King 3D Printed Supernova

The KING Supernova putter features an oversize fang shape, and a multi-material construction utilizing a 3D printed nylon insert, aluminum, tungsten weights, and SIK Face Technology to create the perfect balance of stability and roll accuracy for more consistency on every putt.

We partnered with HP to design the first family of 3D printed multi-material putters to take MOI and stability to the next level. The KING Supernova putter features an oversize fang shape, and a multi-material construction using a 3D printed nylon lattice, forged aluminum, tungsten, and SIK Face Technology to create our most forgiving and accurate fang style putter.

The KING 3D Printed SUPERNOVA is a high MOI fang putter available in a single bend hosel designed for players with straight back and through putting strokes that desire added stability in an oversized shape.

An intricate 3D printed nylon lattice cartridge optimizes the weight distribution within the putter head to create the highest MOI possible in a blade shape for more consistent and predictable rolls.

A 261g steel chassis lowers the center of gravity and adds structural stability to support the other components.

A lightweight 18g forged aluminum crown creates discretionary weight to position more mass around the perimeter to increase MOI.

42 grams worth of tungsten weighting is combined in the forward and rear heel and toe extremeties to maximize stability on off-center putts for increased consistency.

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.

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.