The Unitree R1 is a small-size humanoid robot for AI learning and robotics education, built as a compact full-body platform for motion research, embodied AI study, and interactive robotics teaching. It is positioned by Unitree as a lightweight humanoid robot platform with integrated perception, onboard computing, and app-based interaction in a smaller classroom-friendly form factor. According to the official Unitree R1 product page, R1 measures about 1230 x 357 x 190 mm, weighs about 29 kg, and provides 26 total degrees of freedom. The official parameter table also lists a binocular camera, an 8-core CPU, Wi-Fi 6, Bluetooth 5.2, a smart battery, and about 1 hour of battery life. For schools, robotics clubs, and AI learners, Unitree R1 offers a practical humanoid robot base for motion programming, perception experiments, interactive demos, and introductory embodied AI development. It can also be paired with official Unitree resources such as the Unitree SDK2 repository for software integration and development workflows. Features Compact humanoid robot platform - Unitree R1 is designed as a small-size humanoid robot for AI learning, robotics education, and interactive development work. 26 total degrees of freedom - The official R1 parameter table lists 26 total degrees of freedom for the robot. Balanced body structure - Official data lists 6 DOF per leg, 5 DOF per arm, 2 DOF at the waist, and 2 DOF at the head. Integrated binocular vision - Unitree lists a binocular camera as the onboard visual perception sensor for R1. Onboard 8-core CPU - The official table lists an 8-core CPU for local robot computing and interactive control tasks. Wireless connectivity - R1 officially supports Wi-Fi 6 and Bluetooth 5.2. Smart battery system - The official parameter sheet lists a smart battery and charger as included items. Manual controller included - Unitree lists a manual controller as part of the standard package. Approx. 1 hour battery life - The official product page lists a runtime of about 1 hour. Upgraded intelligent OTA - The official table lists upgraded intelligent OTA support. Specifications Parameter Value Model Unitree R1 Product Type Small-size humanoid robot Overall Dimensions 1230 x 357 x 190 mm Total Weight Approx. 29 kg Total DOF 26 Single Leg DOF 6 Single Arm DOF 5 Waist DOF 2 Head DOF 2 Perception Sensor Binocular camera Basic Computing Power 8-core CPU Wireless Connectivity Wi-Fi 6, Bluetooth 5.2 Battery Life Approx. 1 hour Smart Battery Included Charger Included Manual Controller Included Upgraded Intelligent OTA Supported Reference Documents Unitree R1 Official Product Page Unitree SDK2 Official GitHub Repository Application AI learning - Use Unitree R1 as an embodied AI platform for introductory robotics and machine intelligence learning. Robotics education - Support classroom demos, engineering labs, student projects, and hands-on humanoid robot teaching. Motion control study - Explore full-body movement control, humanoid balance logic, and coordinated multi-joint motion. Vision-based experimentation - Build interactive demos and perception workflows around the onboard binocular camera. Programming practice - Use the robot for software integration, control experiments, and basic robotics programming workflows. Human-robot interaction - Prototype interactive education experiences and robot presentation demos with a compact humanoid form. Student robotics competitions - Use R1 as a humanoid study platform for club activities, demos, and robotics innovation events. Lab prototyping - Support lightweight research validation before moving to larger humanoid development platforms. Packing List Description Quantity Unitree R1 small-size humanoid robot 1 FAQ Q1: What is the difference between Unitree R1 and Unitree R1 EDU? Unitree R1 is the standard small-size humanoid robot configuration listed by Unitree, while R1 EDU is the education-oriented development platform family with broader configuration flexibility for research and secondary development. Q2: Is Unitree R1 suitable for AI learning and robotics education? Yes. Its compact size, 26 DOF, binocular vision, onboard CPU, and wireless connectivity make it suitable for AI learning and robotics education workflows. Q3: How many degrees of freedom does Unitree R1 have? The official Unitree R1 parameter table lists 26 total degrees of freedom. Q4: What cameras are included on R1? Unitree lists a binocular camera on the official R1 product page. Q5: What computing hardware is listed for R1? The official table lists an 8-core CPU as the basic computing platform for R1. Q6: What wireless interfaces does Unitree R1 support? Unitree lists Wi-Fi 6 and Bluetooth 5.2. Q7: What is the listed battery life for R1? The official product page lists about 1 hour of battery life. Q8: Does Unitree R1 support OTA updates? Yes. Unitree lists upgraded intelligent OTA support on the official parameter table.
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