Robotic ‘Third Thumb’ helps perform challenging tasks single-handedly
A new era of motor augmentation has dawned with the development of the Robotic ‘Third Thumb’ by a team of researchers at the University of Cambridge. Led by Professor Tamar Makin from the Medical Research Council (MRC) Cognition and Brain Sciences Unit, in collaboration with Dani Clode, this innovative device aims to expand the hand’s range of motion and carrying capacity.
Performing complex tasks via robot thumb
The Third Thumb is designed to enhance the wearer’s grasping abilities and extend the carrying capacity of the hand. This breakthrough technology opens up possibilities for individuals, especially those with disabilities, to perform complex tasks with just one hand, eliminating the need for assistance from others.
Study shows high success rate with the Third Thumb
A study conducted at the Royal Society Summer Science Exhibition in 2022 involved 596 participants from various age groups and backgrounds. The participants were tasked with using the Third Thumb to manipulate objects within a minute, with an impressive 98 percent success rate reported. The study highlighted the ease of learning and adaptability of the device, showcasing its potential to revolutionize the way tasks are performed single-handedly.
Inclusive design for wearable technology
Co-author Lucy Dowdall emphasized the importance of inclusive design in wearable technology to ensure accessibility and functionality for a diverse range of users. The integration of motor augmentation devices with users’ cognitive and motor abilities is essential for their success. The study, published in the journal Science Robotics, signifies a significant step towards integrating innovative technologies into everyday lives.
In conclusion, the Robotic ‘Third Thumb’ represents a remarkable advancement in the field of motor augmentation, offering individuals the opportunity to perform challenging tasks single-handedly. With a focus on inclusivity and accessibility, this groundbreaking technology has the potential to transform the way we interact with machines and enhance our capabilities in various aspects of life.
