Ilia Malinin's Impact on Figure Skating and the Quadruple Axel Ilia Malinin, often called the 'Quad God' for his exceptional skill in executing multiple quadruple jumps in a single figure skating program, has gained fame for his unique talent. Born into a family of Olympic skaters, Malinin's rise to prominence in the skating world has been swift. During the 2026 Winter Olympics, he played a crucial role in helping the US figure skating team win gold in the team event. Notably, Malinin's performance featured a backflip, a move that was banned for decades by the International Skating Union due to its perceived danger. In an iconic moment, Malinin became the first skater to legally land a backflip at the Olympics after the ban was lifted in 2024. Despite the absence of his signature quad axel during this event, many are wondering if he will save it for his final appearance at the Games. The quad axel, which requires four and a half rotations in the air, remains a unique and difficult feat in the sport, with Malinin being the only skater to have landed it in competition. His strategy of saving it for the grand finale demonstrates his showmanship and ability to captivate audiences, and many expect him to incorporate the backflip as well, further solidifying his legacy in figure skating.

Ilia Malinin's Impact on Figure Skating and the Quadruple Axel

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The Science of the Quadruple Axel in Figure Skating The quadruple axel, once considered an impossible feat in figure skating, has been made reality by Team USA's Ilia Malinin, earning him the title 'Quad God.' The jump requires four and a half rotations in the air and is one of the most challenging maneuvers in the sport. A 2024 study by Seiji Hirosawa from Toin University shed light on the biomechanics behind this jump, revealing that increasing the vertical height is crucial. In fact, skaters aiming for a quadruple axel must achieve significant height, around 20 inches off the ice, to maximize their flight time and complete the necessary rotations. This research challenges earlier biomechanical theories, suggesting that height is more important than previously thought. Malinin's mastery of this technique has set a new standard in figure skating, showing how science and physics contribute to athletic excellence. However, landing such a difficult jump is not easy and requires years of precise training and natural talent. The future of figure skating may involve even more complex jumps, as athletes continue to push the boundaries of what's possible on the ice.

The Science of the Quadruple Axel in Figure Skating

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The Physics Behind the Quadruple Axel, the Most Difficult Jump in Figure Skating Are you speechless watching US figure skater Ilia Malinin on the ice? Science explains how it’s possible the Quad God can do more than four full rotations in the air.

The Physics Behind the Quadruple Axel, the Most Difficult Jump in Figure Skating #Science #Physics #AppliedPhysics #QuadrupleAxel #FigureSkating #PhysicsInSports

www.wired.com/story/2026-winter-olympi...

How the ‘Quad God’ cracked a seemingly impossible jump How do figure skaters like Ilia Malinin keep landing harder and harder jumps?

Physics in jumping... figure skating and figuring how the quad is achieved.
www.scientificamerican.com/article/quad...
#figureskating #quadgod #jumps #physics #quadrupleaxel #olympics #2026olympics #jumping #biomechanics #quadgod #quads #science #goldmedalwinner

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🕒情報取得：10/01/2025 14:22:16