£5 OFF RRP! Shop the new TaylorMade TP5 and TP5x golf balls for 2021

The new TaylorMade TP5 and TP5x golf balls have just been released and you can get your hands on them right now for £5 less than the RRP!

Jack Seddon's picture
Mon, 15 Feb 2021
£5 OFF RRP! Shop the new TaylorMade TP5 and TP5x golf balls for 2021

The TaylorMade TP5 and TP5x are two of the most popular golf balls in both the professional and amateur game and in our opinion, having tested pretty much every golf ball out there, they are the best golf balls on the market.

The new 2021 models have just been launched by TaylorMade and are already flying off the shelves as golfers in England prepare for the reopening of golf courses, which isn't too far away.

In the latest TaylorMade balls is the new Tour Flight Dimple Pattern which enhances performance for both TP5 and TP5x, whilst other areas of the golf ball have been improved thanks to feedback from some of the best players in the world, including Dustin Johnson and Rory McIlroy.

The new TP5 and TP5x golf balls are now available at Scottsdale golf for £44.99 per dozen - £5 cheaper than the RRP - and you can shop them through the links below, as well as see a little more about the balls to understand which one might suit your game.




TaylorMade TP5 2021

The 2021 TP5 and TP5x offer complete tee-to-green performance thanks to TaylorMade’s proprietary 5-layer construction. Both models deliver world-class distance off the tee, with the TP5 having a softer feel and more spin around the greens, while achieving fast ball speeds with a new reactive core that is larger than the prior generation. 


TaylorMade TP5x 2021

TP5x is the fastest and longest ball in the current TaylorMade lineup, with a firmer feel and higher launch on iron shots. In addition, it has more greenside spin than the prior generation with a new and softer cast urethane cover. TaylorMade staffers anticipated to play the TP5 are Collin Morikawa and Matthew Wolff (pix), while Dustin Johnson, Rory McIlroy and Tommy Fleetwood will expectedly gravitate toward the TP5x model.