This 3D analysis breaks down the features that make Adil Rashid a particular cricket player. His wrist-based bowling technique generates an uncommon spin effect. The volumetric reconstruction allows viewing the exact position of his arm and the ball release point, data that analysts use to study his trajectory control.
Kinematic modeling of the spin delivery 🏏
The 3D model captures the movement of his wrist during the spin. Rashid uses a 180-degree rotation of the forearm just before delivery. This generates a lateral deviation of the ball that can reach 12 degrees upon hitting the ground. Computer-generated heat maps show that his hitting zone is concentrated in the area outside the right stump, forcing the batsman to make mistakes.
The wrist that baffles batsmen 🎯
The engineers who studied his delivery in 3D confirmed something the batsmen already knew: his wrist spins faster than a webpage loading on a rainy day. If technology could patent that movement, Rashid would collect royalties. Meanwhile, batsmen can only hope the modeling warns them where the ball is coming from.