Unitree H2 Plus ULTIMATE-M Humanoid Robot

Unitree's H2 line runs to a long list of versions, and on these robots the letter at the end of the name says more than the body above it. Every H2 Plus stands at the same height and carries the same 31 joint motors in its frame. What changes from one suffix to the next is what the robot holds and how it thinks. The Unitree H2 Plus ULTIMATE-M Humanoid Robot is the version in which those two choices lead: Wuji 5-finger hands at the ends of the arms, an NVIDIA Jetson Thor module in the high-compute slot, and a total of 43 degrees of freedom across the configuration. For a team that wants a humanoid to touch, grasp and reason rather than only to walk, the suffix is the specification that matters.

Robots Middle East supplies the Unitree H2 Plus ULTIMATE-M Humanoid Robot to universities, research institutes, system integrators and corporate innovation teams across the Middle East. We prepare each quotation against the exact configuration requested, arrange delivery to the customer's site, and remain the point of contact for support once the robot is in service, so that a programme in the region deals with a single accountable supplier from enquiry to deployment.

Background

Unitree Robotics and the full-size humanoid

Unitree Robotics built its reputation on legged machines that research groups could actually buy, programme and maintain, and it has carried that approach into humanoids. The H2 family is its full-size line, sized to work in spaces designed for people: corridors, workbenches, shelving and doorways. Rather than offer one fixed product, Unitree offers the H2 as a platform with a series of configurations, from the base H2 and the EDU Standard through the H2 Plus Standard and SMART to a run of lettered ULTIMATE versions. The body is shared; the hands, computers and development features are what distinguish one version from another. Buyers can browse the whole range in the Unitree H2 Plus category.

Positioning: dexterity and on-board AI compute

The H2 Plus generation is built on NVIDIA Isaac GROOT, NVIDIA's framework for humanoid robot foundation models, and it adds a perception package of a head-mounted wide-field-of-view stereo camera, wrist cameras and an IMU. Wrist cameras matter for manipulation: they let the robot observe its own hands at close range while it reaches and grips. The ULTIMATE-M builds on that foundation by pairing the Wuji 5-finger hands with an NVIDIA Jetson Thor in the dedicated high-compute position. The result is a configuration aimed squarely at embodied AI research, where models trained on demonstration data need both a capable hand to act through and enough on-board compute to run.

Technical Specifications

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

The manufacturer has not published the walking speed, the ingress protection rating, the operating system, the specifications of the Wuji hands, the runtime in this configuration or the contents of the box; each of these is confirmed at quotation.

What does the ULTIMATE-M configuration add to the H2 Plus body?

The H2 series body carries 31 joint motors, and the ULTIMATE-M configuration as a whole has 43 degrees of freedom. That difference is the clearest sign of where this version spends its effort: at the extremities, where the Wuji 5-finger hands give the robot a human-like grasp rather than a simple gripper. A five-fingered hand opens a different class of task, from handling tools and small components to the in-hand adjustments that make manipulation research interesting.

The second addition is compute. The PC3 position holds a single Nvidia Jetson Thor, NVIDIA's high-end module for robotics and physical AI, placed alongside the platform's own processors rather than replacing them. On a humanoid, local compute decides how much of the perception and policy stack can run on the robot itself instead of on a tethered workstation, which in turn shapes how freely the robot can move around a test environment. Combined with the wrist cameras and the Isaac GROOT foundation of the H2 Plus, the ULTIMATE-M is arranged so that seeing, deciding and grasping can all happen on board.

Why does a humanoid need four computer slots?

The answer lies in how Unitree divides responsibility. PC1, an Intel Core i5, is reserved for platform functions: the work that keeps the robot balanced, coordinated and safe. PC2, an Intel Core i7, is set aside for user development, so that a research team's own code does not compete with the controller that keeps the machine upright. PC3 carries the Jetson Thor for AI workloads. This separation is good engineering practice for any robot that will run experimental software, because a fault in a new policy should never disturb the core motion system.

The fourth slot, PC4, is empty in this version. Unitree offers an optional paid upgrade to a further Intel Core i7, which gives teams the choice of adding general-purpose capacity later, for example to host data logging, simulation bridges or additional development services. Robots Middle East can include that upgrade in a quotation where a project calls for it.

Who is the Unitree H2 Plus ULTIMATE-M Humanoid Robot for?

The clearest fit is a research group working on dexterous manipulation or embodied AI: laboratories that collect demonstration data, train policies and need a full-size robot whose hands can carry out what the model has learned. University departments in robotics, mechanical engineering and computer science will find in it a platform for doctoral and postgraduate work that demands real-world validation beyond simulation. Corporate innovation and R&D teams evaluating humanoids for future roles in logistics, manufacturing or service settings can use it to test task feasibility in their own facilities. System integrators building demonstrators for clients across the region benefit from the separation of platform and user computing, which keeps application development contained.

Not every buyer needs this particular combination of hands and compute. Teams whose programme centres on locomotion, teaching or a different end effector should compare the other configurations before deciding, among them the Unitree H2 Plus Standard Humanoid Robot, the Unitree H2 Plus SMART Humanoid Robot and the Unitree H2 Plus ULTIMATE A Humanoid Robot. Robots Middle East will set the configurations side by side in a quotation so that the choice rests on the project's requirements.

What is the Unitree H2 Plus ULTIMATE-M Humanoid Robot used for?

1. Dexterous manipulation research: studying grasping, in-hand manipulation and tool use with a five-fingered hand on a full-size body.
2. Embodied AI and foundation models: developing and deploying humanoid policies on a platform built on NVIDIA Isaac GROOT.
3. Imitation and demonstration learning: collecting task data and testing learned behaviour with on-board Jetson Thor compute.
4. University teaching and postgraduate projects: giving students a real humanoid on which to validate control and perception work.
5. Industrial task evaluation: trialling pick, place and handling tasks in spaces designed for human workers.
6. Human-robot interaction studies: exploring voice and gesture interaction using the array microphones, speakers and stereo vision.

Pricing and Availability

The cost of the Unitree H2 Plus ULTIMATE-M Humanoid Robot depends on the final configuration, including any upgrade to the PC4 slot, together with the accessories and services a project requires, which is why Robots Middle East works by quotation. Delivery, customs clearance and after-sales support are arranged with the quotation, so that the full scope is agreed before an order is placed. To begin, send us your intended application and site details through the quotation request available on this page.

Frequently Asked Questions

How many degrees of freedom does the ULTIMATE-M have?

The ULTIMATE-M configuration has 43 degrees of freedom in total. The H2 series body itself carries 31 joint motors.

Which hands are fitted to this version?

The ULTIMATE-M is fitted with Wuji 5-finger hands, which give the robot a human-like grasp for manipulation work.

What computing hardware does the robot carry?

PC1 is an Intel Core i5 for platform functions, PC2 an Intel Core i7 for user development, and PC3 a single Nvidia Jetson Thor high-compute module. PC4 is empty, with an optional paid upgrade to an Intel Core i7.

Which sensors does the H2 Plus use?

The H2 Plus carries a head-mounted wide-field-of-view stereo camera, wrist cameras and an IMU. Array microphones and high-power speakers provide voice interaction.

What software platform is it built on?

The H2 Plus is built on NVIDIA Isaac GROOT, NVIDIA's framework for humanoid robot foundation models.

How large and heavy is the robot?

The H2 series measures 1820 x 456 x 218 mm standing and weighs approximately 70 kg with its battery.

Where can I buy the Unitree H2 Plus ULTIMATE-M Humanoid Robot and what does it cost?

Robots Middle East supplies the robot across the Middle East and prices it by quotation according to configuration and project scope. Submit a request on this page and we will prepare a quotation covering delivery, customs and support.

Summary

Across the H2 range the body stays constant, and the suffix decides what the robot is for. In the ULTIMATE-M, that decision favours the hand and the mind: Wuji 5-finger hands, wrist cameras that watch them work, and an Nvidia Jetson Thor running alongside separate computers for the platform and for the user's own development. It is a configuration for teams who intend to teach a humanoid to handle the physical world, not merely to cross it. For research groups, universities and integrators in the region planning that kind of work with Robots Middle East, this page is the starting point.