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Between 300 and 420. A Titleist Pro V 1, arguably the best ball on the market has 392 and the Pro V 1 x has 332. It varies between manufacturers.

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14y ago
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15y ago

Could be, there is no set number of dimples, they usually vary between 300 and 450 dimples per ball.

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14y ago

yes that is correct

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Q: Are there 336 dimples on a regulation golf ball?
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Related questions

Is there a regulation number of dimples on golf ball?

Anywhere form 300-450 depending on your brand of ball.

How many dipples on a golf ball?

there are 336 dimples on a golf ball.

If a golf ball has 336 dimples how many yards should this fly?

anywhere from nowhere to 400+ yards

What is the answer to Ditloid 336 D on a RGB?

336 Dimples on a Regular Golf Ball (382, 392, 402, 408, 416, 422 are also manufactured)

How many dimples on top flight XL golf ball?

332 hexagonal dimples

Are there 100 dimples in a golf ball?

It depends on the manufacturer. Each company has their own dimple pattern.

How many dimple in a hockey ball?

On an average Golf Ball there 336 Dimples. A lot of others have several more.

336 dimples on a regulated golf ball helps in?

This web site explains why Why are golf balls dimpled? Updated 1997 by PEG. Updated 1993 by CDF. Original by Craig DeForest. Why are Golf Balls Dimpled? The dimples, paradoxically, do increase

What is the shape of the dimples on a golf ball?

Dimples are placed on a golfball by a large machine called a Ball Stamper, made by American Industrial Equipment Corporation, which was first founded on February 22nd of 1842 by James Marshall Windham III. The first one could only place 2 of the 336 dimples on a ball in one second. It took almost 2 minutes to place all 336 dimples on one ball! The latest models can put all 336 dimples on the ball instantly, on up to 6000 balls at a time. That's over 2 million dimples at once!

How many demples are on a golf ball?


What has 336 dimples?

a golfball!

How many dimpls are on a golf ball?

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. A ball can have 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. The USGA did not sanction it and changed the rules to ban aerodynamic asymmetrical balls. The ball supplier sued the USGA and the USGA paid U.S. $1.375 million in an out of court settlement.The number of dimples on a Golf ball varies, depending on the manufacturer and may even be different for different models made by the same manufacturer. The dimples are usually the same size as one another, but some golf balls have several different sizes of dimple on the same ball. Any number between 300 and 500 dimples is reasonable, and 336 is a common number. Not just any number will do. Golf balls are usually covered with dimples in a spherically symmetrical way, and for many values of N, it is impossible to cover the golf ball uniformly without gaps. Symmetry is important or the ball will wobble or its flight will depend on which part of the ball is forwards or sideways as the ball spins. You can get an idea of how to space dimples uniformly around a sphere by thinking about the "platonic solids" -- the tetrahedron, cube, octahedron, dodecahedron and icosahedron, and placing a dimple at the corners of an inscribed platonic solid. Variations on this theme give the corners of Buckminster Fuller's geodesic domes, and also the possible symmetrical locations of dimples on a golf ball.Why does a golf ball have dimples on its surface?When a golf ball is flying through the air, it has three forces on it. Two of them are gravity and drag from the air. In addition, if the golf ball is spinning, there will be a Magnus force on it (which may point up or down or either side, depending on how it is spinning -- the Magnus force cannot point along the flight path of the ball however -- see our answer on the Magnus force for more information).The main goal of making a golf ball go farther however is to reduce the force of drag as it flies through the air. In general, turbulence increases drag, because the energy needed to stir the air up and make it swirl around is energy that the ball has lost. One might think that a rough ball will induce more turbulence in the air than a smooth one, but it depends on how fast the ball is going. For balls going slowly through a viscous fluid, then the fluid just moves a bit to the side as the ball passes, and then it returns more or less to where it was. If the fluid motion is smooth, we call the motion "laminar", otherwise it is "turbulent." A ball moving quickly through a fluid like the air will have air flowing in a laminar fashion in some places and in a turbulent fashion in others. Directly behind the ball there will be a turbulent "wake", and surrounding that will be smoothly flowing air. The whole idea behind reducing the drag is to make the turbulent wake small.The air that slides past the ball very close to it is called the "boundary layer". At the place where the turbulent wake starts is called "separation of the boundary layer" where the smoothly flowing air departs from the ball and does not close up behind the ball nicely but rather swirls around in small vortices. If the boundary layer can be encouraged to stick to the ball a little longer, then the turbulent part of the wake can be reduced. It turns out that adding a little extra turbulence in the boundary layer itself all over the ball allows the main smoothly-flowing air currents to stay closer to the ball and delays the separation of the boundary layer. Some nice pictures of balls in wind tunnel showing this effect can be found here.There is also an increase in the Magnus force, giving the ball some lift when it is spinning in the correct direction. This force helps keep the ball in the air longer, allowing it to travel farther.People have thought of putting dimples on everything from swimsuits to cars to airplanes. You only get an advantage from these dimples if the boundary layer can be made to stick longer to the object. Some cars just have vertical flat ends to them where the trunk comes down and there is no way to reduce the turbulent wake of these no matter how dimpled the paint is. And the boundary layer stays with airplane wings except maybe a bit at the ends (some gain can be made by putting small rods out on the tips or on the trailing edges of the wings).