Teryllium T22 Newport

The 2019 Teryllium T22 is Scotty Cameron's Newport in stainless steel, built with a 303 stainless steel head and a Teryllium insert, finished in tactical matte black with a black Pistolini Plus grip carrying copper paintfill. The maker's page lists it as available in golf shops beginning Aug. 16, at Titleist authorized golf shops, and ties the design's lineage back with the note that this putter design was first brought to prominence as the one trusted to victory at the 1997 Masters. Golfalot and Golfmagic both put a finer point on that history, crediting the original model to Tiger Woods' win that year, though that detail comes from the outlets rather than from Scotty Cameron directly.

Specs on record are straightforward: 3.5 degrees of loft, 70 degrees of lie, one shaft offset, a flat topline, and stepless steel shafts, offered in 34 and 35 inch lengths. The adjustable sole weight system carries two customizable stainless steel heel-toe weights, at 2 x 15 grams for the 34 inch and 2 x 10 grams for the 35 inch. PGA Tour's coverage adds some texture the maker's own materials don't, describing a grip design thicker in the lower hand with less taper, an increased head weight compared to the original TeI3, and white dots on the back cavity, alongside a reported MSRP of 599 USD and a characterization of the run as a limited release. Golfmagic separately describes the insert as an updated Teryllium inlay construction with an improved elastomer vibration dampening membrane, a level of detail beyond what Scotty Cameron's own page states.

Community sentiment on this one runs warm. Angelo Giantsopoulos called it one of the greatest Scotty Cameron putters ever made, and that view shows up more than once in the material as praise, without much pushback from other reviewers on record. Set against the rest of the Newport line, the T22 reads as a return trip to the Teryllium insert with the black tactical dress and adjustable weighting that mark Cameron's later Newport releases, rather than a wholesale reworking of the shape itself.