Seams play a tremendous role in the performance of many of today's golf balls. A seam on a golf ball is a straight line or "gap" where the dimples from the top half and the dimples from the bottom half of a golf ball do not meet through the compression molding process. As a result, a golf ball struck on the seam will not produce the same result because the asymmetrical dimple pattern significantly alters the aerodynamics of the golf ball and causes a wide range of flight characteristics. If you think about the fact that the core is the engine and the dimples are the wings, then a golf ball struck on the seam is not going to get the same "lift," which translates into inconsistent distance and accuracy.
Bridgestone Golf balls do not have a seam -- they never have. That is why shot makers like Fred Couples, Shigeki Maruyama, and Nick Price rely on Bridgestone Golf balls--because they perform the exact same every time, no matter where you strike the golf ball. What Bridgestone Golf balls do have is what is called a part line. A part line is created where the tool that encases the core separates after the injection molding process. The resulting line of material is then shaved off. Since this part line is created by the tooling process used in injection molding and does not affect the dimple pattern of the golf ball, the part line has a minimal effect on the performance of a golf ball.
Recognizing that a truly seamless ball-no straight seam or part line-would be the ideal solid core golf ball, Bridgestone Golf created Seamless Cover Technology™ or SCT. SCT is a proprietary manufacturing process that eliminates the straight part line and creates a non-uniform part line around the golf ball. The result is the most consistent golf ball in terms of accuracy, distance and trajectory ever created.
If you want to know technically how SCT works, here is an explanation: instead of two halves coming together to form a solid golf ball, two pieces of a golf ball actually interlock, like gears. If you were trying to lift a person up by having them put a foot in your hand and then pushing, you would interlock your fingers because you get more stability and strength that way. To use a construction analogy, it's similar to a tongue-and-groove system for flooring. To use a golf analogy, an interlocking grip gives you more stability and more consistency than a ten-finger grip. The resulting non-uniform part line created by the two pieces interlocking eliminates the little effect a part line can have on a golf ball's performance, offering incredible consistency.
Most of a solid ball's distance properties are dependent on its core/solid center portion. Spin and feel properties are a function of both the cover(s) and the core. The reason for this is because, at impact, a golf ball deforms (loses its original shape) more off of a driver than an iron or wedge shot due to the speeds that are generated by the various clubs and the increased loft throughout the set. As a result of the large amount of deformation off of a driver, the core plays a larger role in the spin and feel of the ball. Conversely, as a result of the lesser deformation at impact with a short iron or wedge shot, the cover plays a more important role in spin and feel.
Solid (also known as multi-layer) construction, utilizes various layer thickness and material compositions to control ball deformation resulting in optimum spin and feel from driver to wedge. This type of construction allows the engineers many variations to design golf balls that meet specific types of swings.
Surlyn® (manufactured by DuPont®) and urethane are the two main materials used in golf ball covers today. Surlyn® is a synthetic, highly resilient, durable material that is used in the majority of golf balls in the industry. This material provides for a golf ball that will stand up to the durability test that the avid golfer demands, while allowing many different options for spin & distance combinations. For example, the e6 is a Surlyn®-covered golf ball that provides reduced side spin and controllability. This versatile cover material in correlation with the core composition allows for the many variations that are found throughout the entire line of Bridgestone golf balls.
Balata is the cover material associated with wound golf balls. While once a natural material, balata has since been replaced by a synthetic material. Bridgestone Golf does not offer a balata-covered golf ball for two primary reasons. One is that it is the least durable cover material available, and the second is because Bridgestone Golf believes that solid construction provides a more consistent manufacturing process than wound construction. Many low-handicap amateurs and professionals prefer the "feel" and "spin" that a wound, balata-covered golf ball provides. Many of those players believe that a solid ball cannot provide the same feel that they receive in a wound ball.
Urethane is an extra-soft, synthetic material that provides high-spin performance and greater durability than balata. In fact, urethane is softer than both Surlyn® and balata. This unique cover material in combination with Bridgestone Golf's patented Core technology allowed us to develop the TOUR B330 line of golf balls. These urethane-covered, solid core balls provide optimum spin and soft feel while providing a more consistent performance alternative to their wound balata-covered counterparts. Nick Price, Fred Couples and a host of others are currently using the TOUR B330 line on tour.
Dimples provide the lift needed to get a ball airborne. Without them a golf ball's performance would be severely restricted. Bridgestone golf balls come in a variety of different dimple patterns. Some promote a higher flight trajectory that many golfers need (e.g.- e5), while others promote a lower, or straighter ball flight (e.g.- e6). In general though, balls with deeper dimples will tend to have a lower trajectory. Those with shallower dimples typically will generate a higher trajectory.
It is Bridgestone Golf's goal to engineer golf balls that possess piercing trajectories, longer carries, and additional roll after landing than our competitor's golf balls.
Under normal storage conditions (70-80 degrees Fahrenheit) a golf ball can last forever. However, it must be understood that certain factors can affect a ball's overall performance. Golf balls can lose their performance characteristics in cases of extreme heat or cold, and their construction is such that even under normal storage conditions, there can be a loss of performance over time. Generally, a solid golf ball can experience a substantially longer shelf life than a wound golf ball without evidencing performance loss, however, both are susceptible to performance loss over extended periods of time.
Bridgestone Sports Co, Ltd. (Japan) has been producing golf balls since 1935, with Bridgestone Golf, Inc. (USA) manufacturing its first golf ball on U.S. soil in 1990. For more information about the history of Bridgestone Golf (USA) brand, access our Corporate section.
Urethane is the premier cover material utilized by Bridgestone Golf on five of its eight golf balls – TOUR B330, TOUR B330-S, TOUR B330-RX, TOUR B330-RXS and e5. Urethane, when formulated correctly, can provide many different performance characteristics. One may desire more spin (TOUR B330-S/B330-RXS), or one may desire moderate spin (TOUR B330/B330-RX) and another may require optimal spin rate for a higher flying tee shot (e5). Bridgestone Golf's urethane has been formulated to provide better durability and soft feel on all shots.
Forged irons, generally preferred by better players for their feel and playing characteristics, are a suitable choice for golfers of all abilities.
Forging and casting are two processes by which iron heads are manufactured. The forging process generally involves a mild carbon or stainless steel which is heated to a malleable state and then hammered into its finished form. The typical casting process consists of pouring liquefied stainless steel into a cast which, once cooled, yields the finished club head. Forged clubs are renowned for their greater feel, playability and versatility with regard to custom fitting options.
Yes, rust can happen. Forged heads are made of mild carbon steel that is chrome plated. Once you start hitting balls you scratch the surface of the chrome, which can eventually expose the raw steel to moisture, and chemicals that can cause rust to form. The best way to minimize rust is to keep the irons dry at all times, wipe them after every shot and at the end of the round with a dry cloth. When cleaning use only nylon brushes (no metal) and dry them with a dry towel. If you get some rust forming, spray the surface with WD-40 and clean with a nylon brush pad and wipe them clean with a dry cloth. Some high nitrogen fertilizers, sandy soil conditions and water with high iron content can accelerate the production of rust. The use of iron head covers is not recommended as they trap moisture and accelerate the production of rust.
Yes - please see product pages for more detailed information.
Yes! Please visit our Products Page to see what products are available to purchase directly.
There is a 1 year warranty on new clubs purchased through an Authorized Bridgestone Golf Retailer to the original purchaser for manufacturer's defects which are not the result of misuse, abuse, accident, damage in transit or have been altered by someone other than Bridgestone Golf (i.e. loft, lie, or shaft replacement). If you require warranty service you will need to take the club and a copy of your receipt to a Bridgestone Golf retailer. They will obtain a return authorization number from us and send it in for inspection. If it is ruled under warranty, it will be repaired and sent back. If it is ruled not under warranty, you will be contacted for further instructions.
If the person you purchased the items from were an Authorized Dealer you would have a factory warranty (receipt would be required). Auction sites like EBay, Golf Club Exchange, etc. are classified as a reseller environment and products purchased there may not have a factory warranty.