Baseball Pitching explores the science behind throwing a baseball, focusing on how physics and biomechanics influence pitch performance and injury prevention. It explains how elements like aerodynamics and spin determine a ball's trajectory, allowing pitchers to create movement and velocity. For example, the Magnus effect explains how spin causes a baseball to curve, defying a straight path. The book also delves into the biomechanics of pitching, emphasizing efficient motion to maximize power while minimizing the risk of injury.
The book uniquely combines scientific theory with practical application, bridging the gap between physics, biomechanics, and pitching technique. It begins by introducing fundamental physics principles, then moves into a detailed examination of pitching biomechanics, and finally dedicates chapters to specific pitches like fastballs, curveballs, and sliders. Each pitch is analyzed in terms of grip, arm action, release point, and resulting ball flight.
By understanding the science of pitching, players and coaches can optimize their techniques and training for improved performance and safety.
