The Studio Style Catalina returns with a name from the past in an updated model crafted for the future. Designed at the same width as the Newport Plus, but without the sole plate, the new Catalina is precision milled from a block of 303 stainless steel and has a single mid-bend shaft for near-face balanced performance. With the line’s new Studio Carbon Steel (SCS) face inlay, innovative chain-link face milling technology and customizable stainless steel sole weights, the Catalina—also made for left-handed players—offers soft sound, superior feel and unmatched performance in a slightly-wider-than-standard, higher-MOI blade in a clean, confidence-inspiring setup. A new textured Full Contact Slim grip, custom shaft band and headcover complete the package.

STUDIO CARBON STEEL (SCS) FACE INSERT

Designed to deliver the unmistakably soft sound and feel of carbon, the new precision milled Studio Carbon Steel (SCS) insert is treated with an electroless nickel plating for enhanced durability in a re-engineered concept that includes the line’s new chain-link face milling technology and aerospace-inspired vibration damping for tuned sound, feel and performance.

CHAIN-LINK FACE MILLING TECHNOLOGY

New chain-link face milling technology reduces the putter face insert’s touch points at impact with the ball using a texture that softens the sound and provides improved roll characteristics while preserving feel and feedback off the putter face.

FULL CONTACT SLIM GRIP

With a comfortable chain-link texture to match the new putter face milling pattern, the custom crafted Full Contact Slim paddle-style grip was designed to complement the stroke and performance of blade and mid-mallet putters. Its uniquely contoured profile and flat top provide superior comfort and contact between the hands and the putter, and enhanced body alignment.

MID-BEND SHAFT

The Studio Style Catalina is designed with a stepless steel shaft engineered to minimize face rotation—or arc—in the putting stroke by incorporating a single “mid” bend aimed directly down the target line.