Crucial to the Tour Burner driver's performance is TaylorMade's new Dual Crown technology, wherein the size of the crown is noticeably smaller than the large sole. A clearly delineated groove encircles the extra large clubhead, separating the crown and sole. The smaller crown is 12% lighter than the crown of TaylorMade's Burner driver. Also crucial is TaylorMade's Ultra-Thin Wall casting technology, which allows the clubhead walls to measure as little as .55 millimeters thick.

The weight saved by the Tour Burner driver's Dual Crown and Ultra-Thin Wall technologies is redistributed to create an exceptionally low CG location – among the lowest ever in a TaylorMade driver. On a vertical axis, the Tour Burner's CG is positioned 40% lower in relation to the center of the clubface than the Burner TP.

The Tour Burner driver head's exceptionally high MOI makes it extremely stable and forgiving on off-center hits. That benefit, combined with the advantage provided by TaylorMade's renowned Inverted Cone clubface technology, results in even higher ball speed on off-center hits. Inverted Cone Technology, characterized by a shallow cone milled directly onto the inner side of the clubface, changes the way the face behaves at impact so that a larger area of the face delivers higher ball speed. The combined benefits of the Tour Burner driver's high MOI and Inverted Cone Technology result in what TaylorMade calls "effective MOI," or "eMOI," that exceeds 5800 (the USGA's limit on MOI is 5900).
Clubface is engineered 1° open (standard Tour Burner is square)