Mujeeb Ur Rahman, the Afghan spinner, has revolutionized cricket with his impossible spins and ball control. In this 3D analysis, we break down the special characteristics of his technique: from wrist angle to ball release. His ability to generate spin with the carrom ball and the googly makes him a headache for batsmen, especially on surfaces that favor spin. Let's see how his machinery works in slow motion.
3D Biomechanics: the secret behind the Mujeeb effect 🏏
The 3D simulation reveals that Mujeeb uses a wrist rotation of almost 270 degrees in his carrom ball, a movement few can replicate without injury. His flexible wrist acts like a spring, generating lateral spin of up to 450 rpm. Additionally, his release point is lower than average, creating a deceptive launch angle. Data shows that his googly has a deviation of 15 degrees from his normal line, enough to confuse any batsman who hasn't studied the video.
When Mujeeb gives physics lessons to batsmen 🎯
If physics were a sport, Mujeeb would be a tenured professor. His deliveries defy the laws of logic: the ball goes out to the left, but ends up breaking to the right, leaving the batsman with a look of having seen a ghost. The best part is that Mujeeb himself sometimes seems surprised that the ball does what it does. It's as if his wrist has a mind of its own and decides, on a whim, whether today it will be a carrom ball or a googly. And we, from the couch, applaud.