What is the purpose of the different bounce options, and how does one determine what bounce to choose?
A:
By offering different bounce selections a player can choose a wedge that will accommodate their swing/attack angle or course conditions.
Q:
How many degrees can we bend our wedges for loft and lie?
A:
We will bend our wedges +/- 2° for loft and +3/-2° for lie angle.
Q:
How do the 588 and CG10's differ/similar?
A:
Looking at each wedge in the address position 588 & CG10 wedges are similar in shape. CG10 wedges have a different sole grind with a beveled trailing edge and they are made from CMM metal while the 588 wedges have a slightly larger face profile and are cast from 8620 carbon steel.
Q:
If we take a 54° wedge and bend it 2° strong what happens to the loft and bounce? What if we take a 54° wedge and bend it 2° weak?
A:
If you bend a 54° wedge two degrees strong it would then be a 52° wedge and the bounce would decrease by 2°. Just the opposite would happen if you take a 54° wedge and bend it 2° weak.
Q:
What type of graphite shafts does Cleveland Golf use in their wedges?
A:
Cleveland Golf uses a proprietary graphite shaft that is made by True Temper.
Q:
What are the two most popular loft options for wedges?
A:
The most popular lofts are the 56° and 60° wedges in all models.
Q:
Why would a person replace the wedge that comes with their set of irons with a 588 or CG10 wedge?
A:
Though the wedges that come with a set of irons are perfectly playable, Cleveland Golf's 588 and CG10 wedges are made out of different materials than most iron sets to offer a better feel. With special grinds, precision milled grooves and various bounce options, Cleveland wedges are simply designed to offer players more versatility than they would find with a wedge from a set.
Q:
What is the difference between the GunMetal wedge and Black Pearl?
A:
Aside from the Black Pearl wedge being made from CMM metal and the GunMetal from 8620 carbon steel, the Black Pearl wedge is an improved proprietary black finish that is resistant to corrosion and is easily bendable.
