Unitree H2 EDU SMART M Humanoid Robot

Stand the robot in a laboratory doorway and it fills most of the frame. Look closely at its wrists, however, and the engineering shrinks to the scale of a fingertip. The Unitree H2 EDU SMART M Humanoid Robot works between those two scales. Its H2 EDU body measures 1820 x 456 x 218 mm standing and weighs approximately 70 kg with its battery. Each of its two Wuji Dextrous Hand 2 units has 20 degrees of freedom under hybrid force-position control, with an RGB camera mounted at the wrist. For a research group, this means the machine that walks into a test cell can also pick up, turn and place the objects inside it, and record what it saw while doing so.

Robots Middle East supplies the Unitree H2 EDU SMART M Humanoid Robot to universities, research institutes, innovation centres and industrial development teams across the Middle East. Our team prepares the quotation for the configuration you require, arranges delivery to your site and provides support once the robot is in service. The specification agreed at the outset is therefore the one that arrives in your laboratory.

Background

Unitree Robotics and the H2 line

Unitree Robotics built its reputation on agile legged robots before extending its range to humanoids. It is now one of the best-known names among laboratories that need a capable physical platform without building one from scratch. The H2 is the company's full-size humanoid, and the sources name several versions of it: the H2 itself, the H2 EDU STANDARD, the H2 EDU SMART A DEX1-1 Plus, the H2 EDU SMART H Inspire DFQ and the H2 EDU SMART M WUJI Hand 2 described on this page. The EDU designation marks the development-oriented version. It supports secondary development and carries a PC2 computer with an Intel Core i7 for custom software, so the robot is a platform to programme rather than a closed appliance.

Dexterous hands with eyes at the wrist

What separates the SMART M from its siblings is the end of each arm. The Wuji Dextrous Hand 2 offers 20 DoF per hand and uses hybrid force-position control. Its control runs at 1,000 Hz across 20 axes, and the hand communicates over Ethernet. In general terms, hybrid force-position control lets a hand follow a planned path while regulating how firmly it presses, which matters for grasping objects that are delicate, irregular or slightly misplaced. The wrist-mounted RGB cameras give a close, moving view of the grasp. This complements the wide-angle humanoid binocular camera that serves as the robot's main vision sensor.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the top speed, peak power consumption, charging time, IP rating, camera resolution, whether lidar is fitted, the onboard storage and memory of the SMART M, the hand payload or the box contents of the SMART M; we confirm these with you at quotation.

What does the SMART M configuration add to the H2 EDU?

The H2 EDU body gives every configuration the same foundation: 31 degrees of freedom in the body, six in each leg and seven in each arm, leg joints rated to 360 N.m and arm joints to 120 N.m. The arm payload reaches a peak of about 15 kg, with a nominal figure of about 7 kg. Those numbers describe what the arms can carry; the fingers are where the SMART M makes its own contribution.

The SMART M adds manipulation detail on top of that foundation. Two Wuji Dextrous Hand 2 units replace a simpler end effector, so each arm ends in a 20-DoF hand rather than a gripper with a handful of motions. Each hand also has its own RGB camera at the wrist, which gives perception at the point of contact. A head camera alone sees the task from a distance, and the hand often hides the object at the moment of grasp. The SMART M also leaves the PC3 bay empty by default, ready for an optional Nvidia Jetson Thor. Teams can therefore start on the standard computing and add high-performance inference when their models require it.

The other configurations named in the sources pair the H2 EDU with different hand packages, such as the DEX1-1 Plus on the SMART A and the Inspire DFQ on the SMART H. We set out the differences between them side by side when we quote.

How much onboard computing does the H2 EDU SMART M offer?

Computing is arranged in layers. The PC2 computer, with an Intel Core i7, is reserved for custom development, so your own software has a dedicated processor alongside the robot's motion control. For heavier workloads, the high-performance computing module of the H2 EDU extends up to a Jetson AGX Thor rated at 2070 TOPS. On the SMART M, the PC3 position is empty when the robot is delivered and can be upgraded to one Nvidia Jetson Thor. This is the choice to make when vision-language models, learned manipulation policies or real-time perception are meant to run on the robot rather than on a tethered workstation.

Wi-Fi 6 and Bluetooth 5.2 handle wireless links to operators and development machines. If your datasets or models place particular demands on memory and storage, raise the point with us early so that it can be settled in the quotation.

Who is the Unitree H2 EDU SMART M Humanoid Robot for?

The clearest fit is a research group whose questions are about hands. This includes laboratories working on dexterous grasping, in-hand manipulation and tactile or force-aware control, where 20 degrees of freedom per hand and control at 1,000 Hz are the point of the purchase. Robot-learning teams form a second group. Wrist cameras and a full-size body let them collect demonstrations and train policies on a machine whose proportions match the human environments in which the policies will eventually run.

Universities and technical institutes building embodied-AI programmes will value the open development path. Secondary development is supported, and a dedicated development computer means students write code for the robot rather than around it. Industrial research and innovation centres in the region can use the SMART M to evaluate whether humanoid manipulation is ready for a given assembly, handling or inspection task before committing to a wider programme.

Buyers who need the H2 EDU body but not a high-DoF hand should compare the other versions in the Unitree H2 EDU range, including the H2 EDU STANDARD. Teams weighing a different hand package can review the Unitree H2 EDU SMART A Humanoid Robot alongside this configuration. We are glad to set the options side by side in one quotation.

What is the Unitree H2 EDU SMART M Humanoid Robot used for?

1. Dexterous manipulation research: studying grasp planning, finger coordination and in-hand reorientation on a full-size humanoid.
2. Robot-learning data collection: recording demonstrations with wrist-level vision to train and test imitation and reinforcement-learning policies.
3. Embodied AI on the robot: running perception and decision models locally once the optional Jetson Thor is fitted.
4. Human-robot interaction studies: using the array microphones and speaker for spoken dialogue combined with gesture and object hand-over.
5. Industrial task evaluation: testing whether a humanoid can handle real parts, tools and fixtures before automation decisions are taken.
6. Teaching and demonstration: giving engineering and computer-science students a programmable humanoid for coursework, projects and outreach.

Pricing and Availability

Robots Middle East supplies the Unitree H2 EDU SMART M Humanoid Robot on quotation, because the final configuration, including the optional PC3 computing upgrade, shapes what is supplied. Delivery, customs clearance and after-sales support are arranged with the quotation, so you receive one clear proposal for your site. Tell us about your application, your preferred computing configuration and your timetable, and our team will respond with a tailored offer. The request form for the Unitree H2 EDU SMART M Humanoid Robot is available on this page.

Frequently Asked Questions

How many degrees of freedom does each Wuji hand have?

Each Wuji Dextrous Hand 2 has 20 DoF. The hands use hybrid force-position control running at 1,000 Hz across 20 axes.

Where are the cameras on the SMART M?

Each hand has a wrist-mounted RGB camera. The robot's main vision sensor is a wide-angle humanoid binocular camera.

How long does the battery last?

The H2 EDU battery is rated at 15 Ah (0.972 kWh), with a battery life of approximately 3 h.

Is the Nvidia Jetson Thor included?

On the SMART M, the PC3 position is empty by default. An upgrade to one Nvidia Jetson Thor is available as an option, which we can include in your quotation.

Can we develop our own software for the robot?

Yes. The H2 EDU supports secondary development and provides a PC2 computer with an Intel Core i7 dedicated to custom development.

How much can the arms carry?

The maximum arm payload is a peak of about 15 kg, with a nominal figure of about 7 kg.

Where can I buy the Unitree H2 EDU SMART M Humanoid Robot and what does it cost?

You can buy it from Robots Middle East, which supplies and supports it across the Middle East. The cost depends on the configuration and options you choose, so we provide it in a tailored quotation that you can request on this page.

Summary

The Unitree H2 EDU SMART M Humanoid Robot brings two very different scales together in one machine. It has a body tall and strong enough to work in spaces built for people, and hands fine enough to make manipulation itself the subject of research. The H2 EDU platform supplies the walking, the arm strength and the development computing. The Wuji Dextrous Hand 2 units, with their wrist cameras and fast hybrid control, supply the detail at the point of contact, and the empty PC3 bay leaves room to grow into on-board AI. For laboratories and development teams across the Middle East planning work that ends at the fingertips, this page is the starting point.