Spanish Paralympic skier Audrey Pascual is preparing for her first Winter Games with the confidence of someone who has overcome a path of effort. At 21 years old, amputated from both legs, she presents herself as a strong medal contender. Her preparation, however, goes beyond physical training. Today, cutting-edge 3D technologies are integrated into the analysis of elite athletes, offering key tools to perfect performance and personalize adaptive equipment.
Scanning, simulation, and personalization: the revolution in sports analysis 🏂
In disciplines like adaptive alpine skiing, 3D technology is crucial. 3D body scanning allows precise morphological analysis for the design and fitting of prostheses and equipment, optimizing force transfer and aerodynamics. Through biomechanical simulation, the athlete's technical gestures can be recreated and analyzed, identifying inefficiencies or injury risks without physical wear. Additionally, 3D recreation of tracks and ideal trajectories serves for mental training and tactical planning. For Audrey, this means better-integrated prostheses and an objective analysis of her technique to refine every turn.
Beyond performance: visualizing the path to the podium 🥇
These tools do not only seek to gain hundredths of a second. They provide a tangible visualization of goals, reinforcing the confidence and mental strength that Audrey mentions. Seeing a simulation of the perfect line or analyzing a gesture in detail creates immediate and scientific feedback. Thus, 3D technology becomes a bridge between daily effort and the goal, allowing the athlete to arrive at Milan-Cortina not only stronger, but also better technically prepared to enjoy and give her best in the unique experience of the Games.
How is Paralympic skier Audrey Pascual using 3D scanning and printing technology to personalize her equipment and prostheses in her preparation for Milan-Cortina 2026?
(PS: 3D tactical simulation never fails, players on the field do)