3D Analysis of the Technical Oddities of DeMar DeRozan

Published on June 29, 2026 | Translated from Spanish

DeMar DeRozan is an atypical case in the modern NBA. His game is based on the mid-range, an almost extinct territory. From a 3D perspective, we analyze his shooting mechanics, his ability to create space without three-pointers, and his peculiar use of his body to finish. He is not a robot programmed to shoot from 9 meters; he is a craftsman of the dribble and the fake.

basketball player mid-range jump shot motion capture, player body contorted mid-air creating separation from defender, glowing skeletal wireframe overlay tracking shooting arm arc and wrist flexion, ball at release point with no three-point line visible, technical engineering visualization, dark studio background with grid floor, red and blue motion trails showing footwork and pivot sequence, photorealistic biomechanical analysis render, cinematic spotlight on player torso and hand position, ultra-detailed muscle tension and joint angles

The Kinematics of His Mid-Range Shot 🏀

In the 3D model, his jump does not seek maximum vertical elevation, but rather precise horizontal control. His release point is high, almost over his head, generating a pronounced but stable arc. The ball rotation is constant, 2.5 rotations per second. The trick lies in the pivot foot: he uses his right foot as an anchor and pivots on it to unbalance the defender, a movement that seems simple but requires millimeter spatial coordination.

The Three-Pointer as a Distant Rumor 🤷

If you see DeRozan shoot a three-pointer, the clock is probably dying or there is a bug in the Matrix. His volume of long-distance shots is so low that some analysts believe the 7.24-meter hoop gives him an allergy. While other players become snipers, he continues using the mid-range like a grandfather who refuses to use WhatsApp. It works, but it's cringeworthy to watch him try it.