"Imagine a bionic leg that restores natural movement without constant effort." Professor Raffaella Carloni envisions a future where robotics enhance daily life.

In her lab, a recent clinical trial showcased a groundbreaking bionic leg prototype. An individual with an above-the-knee amputation walked naturally, even on challenging terrain like uphill slopes.

Biomimicry for Natural Movement

Carloni’s team mimics human leg function in both mechanics and control systems to improve mobility, comfort, and user experience.

By combining physics-based musculoskeletal modeling, advanced actuators, on-board sensors, and control modules, they developed a functional bionic leg that allows for seamless movement.

User-Centered Innovation

"Prosthetic technology must be designed with the user in mind," Carloni emphasizes. By involving users in design and optimization, the goal is to restore independence and a sense of normalcy for lower-limb amputees.

This research paves the way for more intuitive, responsive prosthetics, improving lives through human-centred robotics.

More information: https://www.rug.nl/news/