Cobra Supernova 3D Printed Putter - Counterbalance - Indoor Demo

Cobra Supernova 3D Printed Putter - Counterbalance - Indoor Demo

Cobra Supernova 3D Printed Putter - Counterbalance - Indoor Demo 38"

Cobra Supernova 3D Printed Putter - Counterbalance - Indoor Demo

Cobra Supernova 3D Printed Putter - Counterbalance - Indoor Demo

Cobra Supernova 3D Printed Putter - Counterbalance - Indoor Demo

$269.95 CAD$449.95 CAD

We have this item in stock. It will ship within 1 business day.

What is an Indoor Demo?

Demo golf clubs are trial versions of golf clubs that golfers test during a fitting before making a purchase. These clubs have never been hit outdoors, and have been taken care of by our store experts. Condition of clubs can be anywhere from 8/10 to 10/10 depending on their use throughout the season, most clubs are like new.

These pictures depict the AVERAGE condition of the indoor demo drivers. If you would like photos of certain clubs and their conditions, please email marketing@golfvault.com

*NO HEADCOVER INCLUDED*

Product Overview:

The COBRA SUPERNOVA is a multi-material 3D printed construction that brings ultimate stability in a fang style putter shape. Featuring a single bend shaft designed for players with a straight-back, straight-through stroke type. Paired with LA GOLF’s Descending Loft Face Technology that delivers consistent launch and unmatched end-over-end roll performance.

Features:

LA GOLF's Descending Loft Technology

LA GOLF’s proprietary Descending Loft Technology utilizes 4 descending lofts (4°,3°,2°,1°) to mitigate delofting and the addition of loft through head delivery during impact, so no matter your attack angle, every putt has a consistent launch and trajectory.

6061-Aerospace Grade Aluminum Face Insert

COBRA 3D Printed Putters feature an all black 6061-aerospace grade aluminum insert that delivers a more solid and stable feel at impact.

Hit Your Line

Featuring a single bend shaft for players with a straight-back straight-through stroke and a new three-line alignment aid that uses varying thicknesses to provide clearer visuals at address.