No player can return this killer shot. Physics explains how it works

A recent study has unraveled the mystery behind squash's elusive "nick shot," a move that players have found nearly impossible to counter. This shot, when executed perfectly, causes the ball to travel low and fast, skimming the floor after hitting the sidewall. The research highlights that the key to mastering this shot lies in the precise combination of height and timing, making it a formidable weapon in a player's arsenal. The study delves into the physics of the nick shot, revealing that the angle and speed at which the ball is hit are crucial. By striking the ball at just the right height, players can manipulate its trajectory, ensuring it hugs the court's surface, leaving opponents with little chance to respond. This discovery not only sheds light on the shot's effectiveness but also provides players with a scientific basis to refine their skills. For squash enthusiasts and professionals, these insights offer a new perspective on training strategies. By understanding the physics involved, players can develop techniques to either perfect their nick shots or devise counter-strategies. As the sport continues to evolve, such studies bridge the gap between theory and practice, enhancing both the competitive edge and appreciation of the game.

— Authored by Next24 Live