Unitree H2-D Ultimate I Humanoid Robot

Fixed automation is quick to justify and slow to change. A cell built around one product becomes a constraint the moment the product, the line or the layout moves, and the investment stays bolted where it was first installed. The Unitree H2-D Ultimate I Humanoid Robot takes the opposite approach. Instead of a single arm anchored to a bench, it offers the upper body of a humanoid: two force-controlled arms, a vertical lift, a pitching waist and cameras at the head and wrists. It belongs to an H2-D family available on a fixed base or a wheeled mobile base, so manipulation capability can be placed where the work is today and moved when the work changes.

Robots Middle East supplies the Unitree H2-D Ultimate I Humanoid Robot to industrial, research and integration customers across the Middle East. Robots Middle East prepares each quotation for the configuration you require, arranges delivery to your site and provides support after installation, so that the robot arrives ready for evaluation, development or deployment.

Background

Unitree Robotics and the H2 series

Unitree Robotics is known for legged robots and humanoid platforms that have become common in research laboratories, universities and development teams. The H2-D belongs to Unitree's larger H2 series and borrows the upper body of the H2, pairing it with a base designed for industrial work rather than walking. The result keeps what makes a humanoid useful at a workstation, namely two arms working together at human proportions, while removing the complexity of balance on two legs. The main structure combines aerospace-grade aluminium, titanium alloy and high-strength engineering plastics, materials chosen to keep a load-bearing frame rigid without unnecessary mass.

Wheeled mobile manipulation and force control

Unitree describes the H2-D as a wheeled dual-arm humanoid built to redefine industrial mobile manipulation. Mobile manipulation is the discipline of combining a moving base with arms that handle objects, so that a single robot can travel to a task, adjust its posture and work there. On the Mobile Base version, highly integrated force-controlled joints support omnidirectional mobility, vertical lift and body pitch, keeping the platform stable in confined, complex environments. Force control matters because it allows the arms to sense contact and respond to it, which is essential for insertion, assembly and handling tasks where a rigid, position-only robot would either jam or damage the part.

Technical Specifications

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

The manufacturer has not published the hand model fitted to the Ultimate I package, the total degrees of freedom including hands, the dimensions, the IP rating, the operating temperature range or the contents of the box; these details are confirmed at quotation.

What is the difference between the H2-D Fixed Base and the Mobile Base?

Both versions share the same upper body. Each arm has 7 degrees of freedom, the peak arm payload is ~15 kg with a rated payload of ~7 kg, single-arm reach is ~0.62 m and both weigh 135 kg including the battery. The cameras, the compute, the connectivity and the end-effector options are identical. The difference lies beneath the waist.

The Fixed Base is described by Unitree as a precision dual-arm workstation with 19 degrees of freedom and 24/7 direct-power operation. It suits tasks that stay in one place: a test bench, an assembly station or a laboratory cell where continuous running matters more than travel.

The Mobile Base adds one degree of freedom, for 20 in total, and a dual-wheel differential chassis that turns through 360°. It reaches 1.5 m/s with a turning diameter of ~0.75 m, and it carries LiDAR, a depth sensor, two collision sensors and two ultrasonic sensors to perceive its surroundings. Its 48V / 30Ah (1.44 kWh) battery provides ~5 h of operation and can be replaced or recharged automatically. For work that moves between stations, this is the version that brings the arms to the task.

How does the H2-D adapt to different working heights?

A two-armed robot is only useful if its hands arrive at the right height. The H2-D addresses this with a vertical lift offering 0.5 m of travel at 200 mm/s, combined with a waist that pitches from 0° to 115°. Together they allow the upper body to rise to a shelf, lean over a conveyor or bend towards a low fixture without repositioning the base. The head overview camera frames the scene while the two wrist HD cameras give close views of the part being handled, which supports both teleoperation and vision-guided autonomy. Compute is split between an Intel i5 for the platform and an Intel i7 for custom development, with high-power compute modules such as Thor available as options for heavier perception or learning workloads.

Who is the Unitree H2-D Ultimate I Humanoid Robot for?

The first segment is industrial integrators and manufacturers exploring flexible automation. Teams that want to test dual-arm handling, kitting or machine tending without committing to a permanent cell will find the combination of lift, waist pitch and wheeled mobility a practical basis for pilots.

The second segment is research groups in robotics, embodied AI and manipulation learning. Secondary development is supported through an SDK, intelligent OTA updates keep the software current, and the optional high-power compute modules give room for demanding models. Universities and national research programmes across the region can use the platform to study bimanual manipulation on a body that resembles real deployment conditions.

The third segment is laboratories and test facilities where the task stays put but must run continuously; for these, a Fixed Base configuration within the Unitree H2-D range is the natural choice. Buyers comparing hand and package options can review the wider H2-D Ultimate category, which includes packages such as the Unitree H2-D Ultimate A Humanoid Robot, and confirm with Robots Middle East which package matches the end-effector and compute they require.

What is the Unitree H2-D Ultimate I Humanoid Robot used for?

1. Mobile manipulation: travelling between workstations and handling parts at each one with both arms.
2. Assembly and insertion: using force-controlled arms to fit components where contact must be sensed and managed.
3. Machine tending: loading and unloading equipment at varying heights with the lift and waist pitch.
4. Embodied AI research: collecting manipulation data and training policies on a humanoid upper body.
5. Teleoperation and demonstration: guiding the arms remotely with head and wrist camera views.
6. Laboratory automation: running repetitive bench tasks continuously in a fixed workstation setting.

Pricing and Availability

The H2-D Ultimate I is supplied by quotation, because the final package depends on the base, the end-effector, the compute options and the software support you select. Delivery, customs clearance and after-sales support are arranged with the quotation, so the documentation reflects the complete project rather than the robot alone. Robots Middle East confirms the exact configuration and datasheet with you before any commitment. To begin, the request for a quotation from Robots Middle East is available on this page.

Frequently Asked Questions

Is the Unitree H2-D Ultimate I a walking humanoid?

No. The H2-D is a wheeled dual-arm humanoid that borrows the upper body of the H2 and places it on a fixed or mobile base for industrial manipulation.

How much can each arm lift?

Each arm has a peak payload of ~15 kg and a rated payload of ~7 kg, and each offers 7 degrees of freedom.

How long does the Mobile Base operate on one battery?

The Mobile Base carries a 48V / 30Ah (1.44 kWh) battery providing ~5 h of operation. The battery is replaceable and the robot supports automatic charging.

Which hands can be fitted?

End-effector options include a 2-finger gripper and 3- or 5-finger dexterous hands. The specific hand supplied with the Ultimate I package is confirmed at quotation.

Can I develop my own applications?

Yes. Secondary development is supported through an SDK, an Intel i7 is provided for custom development and high-power compute modules such as Thor are available as options.

What sensors help the Mobile Base navigate?

The chassis carries one LiDAR, one depth sensor, two collision sensors and two ultrasonic sensors, alongside the head overview camera and two wrist HD cameras.

Where can I buy the Unitree H2-D Ultimate I Humanoid Robot and what does it cost?

You can buy it from Robots Middle East, which supplies customers across the Middle East. The cost depends on the configuration and is set out in a quotation prepared for your project.

Summary

Automation that cannot move eventually becomes an obstacle, and the Unitree H2-D Ultimate I Humanoid Robot is designed to avoid that fate. It combines two force-controlled 7-DOF arms, a lift with 0.5 m of travel, a waist pitching through 115° and a choice between a fixed workstation and a wheeled base reaching 1.5 m/s. Developers gain an SDK, OTA updates and room for more compute; integrators gain a platform that can follow the work rather than wait for it. For buyers in the Middle East who want a manipulation capability that adapts as their operations change, a conversation with Robots Middle East on this page is the starting point.