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Unitree R1

Price on request

QUADRUPED Robotics GmbH is a German company specializing in advanced quadruped robotic systems. It provides modular, ROS-based four-legged robots designed for research, industrial, and commercial applications, combining robust locomotion, intelligent sensing, and flexible integration.

Unitree R1 Humanoid Robot

Unitree R1 is a compact, modular humanoid robot designed for education, research, and AI development.
With multiple versions—from a base model to advanced EDU configurations with dexterous hands—R1 scales from interactive demos to
full development workflows including simulation (e.g., Isaac Sim) and high/low-level programming (variant-dependent).

Dimensions (standing)1210 × 357 × 190 mm
Weight~25 kg
DoF24–40 (variant-dependent)
Battery life~1 hour (per battery)

 

Highlights

  • Modular lineup: base model plus multiple EDU variants (U1–U6).
  • Up to 40 DoF: more natural, precise motion (depending on configuration).
  • AI-ready compute: listed up to 100 TOPS (variant-dependent).
  • Perception: stereo camera for environment capture.
  • Fast deployment: lightweight (~25 kg) with a quick-swap Li-ion battery (~1 hour runtime).
  • OTA updates: supported.

Technical Hardware Specifications

Core technical data (R1 family)

Dimensions (standing) 1210 × 357 × 190 mm
Weight Approx. 25 kg
Degrees of freedom (DoF) 24–40 (depending on model)
Max arm payload 2 kg
Leg length 0.675 m
Arm span Approx. 0.435 m
Connectivity Wi-Fi 6, Bluetooth 5.2
Power Lithium battery, quick swap
Operating time Approx. 1 hour
OTA updates Supported

Note: compute capability and programmability depend on the selected model (see overview below).

Model Overview – Choose Your Version

Model Key differences DoF Hands Development
R1 Base Entry model with stereo camera and 8-core CPU (listed); focused on demos 24 Not programmable (as listed)
R1 EDU U1 Added AI compute (+40 TOPS listed) and dev workflow support Model-dependent High + low-level programming; simulation support (e.g., Isaac Sim)
R1 EDU U2 Adds head DoF (+2 DoF listed) and higher AI compute (100 TOPS listed) 26 Programmable
R1 EDU U3 Two Dex3-1 three-finger hands (no tactile, listed) 40 2× 3-finger (no tactile) Programmable
R1 EDU U4 Like U3, but with tactile sensing in the hands (listed) 40 2× 3-finger (tactile) Programmable
R1 EDU U5 Two Revo 2 Basic five-finger hands (listed) 38 2× 5-finger (basic) Programmable
R1 EDU U6 Like U5, but Revo 2 Touch hands with tactile sensing (listed) 38 2× 5-finger (tactile) Programmable

If you want SDK access and algorithm development, choose an EDU variant (U1–U6). The Base version is listed as non-programmable.

Typical Applications

  • University courses and robotics education
  • Embodied AI and imitation learning research
  • Simulation-to-real (Sim2Real) pipelines
  • Interactive demos and technology events
  • Dexterous manipulation experiments (U3–U6)

Scope of Delivery (typical)

  • 1× Unitree R1 (selected version)
  • 1× battery
  • 1× controller
  • 1× charger

FAQ

Which R1 version is best for software development?

Choose an R1 EDU model (U1–U6). The Base version is listed as not programmable.

How do I choose between U3/U4 and U5/U6?

U3/U4 focus on three-finger hands; U5/U6 focus on five-finger hands. The “4” and “6” variants add tactile sensing.

 

Video