The new Titleist Scotty Cameron Special Select Putters feature tour-inspired shapes, with sleeker profiles and flatter toplines, to deliver confidence inspiring looks preferred by professionals. The putters are milled in the United States using a solid block of 303 stainless steel to provide the legendary performance, sound and soft feel Scotty's are known for.
New performance balanced sole weights allowed Scotty to tune the new Special Selects for greater performance. Tungsten and stainless steel sole weights are used in the blades and mid-mallets respectively, producing larger sweet spots and enhanced stability.
Each putter is outfitted with Scotty's new Pistolini Plus grip, which marries the Pistolini shape with a slightly built up lower hand for added feel and performance.
Newport, Newport 2, Newport 2.5 models feature an insert-free, solid milled 303 stainless steel putter head with performance balanced tungsten sole weighting for a larger sweet spot and increased stability. Flatter and thinner toplines, milled flange sight lines, soft tri-soles and redesigned plumbing (Newport, Newport 2) and small slant (Newport 2.5) neck styles round out these timeless blade designs.
A classic name returns with the new Special Select Del Mar in an updated heel-shafted, compact mallet model. Precision milled from solid 303 stainless steel, the new Del Mar features refined concave flange contours and a narrower, flatter topline for a player-preferred look at address, and customizable stainless steel sole weights. A left-handed Del Mar is also available.
New Special Select Fastback 1.5, Squareback 2, Flowback 5 and Flowback 5.5 mid-mallet putters combine 6061 aircraft aluminum sole plates for optimal weight distribution with solid milled faces and interchangeable stainless steel sole weights. Each has a specific neck style – Fastback 1.5 (small slant), Squareback 2 (plumbing), Flowback (mid-bend shaft-over-spud) and Flowback 5.5 (slantback) – to facilitate better leading edge visibility from address, as well as desired toe flow properties.