THESE
ARE SIMPLY THE BEST CLUBS YOU CAN BUY - THERE'S NOTHING MORE TO SAY!
Alpha Golf was founded in 2000 by Dr. Jim Yeh, after decades of innovative physics research and design for the aerospace industry. His pursuit for high-performance golf equipment led him to first join the industry as a designer. And in just a few short years, the Alpha design team led by Dr. Yeh has produced drivers, woods, and irons acclaimed by industry experts and professional golfers worldwide. Touted as "the Doc" by many of his associates and business partners, Dr. Yeh continues to push for innovation in titanium shaping, manufacturing processes, and effective club fitting procedures.
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The C830.2 is the best golf driver for hitting long. Through optimizations of 4 design parameters: volume, moment of inertia, coefficient of restitution, and center of gravity, Alpha has created a driver that has won more ReMax World Long Drive titles than any other club. While many golf club companies make the claim of having the world's longest and best golf driver, only Alpha has the awards and titles to back it up. |
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Alpha is recognized as a leader in long drive golf clubs. Its drivers have been used to win 6 ReMax World Long Drive tournaments since 2001. The C830.2 driver continues to dominate long drive tournaments today, both locally and globally. Alpha has built a legacy of optimized design, superior titanium, and expert craftsmanship. It is this same legacy that is passed directly onto the C830.2 fairways, the best overall fairway woods design for distance and accuracy. |
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Titanium has the highest strength-to-weight ratio of any metal. It is as strong as steel, but 40% lighter. This strength-to-weight superiority allows designers to create better performing hybrids through optimizations with titanium that are not possible with steel. The
strength-to-weight ratio of titanium lets designers make the face
extremely thin – 60% thinner than what is possible with steel.
The super-thin face creates the famous "trampoline effect” that
is sought after in high performance drivers. |
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The C1 Pro Irons provide the superior feel and sound that comes from the forging process. Made from soft 1020 low carbon steel and finished off with a handsome nickel-chrome plating, the C1 Pro Irons combine playability and style. The Double-Forging Process The manufacturing process of forging forms the iron head by pressing and pounding the steel with a hydraulic pressure press at hot temperatures. This is a more complicated process from investment casting, where the metal is melted and poured into an iron head mold. Most golf irons are made from casting. It is a cheaper and faster process, and is easier to introduce perimeter weighting. But the forging process has many benefits. It is less prone to metallurgical defects that affect casting. The double-forging of the club in hot temperatures refines the grain structure of the metal to a much more consistent pattern. Whereas casting introduces bubbles inside the metal structure when it is poured into the mold. The hot working during forging also imparts high strength and ductility to the club head due to the grain flow oriented in a consistent direction. |
