For a golfer, one of the most important things that he should examine is his golf club because it is one of the main reasons why they do not hit the ball. This is the exact reason why the Ping golf club was created.

Karsten Solheim was the one who invented the ping golf club with different intentions. The story has it that Karsten was practicing golf but he could not hit the ball so he started to practice up to the time that he began to design and experiment his very own putter so that he could play better through it. He thought of designing his own putter without a though that it would be known worldwide.

By1959, his putter experiments had evolved into 1A design. While deciding for the name, he heard the sound of his putter and declared proudly to his wife that he would name the putter from its sound, hence the name “ping”. At that same year, Sports Illustrated published an article in their August issue regarding the ping golf club dubbing it as a musical putter.

This was the beginning of success for the ping golf club. At present, the Ping golf club is manufactured in Phoenix, Arizona by Karsten Manufacturing Corporation. There are more than 400 patents registered for the ping golf club and each of these designs are all innovative and very original designs that are suited for each and every golfer. Here are some of their key patents and products:

In the year 1962, the Heel-toe weighting type of ping golf club was granted patent. This design was the one that revolutionalized other modern designs and golf clubs that are manufactured today. In the year 1969, another type of ping golf club was introduced which was the perimeter-weighted, investment-cast iron.

The reason for this type of ping golf club is that the perimeter weighting is able to increase the moment of inertia thus when a ball is not struck squarely on the face it makes the club more forgiving. Another innovative movement for the ping golf club was the application of investment casting in the manufacture of the K Series Irons. This is not really a new technology in fact; the old name for it is the lost-wax process.

The purpose of this method is to ensure precise detail and consistency to the ping golf club. Another type of patent for the Ping golf club is the Cushin Selective Filtering Insert. This is a patented invention which screens out and disperses the unwanted frequencies that can harmfully affect muscle, bone, and connective tissue. Through this invention, the golfer receives less vibration with greater feel on each shot.

The reason why the ping golf club is popular and widely used is because of its innovative, ever-changing yet reliable design. These designs are what anyone, particularly golfers, recognize about ping golf club. lost one of your ping golf clubs?

Do not worry about serial numbers they are here to protect you! In every ping golf club, there are serial numbers which are etched on every PING iron. If ever there is a need to replace one club, the company has the exact specs at the time of manufacturing on file and could actually build a new club to match your set.

From Big Bertha to the Callaway Fusion Golf Club and Squareway Woods

While other brands get great press, Callaway has always been a real leader in fairway woods. Like the famous Big Bertha driver, the woods are very forgiving and allow the golfer to get a better than normal result on his or her swing.

The Big Bertha Callaway fairway woods featured a stainless steel head. The head’s large volume and shallower face, with a lower leading edge, helped forgive a poor swing. The improved result also helped the golfer’s confidence when addressing the golf ball.

Callaway’s large club head volume dramatically increases the moment of inertia (MOI) by reducing club twisting, when striking the ball off center. This results in longer and straighter fairway golf shots.

However, there were some problems. Many people complained that the Callaway Big Bertha fairway woods had too high an arc and ballooned down the fairway, reducing distance and roll. In addition, the club’s graphite shaft technology was not keeping up with Callaway’s competitors.

The Callaway Big Bertha fairway woods were still quite popular, but Callaway Golf knew changes had to be made. They began experimenting with their patented titanium and then carbon composite technologies. The face thickness was adjusted and some weight was added to the club head’s perimeter. The fusion of both their proven technology and new ideas has resulted in the Callaway X fairway wood clubs.

Not content with just fixing the club head, Callaway turned to golf club shaft expert Fujikura to develop a completely new graphite club shaft.

The Callaway X fairway woods users still love the two Callaway F’s, forgiveness and feel. The golf ball is hit slightly lower and the ballooning effect has disappeared. Golfers are enjoying the design and feel of the new models.

While Callaway has also introduced a fairway wood X Tour version for low handicap golfers, most golfers will be very satisfied with the standard version.

Callaway is getting ready for the 2008 season by introducing their new Squareway fairway woods. The square head design, which is also used by other golf equipment manufacturers, is designed to shift club head weight as far back in the club’s heel and toe as possible and still stay within the rules of golf.

However, Callaway’s Squareway Fusion FT-i fairway wood isn’t for everyone. Even though it’s MOI is almost like the drivers, the Ft-i is more difficult to consistently hit well from fairway lies. This club is actually friendlier when hitting out of the rough. In addition, its head shape is a little unusual and may not appeal to every golfer. Those golfers choosing a Callaway fairway wood may want to stick with the X Tour version and let the Squareway evolve on someone else’s nickel.

You can Shop for sets of Callaway fariway woods as well as irons and hybrids at our recommended online golf equipment stores.

Shop Callaway, Top Flite, and Ben Hogan Golf Balls at Callaway’s official online store! Low prices and flate rate shipping.
Click Here