Unitree R1-A5 Smart C Humanoid Robot

Much of what a humanoid robot does in a demonstration is decided somewhere else: on a laptop at the edge of the frame, linked by cable or network to the machine doing the moving. The Unitree R1-A5 Smart C Humanoid Robot closes much of that distance. It is a compact dual-arm platform whose Smart C configuration builds the computer into the robot itself and fits a tactile dexterous hand with its own camera. Seeing, deciding and grasping can therefore happen inside one machine on one bench, rather than across a room full of separate equipment.

Robots Middle East sells the Unitree R1-A5 Smart C Humanoid Robot and supplies it to universities, research laboratories, system integrators and businesses across the Middle East. Our team prepares each quotation for the configuration you require, arranges delivery to your site and remains your 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 legged robots, first quadrupeds and then humanoids. Its emphasis has been on making capable hardware accessible to developers, rather than reserving it for a handful of large laboratories. The R1 family continues that approach. Unitree describes the range as dual-arm humanoid robots intended for ultra-fast deployment and multi-scenario application. It offers several versions under the R1 name, including the R1-A5, R1-A7, R1-A5-D and R1-A7-D. The R1-A5 is also offered in a series of Smart configurations, and Smart C is one of them. The wider line-up is gathered in the Unitree R1 category.

Where the Smart C configuration sits

The Unitree R1-A5 Fixed Base Dual-Arm Humanoid Robot provides the mechanical platform: a head, a rotating waist and two arms. These are driven by low-inertia, high-speed inner-rotor permanent magnet synchronous motors, which Unitree uses for their responsiveness and heat dissipation. On the base platform the end effector is a choice: a two-finger gripper, a three-finger dexterous hand or a five-finger dexterous hand. The Smart C configuration settles that choice and adds computing power. It is specified with the Dex3-1 Hand in its tactile version, fitted with an RGB camera, and with a built-in Orin Nano compute module rated at 40 Tops. The result is less a pair of arms awaiting integration and more a self-contained station for manipulation and perception work.

Technical Specifications

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

Unitree has not published the operating temperature range, the IP rating, the battery capacity, the speed of arm motion, the power supply voltage and wattage, or the box contents for the Smart C configuration; each of these is confirmed at quotation.

What does the Smart C configuration add to the R1-A5?

Two things set Smart C apart from the base R1-A5: the hand and the computer. The Dex3-1 Hand in its tactile version gives the robot a sense of contact at the point of grasp. The RGB camera mounted on the hand provides a close-range view of the object being handled. That view complements the binocular head camera, whose wide field of view of 146° horizontally and 124° vertically covers the working area in front of the robot. With a camera in the head and another at the hand, a developer can study both how the robot finds an object and how it handles that object once contact is made.

The second addition is the built-in Orin Nano compute module, rated at 40 Tops. On the base platform, a team would usually pair the robot with its own external computer for perception and control software. In Smart C the compute module comes with the robot. Vision pipelines and grasp-planning code can therefore be developed and run on the machine itself, with WiFi 6 and Bluetooth 5.2 available for connecting to the wider laboratory network.

Smart C is one of several Smart configurations of the R1-A5. The others, such as the Unitree R1-A5 Smart A Humanoid Robot, are listed together in the Unitree R1-A5 category, and Robots Middle East can set their contents side by side in your quotation.

Why does built-in compute matter for a dual-arm humanoid?

Manipulation research depends on short loops: the robot looks, estimates, moves, feels and corrects. Each time those steps have to pass between the robot and a separate workstation, the setup becomes harder to move, harder to reproduce and more dependent on the network in the room. Embedded compute keeps the loop local. A robot that carries its own processor can be moved from a laboratory bench to a lecture theatre or a customer demonstration without its software stack having to be rebuilt around a new computer.

This also suits the way Unitree positions the R1 family, around quick deployment and use across many scenarios. A compact upper body on a fixed base, with optional battery operation, an included charger and its own compute, is a platform that a small team can set up, take down and set up again. Full-stack open secondary development means the software running on that compute is yours to write, replace and extend, from low-level control to high-level behaviour.

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

The clearest fit is the research group working on dexterous manipulation, tactile sensing or embodied AI. For such groups, the combination of a tactile hand, a hand-mounted camera and on-board compute is the starting point of the work rather than a project to assemble. University departments in robotics, mechatronics and computer science will find a platform compact enough for teaching laboratories, with an open development stack that lets students work through the full chain from perception to grasp.

AI developers training or evaluating vision-language-action models need a physical platform that runs their code close to the hardware, and the built-in compute serves that purpose. System integrators can use Smart C to prototype handling tasks before committing to a production cell. The four-array microphone, dual speakers and articulated head also make the robot suitable for interaction studies and for innovation centres that demonstrate human-robot collaboration to visitors.

Buyers who already run their own computing infrastructure, or who want to choose among the two-finger gripper and the three- or five-finger hands themselves, may prefer to begin with the base Unitree R1-A5 Fixed Base Dual-Arm Humanoid Robot. Robots Middle East will gladly set the configurations side by side for you.

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

1. Tactile grasping research – studying how contact feedback from the Dex3-1 Hand improves the handling of fragile or irregular objects.
2. Embodied AI development – running and refining perception and manipulation models on the built-in Orin Nano compute.
3. Teaching and coursework – giving students an open, full-stack platform for control, vision and programming exercises.
4. Bimanual task prototyping – testing two-arm handling and assembly sequences before they move into an industrial cell.
5. Human-robot interaction studies – using the microphone array, speakers and moving head for voice and gesture experiments.
6. Demonstrations and exhibitions – presenting dexterous humanoid capability in showrooms, innovation centres and events.

Pricing and Availability

Robots Middle East supplies the Unitree R1-A5 Smart C Humanoid Robot on quotation, so the offer reflects the exact configuration, accessories and software support your project needs. Delivery, customs clearance and after-sales support are arranged together with the quotation. Tell us about your application, your working environment and your preferred power arrangement, and we will prepare the offer around them. To begin, the quotation request form is available on this page.

Frequently Asked Questions

Which hand does the Smart C configuration use?

The Smart C configuration is specified with the Dex3-1 Hand in its tactile version, with an RGB camera fitted to the hand.

Does the robot need an external computer?

Smart C has an Orin Nano compute module rated at 40 Tops built in, so perception and control software can run on the robot itself. An external machine can still be connected over WiFi 6 or Bluetooth 5.2 for development work.

Can we write our own software for it?

Yes. Unitree offers full-stack open secondary development on the R1 platform, so your team can program behaviour from low-level control upwards.

How long does it run on battery?

Battery life when battery-powered is approx. 1.5h.

How far can the head and waist turn?

The head turns through yaw ± 115° and pitch ± 36°. On the R1-A5 platform the waist yaw range is ±150°.

Is a charger supplied with the robot?

Yes, a charger is included. Robots Middle East can also advise on setting up the robot for battery or external power in your facility.

Where can I buy the Unitree R1-A5 Smart C 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 configuration, accessories and delivery, so it is set out in a personal quotation that you can request on this page.

Summary

The Unitree R1-A5 Smart C Humanoid Robot brings the thinking closer to the hands. It takes the compact R1-A5 dual-arm platform, with its responsive inner-rotor joint motors, wide-angle binocular vision and open development stack, and adds a tactile Dex3-1 Hand with its own camera and an on-board Orin Nano compute module. For laboratories, universities, AI developers and integrators who want perception, decision and grasp in one portable machine, it offers a focused and well-equipped starting configuration. Robots Middle East quotes, delivers and supports it throughout the region. If you are planning manipulation research or embodied AI work, this page is the starting point.