UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar

Artikelnr.: UBT-WALKER-TK-EI-DH-LIDAR
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
UBTECH TIENKUNG EMBODIED INTELLIGENCE LIDAR - Full Size Embodied Intelligence Humanoid Robot for Educational research Equipped with Lidar
Artikelnr.: UBT-WALKER-TK-EI-DH-LIDAR
BESCHIKBAAR VOOR BESTELLING
Binnen 10-16 dagen bij u afgeleverd
146 397,90 Eur incl.VAT / 120 990,00 Eur excl.VAT
Bonuspunt: 14 639,79 Eur

A full-size, high-performance humanoid robot designed for universities, research institutions, and developers. Its open-source architecture empowers advanced scientific research and scenario-driven innovation, accelerating technological progress and real-world deployment.

The robot features 42 degrees of freedom (DOF), a highly dexterous five-finger hand, and delivers up to 550 TOPS of computing power. In addition to its core capabilities, it supports interactive research applications such as voice interaction and integration with large-scale language and vision models. It also enables embodied AI research scenarios, including hand–eye coordination and advanced dexterous manipulation tasks.

This model includes a LiDAR which facilitates the object detection and avoidance while navigating autonomously.