Cobra King Vintage Sport-45 Putter
Please be aware. Custom order clubs will take a minimum of 20 business days. Due to high demand and limited stock supply we’re experiencing delays on some lines. Click here for further info. If there is a potential delay with your order we will inform you as soon as possible. If required the order can be cancelled and your money refunded.
DG Product Code: 78050006-78050007
The KING Sport-45 features a classic blade shape with a plumber neck hosel that is suitable for players with stronger arc putting strokes seeking added control on long and short putts.
Get Ready To Roll
The KING Vintage family of putters is for the traditionalists who love a classic-looking putter.
The KING Sport-45 putter features a classic blade shape, 304 stainless steel body, an adjustable weight system and SIK Face Technology to deliver tuned stability and feel with unmatched roll consistency.
A traditional blade shape is designed using 304 stainless steel and features a single sightline to improve alignment at address.
An aluminum face insert features SIK Golf’s proprietary Descending Loft Technology (DLT) for excellent feel and straighter and more accurate putts.
The Sport-45 putter is equipped with two 20g sole weights that can be adjusted up to +5g or -10g each (to adjust the head weight up to +10g or -20g) using heavier or lighter weights (10g, 15g, 25g) to dial in feel and stability. Weights sold separately.
We partnered with SIK Golf and Bryson Dechambeau to design the most accurate putter face possible. Each aluminum face insert features SIK Golf's patented Descending Loft Technology (DLT) that utilizes four descending lofts to ensure the most consistent roll and launch angle for a variety of putting strokes and attack angles.
The Most Consistent Roll For Every Stroke
SIK Golf's patented Descending Loft Technology (DLT) produces a consistent launch of 1.5 degrees for every type of stroke. Whether you have an ascending, neutral or descending attack angle, every putt will have a consistent launch and trajectory.