Why We Like It
Computer-driven 3-D printing has been part of golf-club prototype design for two decades, but it had no practical value in making finished clubs. Cobra’s engineers found a way to 3-D print certain parts that could not be cast, forged or machined by traditional means. The intricate nylon lattice structure in the heel and toe sections is one-seventh the density of steel yet provides a stable core that supports the heavier materials around it. The support provided by the 3-D printed section damps vibration for better sound and feel.
Characteristics
- 3-D printing method is used to make weight-saving lattice work to support structures inside the head.
- The face is cut into four descending lofts from top to bottom to ensure putts launch consistently.
- Adjustable sole weights provide a 50-gram head-weight range that extends all the way to armlock versions.
- One model (Grandsport-35); plumber’s neck hosel; head weights: 345-395 grams; lengths: 34, 35, 41 inches; loft: 1-4 degrees
Highlights
- Top 5 firmest-feeling blade putters, high-handicaps
Price
$350
HOT LIST PLAYERS FEEDBACK
Ratings are based on players’ assessments in three key performance areas.
Reviews
Weight is a little on the heavier side, but it is extremely stable. Feels like my backswing is on a track. Has a great sensation on short putts.
Erika, 43, Handicap: 0Really shines from three to 10 feet. The alignment aids and framing help me hit the center of the face every time.
Wei, 54, Handicap: 13The materials and shaping all work together. Extra wings give it extra stability. Light but strong at impact, and I feel the forgiveness of the face.
Gary, 36, Handicap: 13The Secret Move to a Repeatable Putting Stroke
If you want to score well, you have to putt well. Being a good putter is part science, part art, and part luck. In this video, David Leadbetter shows you his essentials for getting more putts to drop, including his secret move for creating a reliable, repeatable stroke.
From the Manufacturer
COBRA 3D PRINTED PUTTER SERIES
Three-Dimensional Performance. An internal 3D-printed lattice structure allows weight redistribution to maintain the highest MOI within the putter head for more consistent and predictable rolls on every strike. Precision shaping of the stainless steel MIM frame allows for exact weight positioning and lower CG, delivering unmatched stability and performance.
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