Unitree Launches Dex5-S Robotic Hand With 22 Degrees of Freedom for Around £5,000

Picture a robotic hand that moves like a human one — each finger bending, twisting and gripping independently, responding to force rather than fighting it. That’s what Unitree Robotics is selling with its new Dex5-S, announced on 21 September 2026 and already drawing attention from the robotics research community.

The Shenzhen-based company, better known for its quadruped and humanoid robots, posted details of the Dex5-S across its channels, setting out a specification sheet that puts it squarely in the territory of high-end research hardware — but at a price that undercuts much of what’s currently on the market.

What the Dex5-S Actually Does

The headline figure is 22 degrees of freedom. In plain terms, that means 22 independently controllable joint movements across five fingers — five for the thumb, four each for the index, middle and ring fingers, and five for the little finger. That last one gets an extra roll movement compared to the previous generation, which Unitree says brings the little finger’s motion closer to how a real human hand works.

It’s human-sized, too. According to secondary reports citing the product launch, the hand measures about 102 × 187 × 26 millimetres and weighs around 620 grams — roughly what you’d expect from an adult human hand, if somewhat heavier.

Every joint reportedly supports what engineers call backdrivability. That means an external force — a person pushing on the finger, or an object resisting the grip — can move the joint even while the motors are running. It’s a property that matters enormously in research settings, where you want the hand to respond naturally to its environment rather than rigidly resist it. Each joint also includes protection against limit-impact forces, according to Unitree’s announcement as reproduced in contemporaneous reporting.

Control options are broad. Secondary reports cite Gigabit Ethernet, USB and high-speed RS-485 as communication interfaces, with a reported control frequency of up to 1,000 hertz when using the Ethernet configuration. That’s fast enough for real-time manipulation tasks that demand precise, continuous feedback.

Standard Versus Pro: What You Get

Unitree appears to be offering two versions, though the full official technical datasheet wasn’t independently verified at the time of writing. The Standard version is reported to provide position, torque and inertial-measurement-unit feedback. Tactile sensing — the ability to feel texture and pressure — is reportedly reserved for the Pro version.

The reported maximum load is 2 kilograms per hand, with a continuous operating load of 1 kilogram. These figures come from secondary reporting rather than a confirmed official document, so buyers should treat them as indicative until full specifications are published.

The Price Question

Unitree’s announced starting price is US$6,500 — around £5,100 at current exchange rates — before tax and shipping. Chinese reports give a starting price of RMB39,900 per hand, which works out at a similar figure. But that headline number doesn’t tell the whole story for anyone in the UK looking to buy one.

Import arrangements, VAT, customs treatment and delivery charges all add to the final cost. No confirmed UK distributor or retail price has been identified, and no UK sales date has been announced. Anyone budgeting for a Dex5-S should treat the advertised figure as a floor, not a ceiling.

And yet, even at that floor, it’s a striking price point. Advanced dexterous robotic hands have historically cost considerably more — sometimes many times more — putting them out of reach for smaller research groups and university labs. If Unitree’s specifications hold up under independent testing, the Dex5-S could widen access to this kind of hardware in a meaningful way.

What Researchers Need to Know

A word of caution is worth adding here. The Dex5-S is a research and development product. It is not a medical device and has not been presented as one. There is no clinical evidence supporting use in rehabilitation or assistive applications, and any such use in the UK would require appropriate regulatory assessment.

In any workplace or laboratory setting, standard safety requirements apply — risk assessment, appropriate guarding, supervision and electrical safety procedures. Robotics hardware of this kind is powerful enough to cause injury if deployed carelessly.

Russ Tedrake, a robotics researcher at MIT whose work on dexterous manipulation is widely cited in the field, has previously described the challenge of building hands that can handle the physical unpredictability of real-world objects. He said: “The real world is full of surprises — contact-rich manipulation is one of the hardest problems in robotics.” Products like the Dex5-S are designed precisely to help researchers tackle that problem, though whether this particular hand delivers on its specification sheet is uncertain from independent evaluation.

What Happens Next

Unitree hasn’t confirmed a shipping timeline for international orders. The company’s track record with its Go2 and H1 robot platforms suggests it moves quickly from announcement to availability, but that’s not a guarantee. Researchers and developers interested in the Dex5-S will need to watch for distributor announcements and full technical documentation before committing.

What This Means for Kent Residents

No Kent institution or business has been announced as a buyer or trial partner for the Dex5-S. For robotics researchers, engineers and university or college laboratories across the county, the product is one to watch — if the price holds and a UK distribution route emerges, it could bring advanced dexterous hardware within reach of teams that previously couldn’t afford it. UK buyers should factor in VAT, customs and shipping before drawing up any budget.