Spain has announced its 13 athletes for the Torun 2021 World Championships. Beyond the news, their preparation hides a key technological component. In speed, hurdles, and middle-distance events, like those faced by Bestué, Llopis, or García, 3D biomechanical analysis has become an indispensable tool. This technology allows breaking down each movement into objective data, transforming intuition into applied science to seek excellence.
3D Biomechanics Applied to Running Technique and Hurdles 🏃♂️
For athletes like Enrique Llopis and Asier Martínez in 60m hurdles, 3D technology is fundamental. Motion capture systems reconstruct in three dimensions their hurdle attack technique, joint angles, and weight distribution. This allows identifying microscopic inefficiencies that cost hundredths of a second. In 800m, with Moha Attaoui, the stride kinematics and body position in critical moments like the baton pass or final sprint are analyzed. Even in 3000m, with Marta García, running economy is modeled to optimize energy expenditure.
From Simulation to the Track: The Future of Elite Training 🚀
The application of these 3D models goes beyond analysis. They allow simulating race scenarios, studying rivals through reconstructions, and personalizing training plans to prevent overload injuries. The Spanish delegation not only competes with its talent, but backed by precision engineering that turns every gesture into an optimizable model. 3D technology is no longer an extra; it is the invisible training companion seeking to break limits in Poland.
How can 3D biomechanical analysis optimize technique and prevent injuries in Spanish speed and hurdles athletes for the Indoor Track World Championships?
(PD: reconstructing a goal in 3D is easy, the hard part is making it not look like it was scored with the leg of a Lego doll)