Agera Counter Balanced 3D Printed Putter

The COBRA AGERA Counter-Balanced Putter is a multi-material 3D Printed construction with a 38-inch shaft and specially designed 17-inch counter-balance grip to enhance distance control while fostering a fluid and effortless stroke. 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.

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.

Adjustable Weighting System

Interchangeable weights give you the ability to personalize the putters weighting to match your desired feel and control. Nominal 15g weights can move +- 5-10g in either direction. You can purchase additional weight options to match your preferred head weight (5g, 10g, 15g, 20g, 25g. *Sold separately).

Additional Photos

Track Your Game Like The Pros

With the purchase of any COBRA club, you are eligible for free Arccos Smart Sensors to equip your set, and a free trial of the award-winning Arccos app.

Click to Contact Arccos for your Free 45 day trial and Free Sensors ($9.99 shipping charge applies) 

SPECS

MODEL	HOSEL	LOFT	LIE	CUT LENGTH	TOE HANG	HEAD WEIGHT
AGERA COUNTER BALANCED	SINGLE BEND	DLT 4°,3°,2°,1°	70°	38"	0°	385

SHAFT

MODEL	TIP SIZE	SHAFT WEIGHT
KBS CT TOUR	.370	120G

GRIP

SUPERSTROKE ZENERGY FLATSO 17