PXG 0811 XT Gen 4 Driver Unboxing

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PXG 0811 XT GEN4 DRIVER

THE BEST WE’VE EVER MADE
BY A LONG SHOT
$599

KILLER LOOKS. KILLER PERFORMANCE.
The PXG 0811 XT GEN4 Driver brings colossal performance in a sleek package. The tour-inspired tear drop head shape is engineered to improve aerodynamics for faster clubhead speeds and extremely fast ball speeds.

PRECISION WEIGHTING TECHNOLOGY
Three weight ports in the sole support significant head weight adjustability and trajectory fine-tuning for spin and bias.

INNOVATIVE HEAD SHAPE
The PXG 0811 XT Driver presents a shallow face with a more parallel crown and sole design to help increase ball speed performance.

DISTINCTIVE FACE DESIGN
A smaller, heel-to-toe, and shallower face design reduces drag forces, which helps increase ball speed performance for players, especially those with swing speeds above 105 MPH.

ADJUSTABLE HOSEL
PXG’s adjustable hosel can change the loft (+/-) 1½ degrees to optimize the trajectory.

TECHNOLOGY THAT PERFORMS
HYBRID CROWN CONSTRUCTION
HYBRID CROWN CONSTRUCTION
GEN4 Drivers utilize a hybrid crown with titanium in the heel/toe to increase durability and stiffness of the structure for optimal spring and faster ball speeds. The carbon fiber center reduces mass in the top of the clubhead helping to lower the CG position, increase the MOI, and optimize ball flight.

ALUMINUM VAPOR
ALUMINUM VAPOR
Through a vapor deposition process conducted in a vacuum-sealed chamber, Aluminum Vapor (AV) Technology increases the stiffness and stability of the carbon fiber.

HONEYCOMB TPE INSERT
HONEYCOMB TPE INSERT
The Honeycomb TPE Insert is a high-performance, vibration-dampening polymer incorporated to enhance the overall feel and sound of the club at impact. Positioned in the sole of the clubhead, it also helps optimize the center of gravity.

HIGH-SPEED FACE
HIGH-SPEED FACE
Made from a high-strength Ti412 titanium alloy, a material that has an exceptionally high yield strength and low elastic modulus, the driver’s high-speed face supports significant face deflection and spring to create ultra-fast ball speeds.

ROBOTIC POLISHING
ROBOTIC POLISHING
Robotic polishing is a high-precision process that ensures the face thickness and the face curvature (the bulge and roll radii) are manufactured to design specs that maximize performance and impart corrective spin for ideal ball flight on off-center shots.

HYBRID CROWN CONSTRUCTION
HYBRID CROWN CONSTRUCTION
GEN4 Drivers utilize a hybrid crown with titanium in the heel/toe to increase durability and stiffness of the structure for optimal spring and faster ball speeds. The carbon fiber center reduces mass in the top of the clubhead helping to lower the CG position, increase the MOI, and optimize ball flight.

ALUMINUM VAPOR
ALUMINUM VAPOR
Through a vapor deposition process conducted in a vacuum-sealed chamber, Aluminum Vapor (AV) Technology increases the stiffness and stability of the carbon fiber.

HONEYCOMB TPE INSERT
HONEYCOMB TPE INSERT
The Honeycomb TPE Insert is a high-performance, vibration-dampening polymer incorporated to enhance the overall feel and sound of the club at impact. Positioned in the sole of the clubhead, it also helps optimize the center of gravity.

HIGH-SPEED FACE
HIGH-SPEED FACE
Made from a high-strength Ti412 titanium alloy, a material that has an exceptionally high yield strength and low elastic modulus, the driver’s high-speed face supports significant face deflection and spring to create ultra-fast ball speeds.

ROBOTIC POLISHING
ROBOTIC POLISHING
Robotic polishing is a high-precision process that ensures the face thickness and the face curvature (the bulge and roll radii) are manufactured to design specs that maximize performance and impart corrective spin for ideal ball flight on off-center shots.

HYBRID CROWN CONSTRUCTION
HYBRID CROWN CONSTRUCTION
GEN4 Drivers utilize a hybrid crown with titanium in the heel/toe to increase durability and stiffness of the structure for optimal spring and faster ball speeds. The carbon fiber center reduces mass in the top of the clubhead helping to lower the CG position, increase the MOI, and optimize ball flight.

ALUMINUM VAPOR
ALUMINUM VAPOR
Through a vapor deposition process conducted in a vacuum-sealed chamber, Aluminum Vapor (AV) Technology increases the stiffness and stability of the carbon fiber.