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UNITREE R1 Basic - Rational Guardian

€10.976,00

Nodokļi iekļauti.

2 gadu garantija
14 dienu atgriešanas politika
Fizisks veikals
Pērc vairāk, maksā mazāk
Pērc vairāk, maksā mazāk

Produkta pārskats

UNITREE R1 Basic Humanoid Robot - Rational Guardian

The Unitree R1 Basic is a lightweight humanoid robot approximately 121 cm tall, designed as an open platform for working with robotics and artificial intelligence algorithms. Its compact design, combined with high motion dynamics, allows it to move steadily, climb stairs, and react to obstacles in its environment. The device offers intuitive controls and support for popular simulation environments, facilitating the testing and development of algorithms.

A humanoid robot standing inside a dark industrial hall with metal structures and sparks

Smooth Movement and Natural Dynamics

Its compact, lightweight frame allows the robot to operate freely in spaces designed for humans. With as many as 24 degrees of freedom, the Unitree R1 Basic moves confidently and smoothly—effortlessly navigating stairs, avoiding obstacles, and flexibly adapting its movement to the surrounding environment. Its movements remain dynamic yet fully controlled, making the device well-suited for both testing and demonstrations where the natural behavior of a humanoid design is essential.

A humanoid robot doing a handstand on green grass in a park

Movement as a Form of Expression

From the very first moments, it’s clear that movement is one of the Unitree R1 Basic’s greatest strengths. The robot moves smoothly and decisively, maintaining confidence and stability even during sudden changes in position. The platform also allows for the programming of complex motion sequences, which opens up a wide range of possibilities for experimentation. You can create and test complex transitions, performance choreographies, or demonstrations inspired by martial arts—the only limit is your imagination.

A white humanoid robot in a boxing pose against a solid, dark gray background

Freedom of Programming and Development

The platform was designed without imposing predefined operating patterns, giving the user complete freedom to work. It provides direct access to joint and sensor controls, allowing the robot’s behavior to be precisely shaped according to the program’s specifications. It enables users to create their own actions, combine them into smooth sequences, and build complete behavioral scenarios. The system supports integration with large multimodal languageand visual models, as well as collaboration with popular simulation environments, which allows for the efficient transfer of algorithms from a virtual environment to real-world testing and significantly shortens the path from prototype to practical applications.

A humanoid robot standing on the side of the road against a city skyline with skyscrapers

Conscious Orientation in the Environment

The wide-field-of-view binocular camera provides detailed data about the environment, supporting precise spatial orientation. Visual data can be used for navigation, obstacle avoidance, and responding to changes in the environment. As a result, the robot operates with confidence and performs well in a variety of spaces.

A humanoid robot walking along an asphalt path in a park, next to a lawn and trees

Natural Communication with the User

The integrated audio system, which includes a speaker and a set of microphones, enables communication that closely resembles natural conversation. The robot can respond to voice commands, play back messages, and participate in pre-programmed interactive scenarios. The combination of sound, perception, and precise movement makes the Unitree R1 Basic ideal for shows, demonstrations, and educational activities where engaging interaction with the audience is key.

A white-and-blue humanoid robot standing in a production hall at a car factory

High Computing Performance

The computing module, based on an eight-core CPU, provides sufficient power to simultaneously control movement, process data, and run artificial intelligence algorithms. This configuration allows you to conduct experiments and tests without having to offload computations to external systems, simplifying your work and accelerating project development.

A humanoid robot performing a handstand in front of a modern building with stairs

Stable Power Supply

The Unitree R1 Basic robot uses a lithium-ion battery designed for intensive use. A full charge provides approximately 1 hour of operation, allowing you to conduct tests, educational activities, or presentations without rushing. Thanks to the quick-swap battery system, you can continue working efficiently without long interruptions, which is particularly important during research sessions and demonstrations.

A humanoid robot running up a grassy slope against a backdrop of trees

Wide Range of Applications

The R1 Basic model is ideal for education, research, and technology demonstrations. It can be used to teach programming and robotics, test motion and perception algorithms, and serve as an eye-catching display element at trade shows, conferences, or industry events. Thanks to its high flexibility, it easily adapts to various scenarios and user expectations, regardless of the nature of the project.

A humanoid robot floating in space above the Earth against a backdrop of stars

Included in the set

  • Unitree R1 Basic humanoid robot
  • Charger
  • Smart battery
  • Handheld controller / remote control
  • Carrying case

 

Manufacturer Unitree
Model R1 Basic
Color variant Rational Guardian
Dimensions (standing position) 1210 × 357 × 190 mm
Weight (with battery) Approx. 25 kg
Total degrees of freedom 24 DoF
Degrees of freedom in the legs 6 DoF per leg
Degrees of freedom in the waist 2 DoF
Degrees of freedom in the arms 5 DoF per arm
Degrees of freedom in the head None
Range of motion of the waist joints Yaw: ±150°
Roll: ±30°
Range of motion of hip joints Yaw: ±157°
Pitch: from –168° to 146°
Roll: from –60° to 100°
Range of motion of the knee joints From –10° to 148°
Joint design Internal cable routing through hollow axes
Encoders Dual + single encoder
Cooling Local air cooling
Maximum arm payload 2 kg
Calf + thigh length 0.675 m
Arm span Approx. 0.435 m
Power supply Lithium-ion battery
Operating time Approx. 1 h
Base processor High-performance 8-core CPU
Perception sensor Humanoid binocular camera / dual-eye camera
Audio Speaker, microphone array
Connectivity Wi-Fi 6, Bluetooth 5.2
Smart OTA Updates Yes
Secondary Development Capability No