Humanoid Robot 1

From NASA to Unitree G1 Humanoid: The Shift of Focus on Robotic Control

The recent mission updates from Expedition 73 aboard the International Space Station included a major focus on robotic control, with astronaut Jonny Kim testing VR and haptic interfaces for remote surface operations. These kinds of advancements are aimed at enabling astronauts to handle planetary tasks without physically being present on the surface. The effort mirrors a growing need for intelligent and responsive robots here on Earth, as well, especially in areas where human involvement is limited or requires support.

Reflecting on the surge of intelligent and responsive robots, the Unitree humanoid robot is now at the forefront. Not to handle planetary tasks in space, but to perform complex and precision-based tasks in controlled environments such as educational labs, test facilities, AI research labs, and more.

Real-World Utility of the Humanoid Robot G1

With an exterior that is 130 cm tall and weighing around 35 kg, the G1 smoothly moves at a speed of 2 m/s, making it perfect for navigating structured indoor spaces. It utilizes LIDAR and depth cameras to sense its environment, enabling it to move accurately without colliding with obstacles. The optional three-finger robotic hand (available in the EDU version) adds more flexibility, letting the robot simulate human grip and manipulation activities. This makes it particularly useful for high-level robotic education and testing of interaction.

Features That Set G1 Apart from Others

The humanoid robot G1 is built with 23 degrees of freedom and can go up to 43 degrees in the EDU version. Its full-joint hollow wiring design keeps cables protected, reducing the risk of maintenance. Its 13-string lithium battery supports up to two hours of usage on a single charge. 

The robot also supports OTA updates and allows for secondary development, which is ideal for institutions that want to tweak its functioning or build custom programs. 

The robot's audio-visual setup includes stereo speakers, a 5-watt power system, and a 4-microphone array with echo cancellation. All these features make it an excellent pick for environments where robots need to interact clearly with people or react to auditory input. This smart yet approachable structure factor is what connects the G1 back to real-world needs. Much like the astronauts relying on robotic extensions in space to support tasks remotely, educational and R&D institutions can rely on G1 robots to extend human abilities within controlled environments.

Shop with Toborlife AI and Switch to the World of Automation

Toborlife AI, the official master distributor of Unitree in North America, brings the same level of innovation seen in NASA's robotic initiatives directly to your organization. Whether for robotics education, AI experimentation, or structured development environments, the Unitree humanoid robot delivers dependable performance.

With Toborlife AI, ordering your Unitree robot is easy and reliable. We provide free delivery, expert consultation, and full support after purchase, including installation services. Check out our official website and place your order today, along with the accessories that you may need for the robot.