In Stock
Unitree R1 Base | Humanoid Robot | Base
Unitree
$15,120.00
Lightweight Humanoid Robot for Research & Events The Unitree R1 Basic is a compact humanoid robot weighing about 25 kg, standing approximately 1,230 mm tall with 24 degrees of freedom.
Product Description
The Unitree R1 Basic is a compact humanoid robot weighing about 25 kg, standing approximately 1,230 mm tall with 24 degrees of freedom.
Powered by high-speed PMSM motors and crossed-roller bearings, it delivers agile and precise motion.
Top speed reaches around 9 km/h (~2.5 m/s), and its joints support a payload of approximately 2 kg per arm.
Driven by an 8-core high-performance CPU, the R1 Basic features Wi‑Fi 6, Bluetooth 5.2, a 4-microphone array, speaker, stereo camera, and a quick-swap lithium battery (~60 min runtime).
It supports OTA updates, open joint and sensor control interfaces, and Isaac Sim integration – perfect for rapid deployment and development.
Ideal for robotics demos, educational & research environments, and AI prototyping.
Powered by high-speed PMSM motors and crossed-roller bearings, it delivers agile and precise motion.
Top speed reaches around 9 km/h (~2.5 m/s), and its joints support a payload of approximately 2 kg per arm.
Driven by an 8-core high-performance CPU, the R1 Basic features Wi‑Fi 6, Bluetooth 5.2, a 4-microphone array, speaker, stereo camera, and a quick-swap lithium battery (~60 min runtime).
It supports OTA updates, open joint and sensor control interfaces, and Isaac Sim integration – perfect for rapid deployment and development.
Ideal for robotics demos, educational & research environments, and AI prototyping.
Weight
25 kg
Dimensions
N/A
Part Number
MyBotShop Art.Nr 1196-01
RBTX SKU
RBTX-UNIT-0030
max. Payload
2 kg
DOF
24
Weight
25 kg
Height
230 mm / 1
Typical TCP Speed
2.5
Operating time
1 h
Powered by high-speed PMSM motors and crossed-roller bearings, it delivers agile and precise motion.
Top speed reaches around 9 km/h (~2.5 m/s), and its joints support a payload of approximately 2 kg per arm.
Ideal for robotics demos, educational & research environments, and AI prototyping.