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Golfing is a very frustrating game! Consistency is obviously critical to getting better scores, but attaining consistency is really difficult! Weekend golfers just don't play often enough to entirely avoid occasionally slicing or hooking a ball. This invention of my gyroscopic Gyro golf ball can offer a solution to that problem, even without a professional level of proficiency and consistency in the golf strokes.
This concept was invented and Engineered by June 1998. Approximately a dozen experimental balls were created during the summer of 1999 and they were tested to confirm performance as calculated and as described, and they performed impressively. This presentation was first placed on the Internet in February 2000.
Now, imagine a golf ball with a doughnut shaped weight inside it, such that when the ball is on the tee, the doughnut is standing on edge, with the plane of the doughnut carefully lined up with the flag. Once the golf ball is struck, the high-speed backspin makes this doughnut spin rapidly backwards. This is exactly the same as a gyroscope! The axis of the spinning golf ball has to remain constant during flight! No sidespin can occur!
This means that this Gyro golf ball cannot be sliced or hooked! It must travel exactly straight!
OK! It would not actually be possible to embed a heavy metal doughnut shaped object inside a golf ball without spectacularly affecting the ball's performance! But it turned out to be fairly easy to embed the needed structure inside the ball. The gyroscopic effect is rather easy to generate.
Normal golf balls are designed to be symmetric in all directions, so they are both statically and dynamically identical in all situations of rotation. This is to keep a golf ball from wobbling in flight. If you have ever hit a ball with a big gash in it, you know how an unbalanced ball can wobble in flight! Some advanced aspects of Engineering need to be applied in the design of GyroBalls.
The GyroBall actually generally increases distance hit. No energy of the golf swing would be wasted in creating sidespin, so more would be left for greater ball velocity and therefore greater distance. This has to do with Net Force Vectors and other aspects of Physics.
Virtually any golf swing where the face of the club actually contacts the center of the ball will necessarily give it the normal backspin, which automatically causes the gyroscopic action, which assures that it goes straight toward the hole! Even if the stroke has serious flaws in it that would normally slice or hook the ball, it should go straight toward the hole! Even if the center of the club head does not pass through the center of the ball (missing the "sweet spot") the ball should still fly straight toward the hole!
This actually eliminates the possibility of doing a "fade" shot where sidespin is intentionally imparted to the ball.
There are still ways to mess up golf shots, but they generally involve extremely horrible technique, such as virtually missing the ball entirely! If the edge of the club face contacts the ball, no backspin results, and it is still anyone's guess as to where the ball might go. But, as long as the ball is actually hit fairly solidly, the gyroscopic effect absolutely has to cause the ball to only have pure straight backspin with exactly zero sidespin!
Gee! Even if you make serious errors in a golf swing, the ball is certain to go absolutely straight toward the flag. This is the way golf is supposed to be enjoyed!
The GyroBall has an interesting other effect. If the fairway happens to have a sideslope where your ball first hits, it traditionally will kick sideways. A GyroBall actually still bounces nearly straight, again because of the gyroscopic effect. It is quite weird to see to watch a ball that you know should be kicking off sideways into the rough, instead bounce relatively straight down the fairway! After about four bounces, the backspin is gone and it then will kick sideways, but at fairly slow speed.
This invention was proven to work amazingly well in 1999 with experimental prototype balls.
It should be possible to make GyroBalls without any dimples in the areas around the "poles" of the Gyroscopic axis. That means, on both sides of the ball. Without dimples in those areas, the aerodynamic drag due to the turbulence of the dimples is removed. With far less drag in flight. The ball will be able to maintain its forward velocity better. The actual time interval of flight would be the same, but the average forward velocity would be substantially higher. Therefore, this version of the Gyro golf ball would land considerably farther away, giving much greater driving distance with the same stroke technique and the same club and ball composition technologies.
The net effect of the two improvement inventions together is a ball that goes arrow straight, and travels 20 to 50 yards farther along the fairway! Such a GyroBall would be incredibly popular with nearly all golfers!
A variety of people have tried to steal this invention, but they each did not understand enough Physics and Engineering to do it correctly. The concept looks very simple, but it is actually quite sophisticated.
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This subject presentation was last updated on - - A US Patent is being pursued on this invention. Initial paperwork has been filed with the US Patent & Trademark Office.
If a company is interested in producing my Gyro golf balls, I would be very receptive to a joint venture.
C Johnson, Theoretical Physicist, Physics Degree from Univ of Chicago