Field Goal Wind Simulator

Kicking a field goal isn't just leg strength; it's aerodynamics. Test your kick against crosswinds and headwinds.

1. Kicker Inputs
2. Weather Conditions
0° Tailwind 90° Right 180° Headwind 270° Left
Result IT'S GOOD!
Estimated Carry
0 YDS
Lateral Drift
0 FT
Summary will appear here.

Aerodynamics of a Field Goal

A football is not a smooth sphere; its shape creates significant air resistance. Because of this drag, a football kicked in a vacuum would travel almost twice as far as it does on Earth!

Playing the Elements:

  • Headwind (180°): Pushes directly against the ball, increasing the apparent air velocity. This creates exponentially more drag, causing kicks to fall drastically short.
  • Tailwind (0°): Moves with the ball, decreasing the apparent air velocity. This reduces drag and helps the ball carry much further.
  • Crosswind (90° / 270°): Because the ball is exposed to air for 2 to 4 seconds, even a moderate 10 mph crosswind can drift a ball 15-20 feet laterally-easily pushing it wide of the 18.5 ft goalposts!