Tiny dimples allow golf balls to fly twice as far
Each tiny crater on a golf ball acts as a precision engine, manipulating air currents to slash resistance and keep the ball airborne for twice as long.
A perfectly smooth golf ball is an aerodynamic failure that would struggle to clear half the distance of a standard dimpled one. These tiny indentations create a thin layer of turbulent air that clings to the ball's surface, allowing it to cut through the atmosphere with 70 percent less drag. This micro-texture transforms a simple sphere into a high-speed glider, enabling the 300-yard carries seen at elite tournaments like the Masters.
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