UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules

Nr art.: UBT-WALKER-TK-VV-LIDAR
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
UBTECH TIENKUNG VOICE AND VISION LIDAR - Full Size Humanoid Robot for Educational research Equipped with Voice Lidar and Vision Modules
Nr art.: UBT-WALKER-TK-VV-LIDAR
DOSTĘPNE NA ZAMÓWIENIE
Dostarczone do Ciebie w ciągu 10-16 dni
88 312,77 Eur incl.VAT / 71 799,00 Eur excl.VAT
Punkt bonusowy: 8 831,28 Eur

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

The robot features 21 degrees of freedom, integrated language and vision modules, and delivers up to 275 TOPS of computing power. Beyond its core capabilities, it supports interactive research use cases, including voice interaction and seamless integration with large-scale language and vision models.

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