1. Golf
  2. Clubs
  3. Hybrids
  4. TaylorMade Burner Superfast 2.0

Similar Listings

Item removed
View 99 similar listings

Taylormade Burner Superfast 2.0 3 Hybrid 18* REAX 60g Senior Graphite Mens RH HC

$40.99
  • Purchases protected by Buyer Guarantee
  • No-Questions-Asked returns with
  • Estimated Delivery: 11/13 - 11/15

Taylormade Burner Superfast 2.0 3 Hybrid Condition Grade: 7 - Fair Details: • Men's Right-Handed • 3 Hybrid - 18 Degrees • Length at address: 41" • Taylormade REAX Seniors Flex Graphite Shaft • Stock Taylormade Standard Grip in Good condition • Headcover included • Shaft Weight: 60 g This club is preowned. The face and head show heavier marking and wear. Overall, the club is cosmetically in average-to-below average condition. Some of the paint on top of or around the edges of the head is chipped. Please see the photos. This club is 100% authentic!!

Perfect hybrid for:
Golfers seeking a lower cg to promote higher launch angle and a more usable face area.
Accuracy/Control
Forgiveness
Distance

TaylorMade Burner Superfast 2.0 Hybrids are designed for golfers seeking increased distance and playability. The longer and lighter shaft promotes faster swing speeds, while the heel-biased center of gravity enhances draw and distance. The contrasting white crown and black clubface facilitate alignment and improve accuracy, making the Burner Superfast 2.0 a great choice for golfers looking to add distance and versatility to their game.

This one’s for the power hitters! The Burner Superfast 2.0 Hybrid is all about max distance with no sacrifice on forgiveness. Its oversized head and deep cavity give you a massive sweet spot, making it ideal for those with slower swing speeds (or anyone who just wants to send it). While it may not be as precise as some other models, its raw power potential makes it a great choice for those looking to extend their game. Just be prepared for a slightly higher launch angle.

Jonathan Sessa

Have One to Sell?

Shop our most popular Hybrids

See More

427 Related listings in Hybrids

See More