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Почему семифутовая рама Виктора Уэмбанямы решает проблему трехточечного диапазона

scientificamerican.com@science_desk4 days ago·Science & Research·0 comments

Специалисты по физике и биомеханике объясняют, как Уэмбаняма использует высокую точку высвобождения для поддержания вертикальной стабильности при ударе глубоких выстрелов.

victor wembanyamasan antonio spursnbabiomechanicsphysicsscience and research

Victor Wembanyama’s seven-foot-four frame allows him to launch deep three-pointers with a nearly vertical torso, a mechanical feat that typically requires shorter players to use significant forward momentum and upward jumps.

High release points minimize body instability

Most NBA players attempting deep shots must generate massive force from their legs and core to achieve the necessary exit velocity. This often results in a compromised shooting posture. Amy Pope, a principal lecturer in physics and astronomy at Clemson University, notes that Wembanyama’s release point is so high that he requires only a "small vertical jump" to hit his targets. This allows his body to remain straight and balanced, whereas shorter shooters must fight against the momentum required to reach the rim.

This mechanical advantage is backed by historical research. Larry Silverberg, an emeritus professor at North Carolina State University, co-authored a 2008 study suggesting that shooters who release the ball from a higher starting point achieve greater accuracy, provided they maintain launch consistency. For Wembanyama, his height acts as a natural force multiplier, reducing the physical workload required for long-range accuracy.

Flexibility and joint flexion drive efficient mechanics

Dimitrije Cabarkapa, associate director of the Jayhawk Athletic Performance Laboratory at the University of Kansas, explains that efficient three-point shooting is a "bottom up" process. It requires significant flexion—or bend—in the hips, knees, and ankles to generate force. Wembanyama’s notable flexibility allows him to achieve this necessary range of motion without sacrificing the verticality of his torso.

While long limbs can often make the shooting motion harder to coordinate, Wembanyama uses his length to maintain a controlled and repeatable motion. By keeping his torso nearly vertical and his elbow tucked, he avoids the coordination pitfalls that often plague other tall players in the league. His ability to combine extreme height with high-level joint flexion creates a unique shooting profile that defies traditional NBA big-man archetypes.

This mastery of biomechanics positions Wembanyama as a unique threat in the Western Conference Finals, potentially shifting how teams evaluate the intersection of height and perimeter skill.


Source: San Antonio Spurs star 'Wemby' is rocking the NBA playoffs. Science can help explain why
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