process that underpins any UK robot deployment. A neutral partner can shortlist the platforms realistically available for your use case, arrange the demonstration, and plan the safety and supervision a UK trial requires.