Robotic hand with tactile fingertips achieves new dexterity feat
Who led the development of the tactile robotic hand?
Professor of Robotics and AI, Nathan Lepora, led the development of the tactile robotic hand at the University of Bristol. The team created a four-fingered robotic hand with artificial tactile fingertips capable of rotating objects in any direction and orientation, even when the hand is upside down3.
What was unique about the robot hand's ability to handle objects?
The robot hand's unique ability lies in its capacity to rotate objects in any direction and orientation, even when upside down. This feat was achieved through the integration of artificial tactile fingertips and a sense of touch, allowing the hand to manipulate objects with precision and dexterity.
Where did the research for the robotic hand take place?
The research for the robotic hand took place at the University of Bristol, led by Professor of Robotics and AI, Nathan Lepora. The team developed a four-fingered robotic hand with artificial tactile fingertips capable of rotating objects in any direction and orientation, even when the hand is upside down. This research focused on achieving dexterity using simpler and more cost-efficient methods compared to previous attempts.