CobraCobra Left Handed AEROJET LS Driver

left handed says 

"Unleash unparalleled speed and precision with the Cobra Left Handed AEROJET LS Driver, a marvel of modern golf engineering. This driver is crafted with a seamless aerodynamic design to maximize clubhead speed, propelling your game further than ever before. At its core, the innovative PWR-BRIDGE weighting system enhances face and sole flexibility, optimizing CG placement for explosive ball speeds. The driver's PWRSHELL face, infused with H.O.T Face technology, ensures a wide range of efficient speed and spin, thanks to AI-driven variable thickness. With adjustable heel and toe weights for customized ball flight and a lightweight carbon fiber construction, the AEROJET LS is your ticket to achieving your best performance on the fairway."

The Aerojet LS utilizes an advanced aerodynamic design to enable the fastest club speed possible.

AERODYNAMIC SHAPING
A seamless aerodynamic design is adapted to deliver faster clubhead speed for maximized distance.

PWR-BRIDGE WEIGHTING
An innovative suspended bridge weight design enables unrestricted flexibility of the face and sole, and positions the CG low and forward to unleash faster ball speed.

PWRSHELL WITH H.O.T FACE
A forged PWRSHELL face insert maximizes flexibility for faster ball speed and higher launch. A H.O.T Face design uses artificial intelligence to create a variable thickness pattern that delivers more efficient speed and spin across the face.

ADJUSTABLE WEIGHTING
Two adjustable weight settings in the heel and toe allow for a neutral or fadebiased ball flight.

CARBON CROWN AND SOLE
A carbon fiber crown and sole create a lighter and stronger chassis

PWR-BRIDGE WEIGHTING

An innovative suspended bridge weight design enables unrestricted flexibility of the face and sole, and positions the CG low and forward to unleash faster ball speed.

PWRSHELL WITH H.O.T FACE

A forged PWRSHELL face insert maximizes flexibility for faster ball speed and higher launch. A H.O.T Face design uses artificial intelligence to create a variable thickness pattern that delivers more efficient speed and spin across the face .