The TaylorMade Burner 2.0 Iron Set franchise has been one of the most successful in TaylorMade’s history and with the 2.0 model the company have really looked to move this on a notch. The previous model was designed in pods of two or three irons so that long irons performed differently from the mid and short irons. However, this time round TaylorMade engineers have designed each club independently so they can more precisely place the CG to optimise the launch of each TaylorMade Burner 2.0 Iron Set. The irons also feature TaylorMade’s inverted cone technology which has been around for a few years and is designed to improve ball speed on off-centre strikes. However, again this technology has been slightly tweaked in each individual club so it is strategically placed throughout the set. Elsewhere, a new flight control shaft has been designed to promote a higher launch and more power in the long irons with more spin and shot-stopping capability in the shorter clubs.
The TaylorMade Burner 2.0 Iron Set consists of irons individually engineered, resulting in the enhancement of multiple club properties that promote distance, uniform distance-gaps, increased playability and better sound and feel. A multi-functional sole lowers the center of gravity and reduces turf-drag to make it easy to launch shots high and long, while the inverted cone in each clubface is strategically sized and shaped center of gravity location in each head is precision-placed to optimize long-, middle- and short-iron flight; high-coefficient of restitution faces promote fast ball speed for long distance in the long-irons.
Each TaylorMade Burner 2.0 Iron Set individually engineered, resulting in the enhancement of multiple club properties that promote distance, uniform distance-gaps, increased playability and better sound and feel.
Multi-functional sole lowers the CG and reduces turf-drag to make it easy to launch shots high and long, while the Inverted Cone in each TaylorMade Burner 2.0 Iron Set clubface is strategically sized and shaped.
CG location in each head is precision-placed to optimize long, middle and short-iron flight; high-COR faces promote fast ball speed for long distance in the long-irons.