Titleist Scotty Cameron Studio Style Newport 2 Heavy Putter 2025 - LEFT - NEWPORT 2 - 36" - Golf Clubs
The new Studio Style line represents the most noteworthy revision of Scotty Cameron's blade putter offerings in years. Twelve new models blend the illustrious putter-maker's legendary craftsmanship and design with cutting-edge new materials, performance, and technology. The new Carbon Steel face insert highlights every Studio Style model, an homage to the 20th anniversary of Cameron's original GSS insert. Scotty experimented with and rigorously tested numerous metals before finalizing the insert material, ultimately selecting Carbon Steel for its unmistakably soft sound and feel. Borrowed from the aerospace and automotive industries, a new electroless nickel plating technique prevents the corrosion issue commonly seen in previous carbon steel putters without inhibiting the soft feel coveted by tour professionals such as Jordan Spieth. Scotty finishes the Carbon Steel insert with a new chain-link face milling pattern. The byproduct of months of testing at Scotty's famed Putter Studio, this milling technology reinforces the insert's exceptional feel while producing tour-preferred roll characteristics and speed control, infusing confidence into every putt. The Newport 2's shape, including angular contours and a slightly thicker topline, is as iconic as you'll find in the game. Rounding out the features is an I-beam plumbing neck suited to players with a moderate arc in their stroke and a refined tri-sole design. Titleist Scotty Cameron Studio Style Newport 2 Heavy Putter Features: "Heavy" model has heavier sole weights than the standard model Designed, precision-milled, and assembled in the USA from 303 stainless steel Heel-and-toe weighted blade with angular contours, a slightly thicker topline, and a refined tri-sole design New precision-milled Studio Carbon Steel (SCS) insert delivers incredible soft sound and feel and is updated with an electroless nickel plating for enhanced durability New chain-link face milling technology produces the ideal combination of soft f