Early graphite iron shafts followed suit with their graphite wood predecessors by offering a lighter and softer alternative to steel. However, as time and technology have progressed, graphite iron shafts are no longer relegated to a particular player type. Now being offered in weight ranges

When it comes to designing high-performance golf shafts, materials matter. Steel shafts are “isotropic”, making it very challenging to alter individual performance characteristics of a shaft independently from another. If the goal is to make a steel shaft profile more or less stiff, likely the

Because graphite shafts are offered in such a range of weights, profiles, and flexes, the best recommendation is always to be fit by one of our Charter Dealers or a trusted club fitter. Club fittings are essential to dialing in the correct equipment for your

In the early stages, graphite shafts were designed and engineered to be a lighter weight alternative to steel shaft options, especially in the wood category. Graphite shafts were additionally offered in iron configurations, also in a lightweight package, contributing to graphite’s reputation as a product

Graphite offers an incredible amount of flexibility when designing a golf shaft. Just about any combination you can imagine regarding weight, flex, bend points, torque values, etc. are not only achievable with graphite, but we’re also able to adjust these factors independently of one another.

Composite golf shafts consist of sheets of graphite material of varying weights and strengths that are cut to exacting dimensions and wrapped around a steel rod called a “mandrel”. The graphite is then vacuum wrapped and sealed before being heated to cure. Once cured, the