WHO WE ARE ???
At Shockwavegolf we are combining some traditional look and feel with not just something different but with something completely new in the golf club industry . We have incorporated two patent pending technologies with a highly durable urethane composite material to create our new driver.
Through Independent Laboratory Testing our new Shockwave Driver has shown increased distance off the tee as well as improved accuracy vs. other drivers tested.
Parabolic Shockwave Reflector
OKAY ALREADY! Everyone wants to know more about why our driver works so much better than any other driver they have played a round of golf with!
Manufactured behind the face of the club is our Parabolic Shockwave Reflector, fabricated from a fine hardened steel mesh formed into an optimized shape that reflects the shockwave energy generated by the collision of the club and the ball resulting in Longer and Straighter drives.
High Performance Aerodynamics
Another innovation is the use of Vortex Generators on the crown of the club, creating a controlled turbulent boundary layer similar to the boundary layer on a golf ball created by the dimples, as on a golf ball, this adds up to less drag and more energy so the ball goes farther and straighter. The boundary layer is a very thin area that exists between the crown of the club and and the relative air flow as the club is swung, .005 to .010 in thickness! Millions of micro sized vorticies can do a lot of work without adding drag, However anything that protrudes up into the airflow will cause lots of turbulence and drag!
The shape of a Driver is an aerodynamic nightmare! A flat face surface with a bulge, a short, fat, stubby body, not a good candidate for drag reduction efforts! A lot of compressive high pressure drag is created in front and a lot of low pressure suction drag is created in the back when the club is swung! We take some of that high pressure drag from the face of the club, suck it down to the top of the club with vortices, increase it's velocity, then dump that huge volume of air flow into the low pressure area at the back of the club significantly reducing total drag on the club, there by increasing the club head speed, and driving distance.
A launch monitor is a great training aid
Numbers are only useful if they are accurate
Shockwave golf
We get asked a lot why we use plastic to make the club head? Isn't that stuff used to make kids toys people ask? Kinda like Junk! We have heard it all! The answer is not really! Plastics have come a long way in over 100 years! Today plastics are highly engineered and are used in everything from race cars, airplanes, appliances, cars, trucks, etc.
We use urethane due to it's superior properties that allow it to be engineered for strength, flexibility, compression, resilience, and other attributes!
This allows us to engineer into our driver a resilience similar to a golf ball that allows the face to crush a bit and then unload helping to launch the golf ball in a much straighter path than before! All in 150 microseconds ! This is one of the reasons we don't need an oversized club to get a larger sweet spot! Toe and heel shots end up in the fairway rather than out in the weeds.
OUR HAPPY CUSTOMERS
"Very surprised at how well this driver performed. It is amazing how straight the ball path is."
''The ball jumps off the face of the club. That solid sound and the accuracy really made it fun."
''When i hit the first ball off the tee box I knew this club was something special."
FeatureS
Sound and Feel
Manufacturers design drivers to produce a pleasing sound and feel at impact, which can vary depending on the materials and construction techniques used.
High MOI
Increases forgiveness on off-center hits, helping to maintain ball speed and accuracy.