BackR1 Humanoid Robot

Lightweight and portable

R1 Humanoid Robot

The Unitree R1 is a lightweight humanoid robot with a standing height of approximately 1230mm and a total weight ranging from 27 to 29kg. Featuring 20-26 degrees of freedom, it adapts to complex environments, while its dual-degree-of-freedom head enhances environmental perception. Equipped with integrated multimodal large models for speech and vision, the R1 offers fully open interfaces for joint and sensor control, supporting mainstream ecosystem simulation platforms and secondary development.

Approx. 29kg lightweight configuration20-26 degrees of freedomMultimodal Large Language ModelOpen all joints and sensorsHead with dual degrees of freedomSupports simulation platforms
R1 Humanoid Robot Product Image

Specifications

Technical Specifications

Height, Width, Thickness (Standing)

1230x357x190mm

Total Weight

Approx. 27 kg (R1 AIR) / Approx. 29 kg (R1)

Degrees of Freedom (Number of Joint Motors)

20 (AIR) / 26 (R1) / 26-40 (EDU)

single-leg degree of freedom

6

Single-arm degree of freedom

4 (AIR) / 5 (R1)

Waist Degrees of Freedom

2 (R1)

Head Degrees of Freedom

2 (R1)

Maximum Arm Load

Approx. 2 kg

Calf + Thigh Length

600mm

Forearm + Upper Arm Length

420mm

Basic Computing Power

8-Core High-Performance Processor

Microphone

4 Array

Camera Module

Monocular Camera (AIR) / Stereo Camera (R1)

Battery Life

About 1h

Dexterous Hand

R1 EDU Optional

Features

Features

Move with agility: 20-26 degrees of freedom adapt to complex scenarios; dual-axis head movement enhances environmental perception.

Slim design, easy maintenance: ≤123cm profile, ultra-lightweight at approximately 29kg, ready to use out of the box.

Smart Pioneer: Custom creative stickers to define your look

Integrate multimodal large models for speech and vision: Fully open control interfaces for joints and sensors, support for mainstream ecosystem simulation platforms—empowering algorithms to seamlessly enter the physical world.

Move first, work later: Diverse motion is essential for completing tasks, supporting flexible gaits and action development.

Applications

Use Cases

Research & Education

Algorithm Development

Commercial Display

Human-Computer Interaction Research

Service Reception

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Beijing ICP License No. 2026026760