The longest and most accurate D-MAX driver ever by Kasco

• By increasing MOI by 10% over the previous model, the best directional accuracy has been achieved.


New TCC Weight Cartridge System:

The sole is equipped with 3 slots for different weight cartridges. For lower loft drivers, the heavier weight is closer to the toe, increasing distance from the center of gravity. For higher loft drivers, the heavier weight is closer to the heel, to shorten the distance from the center of gravity. This adjustable weight design can be optimized for each loft style, increasing the likelihood of square impact and improving directional control.

By repositioning weight cartridges further back from the center of gravity, MOI has been increased to reduce the twist of shaft at impact during mis-hits.

New S-Aging Titanium II face:

Previously, the weight of face was rather high in an attempt to make the club's COR stay within the SLE rule. With the help of computer analysis, it was possible to optimize the face thickness distribution, decrease the face weight by 5% and redistribute the weight to the back of head.
 
• Improved Elaster Shaft and maximum MOI
  
  New Elaster D4100 Shaft:
  
  At the height of the long shaft boom, many golfers found themselves unable to swing precisely and saw their drives get shorter, not longer, with the longer club. Kasco wondered why, while in theory head speed should be faster, the expected results hadn't materialized. Long and careful monitoring revealed that inability to control the swing precisely was the reason why head speed wasn't improving as it should. The longer the shaft, the greater the moment of inertia became for the club as a whole. What was needed was a club with a moment of inertia optimized for controlling the swing easier. D-MAX M.O.I. gives 45-inch clubs virtually the same moment of inertia as 43-inch clubs. The 45-inch club can now be controlled as easily as its 43-inch counterpart. The long-shaft but easy to control club was born.
  
  As the shaft bends it lengthens and shortens. Its resilience works to bring it back to its original shape. The greater the resilience, the faster the shaft rebounds, resulting in a faster moving head. Elaster D4100 shafts incorporate the same Speed Rubber material used in golf balls to maximize shaft resilience. This rubber, a source of energy that enables golf balls to fly farther, lends its tremendous resilience to the shaft. Compared to carbon fiber shafts, shaft resilience is higher, dramatically increasing head speed.
  
  By increasing the thickness of this rubber layer three-fold over the previous model, the clubhead speed increased more than 2 mph and the club length recovers faster for consistent impact at its sweet-spot.
  
  Drivers of long distance and best directional accuracy are not much of help if a golfer cannot hit the ball at the club's sweet-spot consistently. The most important design factor in determining the club's overall performance is the ease of swing, which translates to reduced mis-hits. Test results using 'human' golfers show that 90% of golfers with 90 - 100 mph swing speeds agree the D-MAX MOI drivers are easier to use than other drivers.