Cobra 3DP2 Tour Supernova Counterbalance Putter

The Cobra 3DP2 Tour Supernova Counterbalance Putter is designed to deliver exceptional stability, forgiveness, and distance control through an advanced multi-material 3D-printed construction. Featuring Cobra’s innovative 3D-printed internal lattice structure, the Supernova redistributes weight to the perimeter of the head to increase MOI and create outstanding stability throughout the stroke. The oversized fang-style mallet shape inspires confidence at address while helping golfers maintain a square face through impact for improved consistency on the greens.

This counterbalanced model is built with a 38-inch shaft and extended 17-inch counterbalance grip, allowing golfers to grip down for smoother tempo and improved stroke control. The putter features a 304 stainless steel face insert paired with LA GOLF’s Descending Loft Technology (DLT), which uses four descending lofts (4°, 3°, 2°, 1°) across the face to produce consistent launch and true end-over-end roll regardless of shaft lean or impact position. A single-bend shaft and face-balanced design suit players with a straight-back, straight-through stroke, while adjustable sole weights allow golfers to fine-tune the head weight and feel.

Key Features:

• 3D-printed lattice structure redistributes weight for extremely high MOI and stability

• 304 stainless steel face insert delivers a firm, responsive feel

• LA GOLF Descending Loft Technology (DLT) promotes consistent launch and roll

• Counterbalanced design with a 38" shaft and 17" grip improves tempo and control

• Single-bend shaft and face-balanced design for straight-back, straight-through strokes

• Oversized fang-style mallet head provides maximum forgiveness and stability

• Adjustable weighting system allows golfers to customize head weight and feel

• Tour-inspired alignment lines enhance setup and aiming confidence

The Cobra 3DP2 Tour Supernova Counterbalance Putter combines innovative 3D-printed technology with a counterbalanced design to help golfers achieve smoother strokes, greater stability, and more consistent roll.