Unitree R1-A7-D Ultimate F Humanoid Robot

A parallel gripper closes; a hand shapes itself around what it holds. That difference decides which experiments a manipulation laboratory can run, and it is the reason the Unitree R1-A7-D Ultimate F Humanoid Robot exists as a configuration of its own. It takes Unitree's wheeled R1-A7-D platform and pairs it with LinkerBot O6 six-DoF hands and 100 TOPS of compute. The machine that rolls up to a shelf therefore arrives with fingers rather than jaws, and with enough onboard processing to make use of them.

Robots Middle East supplies the Unitree R1-A7-D Ultimate F to universities, research institutes, innovation centres and system integrators across the Middle East. Robots Middle East prepares each quotation to the customer's requirements, arranges delivery to the customer's site and remains the point of contact for technical support once the robot is in service.

Background

Unitree Robotics and the R1 family

Unitree Robotics is best known for its legged robots, quadrupeds and humanoids that have become familiar tools in research and education. The R1 family takes a different direction. It is a dual-arm manipulation platform, and the sources name several versions: the R1-A5 and R1-A7, and the mobile R1-A5-D and R1-A7-D. The A7 designation marks the version with seven degrees of freedom per arm. The D suffix marks the mobile base: the same torso is mounted on a wheeled chassis with a powered lifting column and a chassis LiDAR, so the robot can move about a laboratory and work at varying heights. It does not walk. Its engineering effort goes into the arms, the waist, the sensor head and the base that carries them.

Where the Ultimate F sits in the line-up

Within the R1-A7-D, the lettered configurations are distinguished above all by the end effector. Unitree's options run from Dex1-1 V2 grippers (A) to Dex3-1 three-finger force-controlled hands (B/C), BrainCo Revo 2 bionic hands (D/E), LinkerBot O6 six-DoF hands (F/G) and tendon-driven dexterous hands (H). The Ultimate F combines the LinkerBot O6 hands with 100 TOPS of compute. For a buyer, this means the decision is less about the body, which is shared across the R1-A7-D configurations, and more about how the robot touches the world and how much processing it carries to interpret what it senses.

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, the IP rating, the operating temperature range, the charging time, the battery capacity or the contents of the box; these are confirmed at quotation.

What do the LinkerBot O6 hands add over a gripper configuration?

A two-jaw gripper is dependable and simple to programme, but it reduces every object to a single question: open or closed. A hand with six degrees of freedom allows the fingers and thumb to take different positions, so the same robot can attempt a pinch, a wrap around a cylinder or a grasp that adapts to an irregular shape. For research groups studying dexterous manipulation, teleoperation or learning from demonstration, that range of hand postures is the subject of the work rather than an accessory to it.

The rest of the platform is built to let the hands perform. The arms provide seven degrees of freedom each, which gives the controller more than one way to bring a hand to the same point and orientation, useful when the direct path is blocked. The arm joints carry dual encoders and the R1-A7 torso is specified at an end-clamp accuracy of ±0.1 mm, so the hands start each grasp from a well-known position. The 100 TOPS of compute in this configuration gives the team onboard capacity for the perception and control models that multi-finger grasping tends to require.

Why choose a wheeled humanoid that does not walk?

Walking is a demanding research field in its own right, and a laboratory that wants to study grasping does not always want to manage balance at the same time. The R1-A7-D answers that by setting the torso on a wheeled chassis. The chassis LiDAR supports navigation around a room, and the powered lifting column raises the torso from a compact collapsed height to 1,600 mm, so the robot can reach a low drawer, a bench top or a higher shelf without being repositioned by hand. The waist yaw of ±35° and the head's range of ±115° in yaw and ±36° in pitch let the robot look and turn towards its task while the base stays put.

The practical result is a manipulation platform that brings itself to the work. Combined with the removable chassis battery and the option of an external supply, it suits sessions that move between stations and longer sessions held at a single bench alike.

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

The Ultimate F is intended first for research groups whose questions concern the hand: dexterous grasping, in-hand manipulation, tactile and visual feedback, and the collection of demonstration data for embodied AI. University laboratories and national research institutes in the region will find a platform that is ready for secondary development, so their own controllers and models can run on it rather than around it.

System integrators evaluating mobile manipulation for logistics, retail or laboratory automation form a second group, using the robot to prototype tasks before committing to a production design. Innovation centres and advanced teaching programmes are a third, where a humanoid with articulated hands makes the principles of robotics tangible for students.

Not every project needs fingers. Teams that value robust, simple grasping may be better served by the Unitree R1-A7-D Ultimate A Humanoid Robot with Dex1-1 V2 grippers. Those working on force-controlled three-finger manipulation should consider the Unitree R1-A7-D Ultimate B Humanoid Robot with Dex3-1 hands, and those interested in bionic hands the Unitree R1-A7-D Ultimate D Humanoid Robot with BrainCo Revo 2 hands. The full set of configurations can be compared in the R1-A7-D Ultimate range and across the wider Unitree R1-A7-D family.

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

1. Dexterous manipulation research: studying grasp types and finger coordination with articulated hands.
2. Embodied AI data collection: recording demonstrations to train and test manipulation policies.
3. Teleoperation studies: mapping a human operator's hand and arm movements onto the robot.
4. Mobile manipulation prototyping: testing pick-and-place tasks that span several workstations and heights.
5. Human–robot interaction: using the microphone array, speakers and sensor head for spoken and visual exchanges.
6. Teaching and demonstration: giving students and visitors a working example of a modern humanoid platform.

Pricing and Availability

The Unitree R1-A7-D Ultimate F is supplied on quotation, so that the configuration, software requirements and site conditions of each project are taken into account. Robots Middle East arranges delivery, customs clearance and technical support together with the quotation. To begin, please share your intended application and delivery location; the quotation request is available on this page.

Frequently Asked Questions

Does the Unitree R1-A7-D Ultimate F walk?

No. It moves on a wheeled chassis with a powered lifting column and a chassis LiDAR for navigation.

Which hands does the Ultimate F use?

The Ultimate F is fitted with LinkerBot O6 six-DoF hands and is paired with 100 TOPS of compute.

How tall can the robot work?

The lifting column raises the R1-A7-D to 1,600 mm (63 in) from a collapsed size of 683 x 520 x 440 mm.

How is the robot powered?

A removable chassis battery is standard, rated at about 1.5 hours, and an external supply can also be used.

Can we develop our own software for it?

Yes. The platform offers full secondary development support, so research teams can run their own control and learning software.

How does it connect to our network?

The robot provides Wi-Fi 6 and Bluetooth 5.2.

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

Robots Middle East supplies it across the Middle East on quotation. The cost depends on the configuration and project requirements, and a tailored quotation can be requested on this page.

Summary

The gap between a gripper that closes and a hand that shapes itself is the gap the Unitree R1-A7-D Ultimate F is designed to cross. It keeps the R1-A7-D's practical strengths, a wheeled base, a lifting column, seven-DoF arms and a turning waist and head, and gives them LinkerBot O6 hands and 100 TOPS of compute so that the grasp itself becomes the field of study. For laboratories and integrators across the Middle East who want a mobile platform for dexterous manipulation, supplied and supported by Robots Middle East, this page is the starting point.