Cobra King 3DP Grandsport 35 2.0 Putter Mens Right 35

Cobra King 3DP Grandsport 35 2.0 Golf Putter Introducing the  COBRA GRANDSPORT-35 putter , crafted with a multi-material 3D printing technique for unrivaled stability in a blade design. Enhanced with a plumbers neck hosel tailored for players with a moderate arc stroke type, it delivers precision performance. Paired with LA GOLF’s innovative Descending Loft Technology, this putter ensures consistent launch and unmatched end-over-end roll performance on every putt. THREE-DIMENSIONAL PERFORMANCE Utilising an internal lattice structure crafted through 3D printing, weight redistribution is optimised within the putter head to uphold the highest Moment of Inertia (MOI). This ensures enhanced consistency and predictability in roll with every strike. The stainless steel MIM frame is meticulously shaped with precision to facilitate exact weight placement and achieve a lower Center of Gravity (CG), resulting in unparalleled stability and performance. ADJUSTABLE WEIGHTING SYSTEM You have the option to customise your putter's weighting with interchangeable weights, enabling you to achieve your desired feel and control. The nominal 15g weights are adjustable within a range of +- 5-10g in either direction, providing flexibility. LA GOLF's DESCENDING LOFT TECHNOLOGY LA GOLF's exclusive Descending Loft Technology employs four descending lofts (4°, 3°, 2°, 1°) to counteract delofting and ensure consistent loft addition upon impact, regardless of your attack angle. This guarantees that every putt maintains a uniform launch angle and trajectory for optimal performance. 6061-AEROSPACE GRAD ALUMINIUM FACE INSERT The COBRA 3D Printed Putters showcase an all-black insert made from 6061-aerospace grade aluminum, providing a firmer and steadier sensation upon impact for enhanced stability. HIT YOUR LINE Highlighted by a plumbers neck hosel tailored for players with a moderate arc in their stroke, and a fresh three-line alignment aid designed with varying thicknesses to offer clearer visual cues at address.