CALLAWAY DRV FT-I Q

• Callaway Golf makes unique use of Carbon Composite in the body of Fushion drivers.


• This technology took 10 years of research to perfect and over this time the Company has been awarded multiple patents on both the design and the process.The goal behind its use has always been to move weight from areas of the clubhead where it is less useful to where it is needed most. The Process of Making a Carbon Composite Clubhead Carbon composite begins as woven strands of fine, black carbon fiber - each fiber is approximately one tenth of the thickness of a human hair. Individual carbon fibers are combined and impregnated with epoxy resin to make carbon composite "pre-preg".


• Multiple layers of carbon composite pre-preg are laid into a too which is the shape of the driver body. Each piece lays in a different direction from the one on top of it or below it, in order to create strenght when the fiber hardens. At this point, internal weights are inserted to build draw, neutral, or fade biased clubheads.Each tool has two sides - the sole and crown of the clubhead. The two sides are brought together then put into an oven. A bladder is inflated inside the tool pushing the carbon composite pre-preg against the wall of the tool.At a certain temperature, the epoxy resin flows between layers of carbon fiber. When it's cooled, the epoxy solidifies and all the layers of carbon fiber are fused into one very strong shell. The process is called compression molding.