Unitree R1-A5-D Smart F Humanoid Robot

A laboratory microscope is rarely bought as one fixed object. The stand is chosen first, and the objectives are added for the work in hand. The Unitree R1-A5-D Smart F Humanoid Robot invites a similar way of thinking. Its frame is settled: a dual-arm upper body on a wheeled base, with a head that turns and tilts, a waist that rotates and a body that can be shrunk or raised. The hands at the end of each arm and the computing module that drives the system, by contrast, are choices made for the project. For a research group or an integrator, this separation between a stable platform and configurable tools is the real value. One robot can follow a programme of work as it develops, rather than being replaced each time the task changes.

Robots Middle East supplies the Unitree R1-A5-D Smart F Humanoid Robot to universities, research institutes, technology centres and corporate innovation teams across the Middle East. Robots Middle East prepares the quotation and helps each buyer match end effectors and computing to the intended application. It also 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 built its reputation on agile legged robots and has since extended its range into humanoid platforms for research, education and applied development. The R1 family is the company's dual-arm humanoid line, which the manufacturer presents under the promise of ultra-fast deployment and multi-scenario application. The sources name several versions within it: the R1-A5 and R1-A7, the wheeled-base R1-A5-D and R1-A7-D, and the R1-A5-D Smart F described on this page. The "-D" suffix identifies the configurations built on a wheeled chassis. The Smart F designation identifies one specific configuration of the R1-A5-D. Readers who wish to see the whole line in one place will find it in the Unitree R1 category.

Mobility, sensing and joint drives

The R1-A5-D places the upper body of a humanoid on a wheeled chassis. In general, a wheeled base gives a manipulation platform a steady footing and spares the development team the balance problems of walking. Perception combines a chassis LiDAR with a binocular camera, and a wrist camera can be added where close-range vision at the hand is needed. The joints are driven by low-inertia, high-speed inner-rotor permanent magnet synchronous motors (PMSM), chosen for superior responsiveness and heat dissipation. Both qualities count when an arm must make quick, repeated corrections during a task. A four-microphone array and dual speakers handle voice interaction, and WiFi 6 and Bluetooth 5.2 provide wireless connectivity. The underlying platform is presented on the Unitree R1-A5-D Mobile Base Dual-Arm Humanoid Robot page.

Technical Specifications

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

The manufacturer has not published the weight of the Smart F configuration, the hand weight and grip force, the IP rating, the maximum travel speed, the payload of the wheeled chassis, the contents of the Smart F package or the charging time; Robots Middle East confirms each of these at quotation.

What does the wheeled -D base change compared with the R1-A5?

The R1-A5 and the R1-A5-D share the dual-arm humanoid concept. The difference lies in what carries the upper body. On the -D models, a wheeled chassis takes the place of the base used by the R1-A5, and that chassis brings its own LiDAR. The robot therefore senses the floor space around it as well as what lies in front of its binocular camera. For work that involves moving between a shelf, a bench and a trolley, this combination is the starting point for navigation as much as for grasping.

The second change is height. The R1-A5-D has a shrunk size of 683x520x440mm and a raised size of 1600x520x440mm, with the footprint dimensions unchanged between the two. In practical terms, the same machine can present its arms to low surfaces and to working heights closer to those of a standing person. A rotating waist with a range of ±35° on the -D models helps the arms address objects to either side without repositioning the whole base. With forearm and upper arm together measuring 420mm, the R1-A5-D is suited to compact, close-in manipulation. Teams that need a different reach should compare the R1-A7 versions, whose figures are given on their own pages and should not be read across to this model.

How far can the Smart F be configured?

Configuration is where this platform differs most from a fixed-purpose machine. Unitree offers three families of end effector for the R1 line: a two-finger gripper, a three-finger dexterous hand and a five-finger dexterous hand. A gripper is often the most direct answer for repeatable pick-and-place work. Dexterous hands open the way to research on in-hand manipulation, tool use and human-like grasping. On the computing side, high-computing modules from multiple brands and models can be fitted, with Orin(40-100TOPS) given as an example. This matters to teams running perception models or learning-based control on the robot itself.

Above the hardware, Unitree supports full-stack open secondary development. Research groups and integrators can build their own behaviours, interfaces and pipelines on the platform rather than relying solely on the factory software. The sources do not set out which end effector or computing module the Smart F package includes, so Robots Middle East confirms the exact bill of materials with each buyer before the quotation is finalised.

Who is the Unitree R1-A5-D Smart F Humanoid Robot for?

University laboratories working on embodied artificial intelligence are a natural fit. The combination of mobile base, binocular vision, voice interaction and open development gives students and researchers a single platform for perception, planning and manipulation studies. Research institutes focused on grasping can exploit the choice between gripper and dexterous hands to compare approaches on identical hardware.

System integrators and corporate innovation teams form a second group. For them, the R1-A5-D Smart F is a prototyping tool for tasks in logistics, retail, hospitality or light assembly, where the question is whether a humanoid form can take over work currently done by people at existing workstations. Technology centres, museums and education providers form a third group, using the robot to demonstrate human–robot interaction to visitors and students.

Buyers still weighing the alternatives should review the other packages built on the same platform, from the Unitree R1-A5-D Smart A Humanoid Robot onwards, all of which are gathered in the Unitree R1-A5-D category. The sources do not detail how the Smart packages differ from one another, so Robots Middle East sets out those differences in writing when quoting.

What is the Unitree R1-A5-D Smart F Humanoid Robot used for?

1. Embodied AI research: training and testing perception and control models on a mobile dual-arm body.
2. Manipulation studies: comparing gripper and dexterous-hand strategies on the same platform.
3. Mobile manipulation prototyping: combining LiDAR-based movement with reaching and grasping across several workstations.
4. Teaching and training: giving engineering students hands-on experience with a full-stack open humanoid.
5. Human–robot interaction: exploring voice dialogue through the microphone array and speakers in public-facing settings.
6. Application pilots: evaluating whether a humanoid can take on routine handling tasks before wider deployment.

Pricing and Availability

The Unitree R1-A5-D Smart F Humanoid Robot is supplied by quotation, because the final configuration depends on the chosen end effector, computing module and development requirements. Robots Middle East reviews the intended application with each buyer and returns a quotation that reflects the exact package. Delivery, customs clearance and after-sales support are arranged together with the quotation. Specialist advice and a written quotation for this configuration are available on this page.

Frequently Asked Questions

Does the Unitree R1-A5-D Smart F Humanoid Robot walk or roll?

It rolls. As a -D model, it is built on a wheeled chassis fitted with a chassis LiDAR, and it carries a dual-arm humanoid upper body.

Which hands can be fitted to the robot?

Unitree offers a two-finger gripper, a three-finger dexterous hand and a five-finger dexterous hand. Robots Middle East helps buyers choose the option that best matches their tasks.

What computing can the robot carry?

High-computing modules from multiple brands and models are available, such as Orin(40-100TOPS). The choice depends on how much processing the application needs on board.

Can our team develop its own software for the platform?

Yes. Unitree supports full-stack open secondary development, so research groups and integrators can build their own applications on the robot.

How does the robot perceive its surroundings?

It combines a chassis LiDAR with a binocular camera, and an optional wrist camera can be added. Its head moves through Yaw ± 115° and Pitch ± 36°.

What is included in the Smart F package?

The contents of the Smart F package have not been published. Robots Middle East lists the exact items, including end effector and computing module, in the quotation.

Where can I buy the Unitree R1-A5-D Smart F 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 chosen, and a tailored quotation can be requested directly from this page.

Summary

Like a well-chosen microscope stand, the Unitree R1-A5-D Smart F Humanoid Robot is valuable because of what it allows a team to add over time. The fixed elements are clear: a wheeled chassis with LiDAR, a binocular camera, a rotating waist, a head that pans and tilts, and a body that moves between a shrunk size of 683x520x440mm and a raised size of 1600x520x440mm. On that foundation, buyers select grippers or dexterous hands, choose the computing power their work needs and develop their own software across the full stack. For laboratories, integrators and education providers in the region who want one platform to grow with their programme, Robots Middle East offers the configuration advice, delivery and support to make that possible, and this page is the starting point.