Unitree R1-A7-D Ultimate G Humanoid Robot

Cameras have taught robots a great deal about where things are, and very little about how those things feel once they are held. The Unitree R1-A7-D Ultimate G Humanoid Robot closes part of that gap. It pairs a binocular sensor head and two seven-joint arms with LinkerBot O6 Tactile hands, places the whole torso on a wheeled base with a powered lifting column, and carries Orin NX compute rated at 100 TOPS so that vision-language-action models and learned policies can run on the robot itself rather than on a tethered workstation. The result is a platform that can sense contact, move to the task and act on what it learns within one chassis.

Robots Middle East supplies the Unitree R1-A7-D Ultimate G Humanoid Robot to universities, research institutes, innovation centres and industrial teams across the Middle East. Robots Middle East prepares the quotation for this configuration, arranges delivery to your site and provides the after-sales support that follows commissioning, so that your team deals with a single regional partner from the first enquiry to the first experiment.

Background

Unitree and the R1 manipulation platform

Unitree Robotics is known for legged and humanoid robots that have brought advanced locomotion and manipulation hardware within reach of research groups and developers. The R1 family applies that experience to dual-arm manipulation. The R1-A7 is the version with seven degrees of freedom in each arm, a rotating waist and a 2-DoF sensor head. It exists as a desk-mounted torso and as the R1-A7-D, in which the same upper body sits on a wheeled mobile base with a lifting column and a chassis LiDAR. Every configuration in the range is open for secondary development, which is why the platform is chosen by teams who intend to write their own control and learning software.

Where the Ultimate G sits in the range

Within the R1-A7-D, configurations are distinguished by compute tier and by the hands fitted. The Ultimate tier adds Orin NX compute for onboard VLA and policy inference, and it is offered with the same hand options as the rest of the range. The Ultimate G combines that compute with LinkerBot O6 Tactile hands. This makes it the configuration for work in which the sense of touch is part of the data: grasp quality, slip, contact force and the fine adjustments a hand makes once an object is already in its fingers.

Technical Specifications

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

The manufacturer has not published the IP rating, the operating temperature range, the top speed or the charging time; these are confirmed at quotation.

What do the tactile hands and 100 TOPS compute add?

A manipulation platform is usually limited by one of two things: what it can perceive at the moment of contact, or how quickly it can turn perception into action. The Ultimate G addresses both. The LinkerBot O6 Tactile hands give the robot a channel of information that the head camera cannot provide, because the camera loses sight of an object as soon as the fingers close around it. Tactile feedback continues where vision stops, and it is precisely that signal which research into dexterous grasping, in-hand adjustment and safe handling of delicate objects depends upon.

The Orin NX compute rated at 100 TOPS matters because modern manipulation research increasingly relies on learned models rather than hand-written motion scripts. Running vision-language-action models and trained policies on board means the robot does not need a cable or a constant wireless link to an external GPU in order to act. On a mobile base that is a practical advantage: the robot can drive to a workstation and execute a policy there, with the standard body and head processors of the R1-A7 series handling the remaining system tasks.

The arms complete the picture. Seven degrees of freedom per arm give redundancy, so the hand can approach an object from several angles while the elbow avoids an obstacle. End-clamp repeatability of ±0.1 mm (±0.004 in) supports repeatable experiments, and dual encoders on the arm joints give the control software a clear picture of where each joint actually is.

How does the R1-A7-D differ from the desk-mount R1-A7?

The upper body is shared, but the mobile base changes how the robot is used. The desk-mount R1-A7 has 19 total degrees of freedom and a waist yaw of ±150°, which suits a fixed cell where the robot turns to reach work placed around it. The R1-A7-D brings the total to 22 degrees of freedom with its wheeled chassis, and its waist yaw is ±35°, because the base itself now repositions the torso. The powered lifting column takes the robot from a collapsed footprint of 683 x 520 x 440 mm (26.9 x 20.5 x 17.3 in) up to 1,600 mm (63 in), letting the arms work at a low shelf, a desk or a counter, and the chassis LiDAR supports navigation between those places. The trade-off is a battery runtime of about 1.5 hours, which suits session-based laboratory work and demonstrations with planned charging breaks.

Who is the Unitree R1-A7-D Ultimate G Humanoid Robot for?

The first audience is the university or institute laboratory working on embodied AI, imitation learning or dexterous manipulation, where tactile data and onboard inference are central to the research question rather than optional extras. The second is the corporate innovation team assessing how a mobile humanoid torso might handle tasks in a warehouse mock-up, a service environment or a retail setting, and which wants a platform that its own engineers can programme through secondary development. The third is the technical education programme that needs one robot able to teach perception, navigation, arm control and machine learning in a single course.

Not every team needs tactile hands. Groups whose work centres on grasp planning with simpler end effectors, or on navigation and arm control alone, may be better served by another configuration in the R1-A7-D Ultimate range, which pairs the same compute tier with different hand options, such as the Unitree R1-A7-D Ultimate A Humanoid Robot. Teams that do not require Orin NX inference on board can compare the Unitree R1-A7-D Smart C Humanoid Robot and the wider Unitree R1-A7-D family, while those working entirely at a fixed bench may prefer the desk-mount R1-A7.

What is the Unitree R1-A7-D Ultimate G Humanoid Robot used for?

1. Tactile grasping research – studying grip stability, slip detection and contact-rich handling with sensing in the fingers.
2. Onboard policy deployment – running vision-language-action models and trained policies directly on the robot.
3. Demonstration data collection – recording paired vision and touch data for imitation learning datasets.
4. Mobile manipulation trials – moving between workstations and adjusting working height with the lifting column.
5. Robotics teaching – giving students one platform for perception, navigation, control and machine learning.
6. Service and logistics prototyping – testing fetch, place and handover tasks in mock-up environments before wider deployment.

Pricing and Availability

Robots Middle East supplies this configuration by quotation, so that the offer reflects the exact hand option, compute tier and any accessories or development support your project requires. Delivery, customs clearance and after-sales support are arranged together with the quotation. Please share your intended application and site details, and our team will prepare an offer accordingly; the request for a quotation for the Unitree R1-A7-D Ultimate G Humanoid Robot is available on this page.

Frequently Asked Questions

Which hands are fitted to the Ultimate G configuration?

The Ultimate G is fitted with LinkerBot O6 Tactile hands, which provide touch sensing at the point of contact.

What compute does the Ultimate G carry?

It carries Orin NX compute rated at 100 TOPS for onboard VLA and policy inference, alongside the standard processors of the R1-A7 series.

How tall can the robot become?

From its collapsed footprint of 683 x 520 x 440 mm (26.9 x 20.5 x 17.3 in), the powered lifting column raises it to 1,600 mm (63 in).

How much can each arm carry?

Each arm handles 2 to 4 kg (4.4 to 8.8 lb), with the figure varying considerably according to arm extension.

How long does it run on battery?

The battery provides about 1.5 hours of operation, which suits session-based work with planned charging breaks.

Can we develop our own software for it?

Yes. Every configuration of the platform is open for secondary development, so your team can build its own control, perception and learning software.

Where can I buy the Unitree R1-A7-D Ultimate G Humanoid Robot and what does it cost?

You can buy it from Robots Middle East, which supplies it across the Middle East. The cost depends on the configuration and services you require and is set out in a tailored quotation, which you can request from this page.

Summary

Most manipulation platforms see well and feel little. The Unitree R1-A7-D Ultimate G Humanoid Robot brings touch into the loop through LinkerBot O6 Tactile hands, gives the robot the Orin NX compute to act on that information without an external workstation, and sets the whole system on a lifting wheeled base so the experiment can happen wherever the task is. For laboratories and innovation teams in the Middle East that want vision, touch and mobility in one programmable platform, supplied and supported by Robots Middle East, this page is the starting point.