3D Analysis of the Technical Rarities of Santi Aldama

Published on June 29, 2026 | Translated from Spanish

Santi Aldama is not a conventional power forward. His height and mobility create an atypical profile that 3D capture systems reveal with precision. Foro3D breaks down his biomechanics, from the angle of his steps to his shot release. The key data point: his center of gravity allows for changes of pace that throw off heavier defenders, a statistical anomaly in players of his stature.

basketball player mid-stride during a rapid directional change, 3D motion capture skeleton overlay highlighting joint angles and center of gravity shift, biomechanical data points floating around the torso, technical engineering visualization with wireframe mesh, photorealistic rendering of muscle tension and shoe deformation on hardwood court, dynamic spotlight casting sharp shadows, high-contrast cinematic lighting, detailed muscle fiber definition, subtle court reflections, ultra-realistic human anatomy and fabric textures

Shooting Mechanics and Release Angle 🏀

Volumetric models show that Aldama raises the ball from a lower position than the average for his position. This reduces preparation time but requires fine wrist adjustment to avoid blocks. His release point, measured in 3D, sits at a 58-degree arc, slightly below the optimum. However, the ball's rotation compensates with a spin that stabilizes the trajectory over long distances. A detail that scouts often overlook.

Footwork That Looks Like a TikTok Tutorial 🕺

Watching Aldama move in the paint is like observing a spaghetti with legs trying to dance flamenco. His lateral movements, captured in 3D, reveal a strange cadence: he starts slow, accelerates suddenly, and then stops with the grace of a truck delivering furniture. Defenders just stare, not out of fear, but because they don't know whether to laugh or ask for a replay. It's a choreographed chaos that works.