Unitree R1-A7 Smart F Humanoid Robot

A robot that never leaves its bench has no need of legs, but it does need a long power lead, a good pair of eyes and, above all, a capable pair of hands. The Unitree R1-A7 Smart F Humanoid Robot is built around that trade. It gives up walking entirely and instead concentrates its engineering on two seven-jointed arms, a waist that turns through a wide arc and a sensor head that tilts down towards the work surface, with LinkerBot O6 Hands fitted at the ends of the arms. For a laboratory whose questions concern grasping, handling and two-handed coordination rather than balance, that is a very deliberate kind of focus.

Robots Middle East sells the Unitree R1-A7 Smart F and supplies it to universities, research institutes, integrators and corporate innovation teams across the Middle East. Robots Middle East prepares each quotation for the configuration you require, arranges delivery to your site and provides support once the robot is in service, so that one regional partner remains responsible from the first enquiry to the first experiment.

Background

Unitree and the R1-A7 platform

Unitree Robotics is known for legged and humanoid robots, and the R1 family extends that work into dedicated manipulation. The R1-A7 is the seven-degrees-of-freedom-per-arm version of Unitree's dual-arm manipulation platform. Unitree is candid about what it is: a torso, not a humanoid, and one that does not walk. The family includes a desk-mount R1-A7, a mobile-base R1-A7-D with a wheeled chassis, a series of lettered Smart configurations and the related R1-A5. The wider range can be browsed in the Unitree R1 category, and the seven-axis models are grouped under Unitree R1-A7.

Where the Smart F sits

Within that family, the Smart F is defined by its end effectors: the configuration is listed as R1-A7 Smart F – LinkerBot O6 Hands. Smart configurations also carry onboard NVIDIA compute, rated at 40 or 100 TOPS, for running your own perception and policy models on the robot itself. Every configuration supports secondary development, with development manuals and ecosystem support. The result is a platform for teams that intend to write their own software rather than simply operate a finished appliance.

Technical Specifications

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

Unitree has not published the top speed, the IP rating, the operating temperature range, the list of included accessories or the battery capacity; these are confirmed at quotation.

Why choose a dual-arm torso instead of a walking humanoid?

A walking humanoid spends a considerable share of its mass, power and control effort simply staying upright. For research that is centred on manipulation, that effort adds cost and complexity without contributing to the experiment. The R1-A7 removes the problem: it is a torso that stays where it is placed, on a bench, a table or inside a test cell, so every joint is available for the task in front of it.

That stability shows in the figures Unitree publishes. Each arm offers seven degrees of freedom and 555 mm of reach, the shoulder delivers up to 60 Nm of torque, and the end clamp repeats to ±0.1 mm. A waist yaw of ±150° on the desk-mount lets the robot work across a wide arc of bench without being repositioned, while the head turns ±115° and pitches ±36° to keep the work in view. Unitree also states that the payload of 2 to 4 kg per arm changes considerably with arm extension, which is the kind of plain guidance that makes experiment planning easier.

Power follows the same logic. On battery the desk-mount runs for about 1.5 hours, but both versions also run on external power, which is how most benchtop work is done. A fixed workstation on mains power can run long data-collection sessions without battery changes interrupting the schedule.

What does the Smart F configuration add to the R1-A7?

The base R1-A7 defines the arms, waist, head and joints; the Smart F defines what the arms hold and how much computing the robot can bring to bear. Its distinguishing element is the pair of LinkerBot O6 Hands. For a manipulation platform, the choice of hand largely determines which objects can be handled, which grasps can be studied and what kind of demonstration data can be recorded, so a configuration that arrives with its hands specified spares the buyer a separate selection and integration exercise.

The second addition is onboard NVIDIA compute. The standard R1-A7 already carries an 8-core CPU in the body and an 8-core CPU with 10 TOPS in the head. Smart configurations add NVIDIA compute at 40 or 100 TOPS, so perception and policy models can run on the robot rather than on a tethered workstation. The specific compute level supplied with your Smart F is stated in the quotation.

The remainder of the platform is shared. The binocular head camera records RGB at 1280 x 720 at 30 Hz and depth at 544 x 448 at 10 Hz, wrist cameras are optional, and a 4-array microphone with dual 3 W speakers supports voice interaction. Wi-Fi 6 and Bluetooth 5.2 handle wireless connectivity. Internally, crossed-roller and deep-groove ball bearings, hollow wiring, dual encoders on the arm joints and local air cooling point to a mechanism designed for sustained, repeatable motion.

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

The Smart F suits research groups whose work depends on dexterous hands: grasp planning, in-hand manipulation, bimanual coordination and the collection of demonstration data for learned policies. Because the hands and onboard compute arrive together, it is particularly well matched to teams that want to move quickly from installation to experiments.

University departments will find it a practical teaching platform for robot kinematics, perception and machine learning, since secondary development is supported with manuals and ecosystem resources. Integrators and corporate innovation teams can use it to prototype benchtop handling processes before committing to a production cell, and organisations exploring service robotics can make use of the voice hardware for interaction studies.

Buyers who plan to fit their own end effectors, or who simply need the arms and sensor head without specified hands, may prefer the Unitree R1-A7 Fixed Base Dual-Arm Humanoid Robot. Other lettered configurations such as the Unitree R1-A7 Smart A Humanoid Robot are available for comparison, and teams considering the related five-axis family can review the Unitree R1-A5 Smart H Humanoid Robot. Robots Middle East can set out the differences between configurations in a side-by-side quotation.

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

1. Dexterous manipulation research: studying grasps and object handling with the LinkerBot O6 Hands on a stable dual-arm torso.
2. Imitation learning and data collection: recording demonstrations with the binocular head camera and optional wrist cameras for training robot policies.
3. On-board model deployment: running custom perception and policy models on the Smart configuration's NVIDIA compute.
4. Bimanual coordination studies: exploring tasks that need two seven-jointed arms working together across the waist's wide arc.
5. Teaching and training: giving students a supported platform for kinematics, control and machine-learning coursework.
6. Human-robot interaction: testing voice-driven tasks using the microphone array and built-in speakers.

Pricing and Availability

The Unitree R1-A7 Smart F is supplied on quotation, so the offer reflects the exact configuration, compute level and options you require. Robots Middle East confirms the specification with you, including choices such as wrist cameras, before the order is placed. Delivery, customs clearance and after-sales support are arranged as part of the quotation. To begin, request a quotation using the form available on this page.

Frequently Asked Questions

Can the Unitree R1-A7 Smart F walk?

No. Unitree describes the R1-A7 as a torso rather than a humanoid, and it does not walk. It is designed to work from a fixed position on a bench, table or test cell.

Which hands does the Smart F configuration use?

The Smart F is the R1-A7 configuration fitted with LinkerBot O6 Hands. The hands are the defining difference between this configuration and its lettered siblings.

Can I run my own AI models on the robot?

Yes. Smart configurations carry onboard NVIDIA compute at 40 or 100 TOPS for your own perception and policy models, in addition to the standard 8-core CPUs in the body and head. Secondary development is supported with manuals and ecosystem resources.

How long does the robot run on battery?

The desk-mount R1-A7 runs for about 1.5 hours on battery. It also runs on external power, which is how most benchtop work is carried out.

How much can each arm carry?

Each arm handles 2 to 4 kg (4.4 to 8.8 lb), and Unitree states that the figure varies considerably with arm extension. Heavier work should therefore be planned close to the body.

Does the robot have an IP rating?

Unitree has not published an IP rating or an operating temperature range for the R1-A7. Robots Middle East confirms these points with the manufacturer during quotation.

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

You can buy it from Robots Middle East, which supplies the robot across the Middle East. The cost depends on the configuration and options selected, so it is provided in a tailored quotation requested from this page.

Summary

The Unitree R1-A7 Smart F accepts a clear bargain: no legs, in exchange for everything a bench-bound manipulation platform needs. Two seven-jointed arms with 555 mm of reach, a waist that sweeps a wide arc, a binocular sensor head, onboard NVIDIA compute and LinkerBot O6 Hands combine into a workstation for research where the hands matter most. For laboratories, universities and integrators in the region who want to begin two-handed manipulation work without first solving locomotion, this page is the starting point.