subject: TaylorMade Tour Burner Irons for Less Effort Consuming [print this page] TaylorMade Tour Burner Irons for Less Effort Consuming
The TaylorMade Tour Burner irons aim to satisfy a wide range of golfers, combining tour-caliber features with greater forgiveness than some top-of-the-line models. The midsize irons feature a medium top line, medium sole width, and mid-to-high launch. These irons are a bit pricy but you can find discount for golf online around this month to save some money.
The Tour Burner irons feature a variety of technologies that allow them to live up to the Burner family reputation for speed and distance, starting with an ultra-thin, 2.2 millimetre clubface that delivers high COR for increased ball speed and distance. In comparison, the average competitor's face thickness measures 2.8 mm. TaylorMade Tour Burner irons also feature TaylorMade's Inverted Cone clubface technology, visible on the backside of the clubface. Pioneered in our drivers, Inverted Cone Technology enlarges the portion of the clubface that delivers high ball speed, allowing the Tour Burner irons to promote improved ball speed and distance on off-centre hits. Distinct heel and toe weighting is visible on the back of the Tour Burner irons, which increases MOI for greater stability and performance on off-centre hits. The large "multi-functional" sole is bevelled at the back to make it perform like a much thinner sole, which increases playability from a variety of lies. This "multi-functional" sole is critical to promoting a performance difference that helps separate the Tour Burner irons from other irons of its type. The multi-functional sole also features a low and deeper centre of gravity that makes it easy to launch the ball on a powerful and penetrating flight.
Not only do they give you great distance, it is just such effortless distance. The TaylorMade Tour Burner irons would be a really good iron to try out for slower swingers, or senior players. It's hard to find another iron that gives so much distance for such little effort.
