KEY FEATURES
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BRYSON SERIES - IRONS
£130.00 GBP
The Bryson Signature Series features Bryson DeChambeau‚ uniquely designed woods and single length irons. Both are produced on LA Golf‚ patented 16-sided HD tooling, which has been scientifically proven to enhance feel, performance, and durability.
The Bryson Signature Series wood shaft focuses on stability and accuracy, resulting in a low launching, low spinning, fairway finder. The new design features more feel in the hands and increased workability for a wide variety of swing types.
The Bryson Signature Series iron shafts, once referred to by Bryson as "Texas Rebar," are designed to maximize stability and control in a single length iron set (each shaft is 38"). These come in a variety of flexes, allowing all players to hit more greens consistently.
We produce two different profiles, both .355 tapered tip: a scoring iron for accuracy and a long iron which aids in a higher launch. Bryson plays the higher launch profile in his 4,5 and the scoring iron profile in his 6-W. You can customize this combination based on your game.
Flex:
- 1 (L) : Ladies
- 2 (A) : Senior
- 3 (R) : Regular
- 4 (S) : Stiff
- 5 (X) : Extra Stiff
- 6 (TX) : Tour Stiff
Control
Designed to maximize stability and control, allowing all players to hit more greens consistently.
Swing Hard
Bring your strongest swings to the course while maintaining control.
16-Sided HD
LA GOLF's patented 16-sided HD tooling has been scientifically proven to enhance feel, performance, and durability
HOW TO CHOOSE TO THE RIGHT FLEX?
It's pretty easy to find the general recommendation for flex based on swing speed, but there are nuances, especially at speeds that are on the cusp between two different flexes. Here are some concepts to consider: Generally, players with quick transitions see better results with stiffer shafts and players with more fluid tempo and transition can be better suited for softer flexes. Distance can typically be seen to increase with softer flexes, but timing and tempo are required to keep accuracy. Conversely, dispersion generally decreases with stiffer shafts.