About
Description
Unitree Robotics, a recognized leader in advanced robotics innovation, has announced the release of its latest humanoid model — the Unitree R1. This lightweight, dynamic, and fully customizable platform opens up entirely new possibilities for academic, engineering, and applied projects across a range of fields.
Designed as a versatile solution for research, education, and real-world testing, the R1 brings together 26 degrees of freedom, multisensory interaction, onboard AI, and multimodal communication. It enables a wide range of use cases — from human–robot interaction (HRI) and autonomous navigation to balance control and manipulation — making it an ideal development platform for the next generation of robotics.
With an open architecture, SDK support, and a modular hardware design, the R1 is built for flexibility and scalability. Whether used in robotics labs, classroom environments, or prototyping facilities, it provides an adaptable foundation for creating custom hardware extensions, training AI models, testing behavioral algorithms, and developing HRI interfaces in real conditions.
The World’s Most Affordable AI Humanoid Robot
Available now — limited production slots open for early adopters.
Introducing the Unitree R1, a lightweight, intelligent humanoid robot built to bring real-world AI interaction to classrooms, labs, offices, and creative spaces — all at a breakthrough price point. Designed with multimodal AI and advanced perception capabilities, the R1 offers an unparalleled platform for education, research, and interactive development.
Optional Upgrades
-
Three-Finger Dexterous Hands for manipulation tasks
-
Head360 Panoramic Vision Module for enhanced situational awareness
Key Features
-
Multimodal Intelligence
Built-in AI supports speech + visual input, powered by large language models for fluid, natural interactions. -
Lightweight & Agile Design
Weighing just 25 kg, the R1 is compact and easy to deploy — perfect for mobile applications or desktop testing. -
Humanoid Motion
Realistic, human-like bipedal movement optimized for structured indoor environments. -
Fully Programmable
Ideal for developing and testing AI algorithms, HRI (Human-Robot Interaction), and software prototypes.
What the R1 Can Do
-
Recognise and respond to voice commands, faces, and gestures
-
Navigate using stable bipedal walking in controlled settings
-
Act as a hands-on platform for AI R&D, software development, or educational engagement
Smart. Personable. Accessible.
The Unitree R1 is your affordable gateway to the humanoid robotics revolution.
Variants:
| Name | Model | Description |
| R1 Edu standard | R1 EDU U1 | All features of the R1 Basic version |
| Total degrees of freedom (joint motors): 24 | ||
| Degrees of freedom per leg: 6; waist: 2; arm: 5; head: none | ||
| Built-in expansion dock with 40 Tops computing power for development, including AI algorithm support | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM | ||
| Provides excellent technical support, comprehensive development manuals, and ecosystem support | ||
| Perception sensor: Humanoid binocular camera | ||
| 12-month warranty | ||
| R1 Edu Smart | R1 EDU U2 | All features of the R1 Edu Standard version. |
| Total degrees of freedom (joint motors): upgraded to 26. | ||
| Leg degrees of freedom: 6; waist degrees of freedom: 2; arm degrees of freedom: 5. | ||
| Head degrees of freedom: upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling secondary development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level secondary development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Provides excellent technical support, comprehensive development manuals, and ecosystem support. | ||
| Perception sensor: Humanoid binocular camera. | ||
| 12-month warranty on the entire device. | ||
| R1 Edu Pro A | R1 EDU U3 | All features of the R1 Edu Smart version. |
| Equipped with two Dex3-1 force-controlled three-finger dexterous hands (without tactile sensor). | ||
| Dexterous hands have 7 degrees of freedom per hand (thumb 3, index finger 2, middle finger 2). | ||
| Total degrees of freedom (joint motors) for the entire device: 40 (26 + 7 + 7). | ||
| Leg DOF: 6; waist DOF: 2; arm DOF: 5. | ||
| Head DOF upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
| R1 Edu Pro B | R1 EDU U4 | All features of the R1 Edu Smart version. |
| Equipped with two Dex3-1 force-controlled three-finger dexterous hands (with tactile sensing). | ||
| Dexterous hands have 7 degrees of freedom per hand (thumb 3, index finger 2, middle finger 2). | ||
| Total degrees of freedom (joint motors) for the entire device: 40 (26 + 7 + 7). | ||
| Leg DOF: 6; waist DOF: 2; arm DOF: 5. | ||
| Head DOF upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
| R1 Edu Pro C | R1 EDU U5 | All features of the R1 Edu Smart version. |
| Equipped with two BrianCo Revo 2 Basic five-finger dexterous hands. | ||
| Dexterous hands have 6 degrees of freedom per hand. | ||
| Total degrees of freedom (joint motors) for the entire device are 38 (26 + 6 + 6). | ||
| Leg degrees of freedom: 6; waist degrees of freedom: 2; arm degrees of freedom: 5. | ||
| Head degrees of freedom upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling secondary development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level secondary development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support services, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
| R1 Edu Pro D | R1 EDU U6 | All features of the R1 Edu Smart version. |
| Equipped with two Revo 2 Touch, the powerful five-finger dexterous hands. | ||
| Dexterous hands have 6 degrees of freedom per hand. | ||
| Total degrees of freedom (joint motors) reach 38 (26 + 6 + 6). | ||
| Leg degrees of freedom: 6; waist degrees of freedom: 2; arm degrees of freedom: 5. | ||
| Head degrees of freedom upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling secondary development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level secondary development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support services, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
Description
Unitree Robotics, a recognized leader in advanced robotics innovation, has announced the release of its latest humanoid model — the Unitree R1. This lightweight, dynamic, and fully customizable platform opens up entirely new possibilities for academic, engineering, and applied projects across a range of fields.
Designed as a versatile solution for research, education, and real-world testing, the R1 brings together 26 degrees of freedom, multisensory interaction, onboard AI, and multimodal communication. It enables a wide range of use cases — from human–robot interaction (HRI) and autonomous navigation to balance control and manipulation — making it an ideal development platform for the next generation of robotics.
With an open architecture, SDK support, and a modular hardware design, the R1 is built for flexibility and scalability. Whether used in robotics labs, classroom environments, or prototyping facilities, it provides an adaptable foundation for creating custom hardware extensions, training AI models, testing behavioral algorithms, and developing HRI interfaces in real conditions.
The World’s Most Affordable AI Humanoid Robot
Available now — limited production slots open for early adopters.
Introducing the Unitree R1, a lightweight, intelligent humanoid robot built to bring real-world AI interaction to classrooms, labs, offices, and creative spaces — all at a breakthrough price point. Designed with multimodal AI and advanced perception capabilities, the R1 offers an unparalleled platform for education, research, and interactive development.
Optional Upgrades
-
Three-Finger Dexterous Hands for manipulation tasks
-
Head360 Panoramic Vision Module for enhanced situational awareness
Key Features
-
Multimodal Intelligence
Built-in AI supports speech + visual input, powered by large language models for fluid, natural interactions. -
Lightweight & Agile Design
Weighing just 25 kg, the R1 is compact and easy to deploy — perfect for mobile applications or desktop testing. -
Humanoid Motion
Realistic, human-like bipedal movement optimized for structured indoor environments. -
Fully Programmable
Ideal for developing and testing AI algorithms, HRI (Human-Robot Interaction), and software prototypes.
What the R1 Can Do
-
Recognise and respond to voice commands, faces, and gestures
-
Navigate using stable bipedal walking in controlled settings
-
Act as a hands-on platform for AI R&D, software development, or educational engagement
Smart. Personable. Accessible.
The Unitree R1 is your affordable gateway to the humanoid robotics revolution.
Variants:
| Name | Model | Description |
| R1 Edu standard | R1 EDU U1 | All features of the R1 Basic version |
| Total degrees of freedom (joint motors): 24 | ||
| Degrees of freedom per leg: 6; waist: 2; arm: 5; head: none | ||
| Built-in expansion dock with 40 Tops computing power for development, including AI algorithm support | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM | ||
| Provides excellent technical support, comprehensive development manuals, and ecosystem support | ||
| Perception sensor: Humanoid binocular camera | ||
| 12-month warranty | ||
| R1 Edu Smart | R1 EDU U2 | All features of the R1 Edu Standard version. |
| Total degrees of freedom (joint motors): upgraded to 26. | ||
| Leg degrees of freedom: 6; waist degrees of freedom: 2; arm degrees of freedom: 5. | ||
| Head degrees of freedom: upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling secondary development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level secondary development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Provides excellent technical support, comprehensive development manuals, and ecosystem support. | ||
| Perception sensor: Humanoid binocular camera. | ||
| 12-month warranty on the entire device. | ||
| R1 Edu Pro A | R1 EDU U3 | All features of the R1 Edu Smart version. |
| Equipped with two Dex3-1 force-controlled three-finger dexterous hands (without tactile sensor). | ||
| Dexterous hands have 7 degrees of freedom per hand (thumb 3, index finger 2, middle finger 2). | ||
| Total degrees of freedom (joint motors) for the entire device: 40 (26 + 7 + 7). | ||
| Leg DOF: 6; waist DOF: 2; arm DOF: 5. | ||
| Head DOF upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
| R1 Edu Pro B | R1 EDU U4 | All features of the R1 Edu Smart version. |
| Equipped with two Dex3-1 force-controlled three-finger dexterous hands (with tactile sensing). | ||
| Dexterous hands have 7 degrees of freedom per hand (thumb 3, index finger 2, middle finger 2). | ||
| Total degrees of freedom (joint motors) for the entire device: 40 (26 + 7 + 7). | ||
| Leg DOF: 6; waist DOF: 2; arm DOF: 5. | ||
| Head DOF upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
| R1 Edu Pro C | R1 EDU U5 | All features of the R1 Edu Smart version. |
| Equipped with two BrianCo Revo 2 Basic five-finger dexterous hands. | ||
| Dexterous hands have 6 degrees of freedom per hand. | ||
| Total degrees of freedom (joint motors) for the entire device are 38 (26 + 6 + 6). | ||
| Leg degrees of freedom: 6; waist degrees of freedom: 2; arm degrees of freedom: 5. | ||
| Head degrees of freedom upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling secondary development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level secondary development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support services, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
| R1 Edu Pro D | R1 EDU U6 | All features of the R1 Edu Smart version. |
| Equipped with two Revo 2 Touch, the powerful five-finger dexterous hands. | ||
| Dexterous hands have 6 degrees of freedom per hand. | ||
| Total degrees of freedom (joint motors) reach 38 (26 + 6 + 6). | ||
| Leg degrees of freedom: 6; waist degrees of freedom: 2; arm degrees of freedom: 5. | ||
| Head degrees of freedom upgraded to 2. | ||
| Built-in computing power upgraded to 100 Tops expansion dock, enabling secondary development and including AI algorithm support. | ||
| Maximum single arm payload: 2kg | ||
| Supports high- and low-level secondary development, provides robot models and simulation interfaces, and supports simulation environments such as Isaac SIM. | ||
| Excellent technical support services, comprehensive development manuals, and ecosystem support are provided. | ||
| Perception sensor: Anthropomorphic binocular camera. | ||
| 12-month warranty for the entire device. | ||
Unitree
by
Unitree
Unitree R1 Edu Smart Humanoid Robot
- Regular price
- $9450
- Sale price
- $9450
- Regular price
-
Shipping calculated at checkout.
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
Providing the best new Tech Experience, Energy Independence and Robotics Ways of Optimisation
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Packaging note:
Equipment is being supplied in a manufacturer packaging
