Question:

How many dimples are on a golf ball and why?

by  |  earlier

0 LIKES UnLike

How many dimples are on a golf ball and why?

 Tags:

   Report

5 ANSWERS


  1. There are generally 300 to 450 dimples on a golf ball, though the Dimplit golf ball had 1070.

    Golf ball dimples exist to help regulate the air flow over the surface of the golf ball to help produce a consistent ball flight. The create a small amount of turbulence that clings to the surface of the golf ball and allows the ball to fly through the air with less resistance.

    A smaller number of dimples (which, of course, are larger) seem to create more lift, for a higher ball flight, while a higher number of smaller dimples create a more penetrating ball flight.

    Completely smooth golf balls tend to fly like a knuckleball, and it's estimated that today's golf balls fly about twice as far as a comparable ball with no dimples.

    By the way, dimples have nothing to do with putting. In fact, they can be shown to cause a slight decrease in putting accuracy. The Caesar golf ball is completely smooth to help with putting, but readily admits to losing distance compared to a dimpled golf ball.


  2. Not sre how many but they are there for aerodymanics.

  3. that answer is copied from another persons answer from like a week ago...be original man...but yes anywhere from 300-400...some with a few more

  4. pretty sure these people are on crack.

    it's around 130.

    dimples simply provide friction for the greens.

  5. Most balls on sale today have about 300 to 450 dimples.

    There were a few balls having over 500 dimples before. The record holder was a ball with 1,070 dimples -- 414 larger ones (in four different sizes) and 656 pinhead-sized ones. All brands of balls, except one, have even-numbered dimples. The only odd-numbered ball on market is a ball with 333 dimples.

    Officially sanctioned balls are designed to be as symmetrical as possible. There was a ball that had six rows of normal dimples on its equator, and very shallow dimples elsewhere. This asymmetrical design helps the ball self-adjust its spin-axis during the flight. :)

Question Stats

Latest activity: earlier.
This question has 5 answers.

BECOME A GUIDE

Share your knowledge and help people by answering questions.