The FT-i Driver set a new standard in driver performance. The new FT-i Squareway Woods will do the same in fairway woods.
With a Moment of Inertia (MOI) approaching that of Callaway Golf's best selling drivers, the FT-i Squareway Woods provide unprecedented accuracy, forgiveness and stability for longer, straighter shots off the tee or from the fairway.
The giant leap in MOI is a result of proprietary Fusion Technology that seamlessly combines a stainless steel face, sole and body with a carbon composite crown, allowing discretionary weight to be strategically placed in the extreme corners of the uniquely shaped clubhead.
The result is the most forgiving fairway wood Callaway Golf has ever created.
A new standard in fairway woods.
Like the FT-i Driver did for drivers, the FT-i Squareway Woods set a new standard in fairway woods. With a moment of inertia (MOI) approaching that of our best selling drivers, they are the most forgiving fairway woods we've ever created.
Grip: Women's Winn Grip for ultimate feel and control.
Shaft: Women's Fujikura Sakura Graphite Shaft engineered for women
Squareway Inertial Design
The Squareway Inertial Design positions discretionary weight to the extreme corners of the clubhead, raising the MOI for unparalled resistance to twisting. The result is straighter and more forgiving shots hit over a wide area of the face.
Multi-material construction combines a stainless steel face, sole and body with a lightweight, carbon composite crown so Callaway Golf engineers can move discretionary weight where it is needed most. The result is better stability and distance.
Oversized Head Shape
Allows for a higher MOI to increase forgiveness and stability at impact for better accuracy.
Callaway Golf Core Technologies
VFT Technology maximizes ball speed and perimeter weighting for more distance and forgiveness; S2H2 increases discretionary weight by removing it from the hosel and repostioning it in the perimeter of the clubhead.
Note: This is for your reference and does not denote the content of the product.