Order Within

For Next Day Delivery!

Ecco BIOM G3 BOA Golf Shoes - Dark Shadow

Code 131834-01602

Manufacturer Code 131834-01602

Our Price £159.00 inc. VAT

Price £219.00 inc. VAT

You Save £60.00 27%

DGS Points i

DGS LOYALITY POINT SCHEME

Everytime you shop with us online you earn a point for every pound you spend. Example: Spend £100 and earn £1 to spend on a subsequent order. These points will be allocated to your account automatically. For T&C's please click here.

159

Sale

Ecco BIOM G3 BOA Golf Shoes - Dark Shadow

Sizes

Width

Qty

Add to Basket

BUY AND SAVE

Discounts Currently Available

Save £40.00 when you buy 2 of any Drivers, Fairways or Hybrids
Save £30.00 When you buy a set of Irons and Golf Bag
Save £20.00 When you buy 2 Wedges
Save 10% When you buy quantity 3 or more Golf Balls
Buy any Electric Trolley and get FREE Accessories

Add £91 More To Finance Price Promise Delivery Information More From Ecco Golf

Product Details

Ecco BIOM G3 BOA Golf Shoes - Dark Shadow

Built from a BIOM® NATURAL MOTION® last, this pure performance golf shoe offers a fit and feel that only ECCO can provide. Based on 2,500 scans of human feet, BIOM® gives you the ultimate fit, greater stability and forward momentum for more power during every swing. A re-engineered outsole cleat design, combined with innovative hybrid elements like the toe rotational-line, provide outstanding stability for serious players who prefer spiked shoes.

Features:

Crafted from ECCO leather on a lightweight sole made using ECCO FLUIDFORM™ Direct Comfort Technology
GORE-TEX 100% waterproof technology combines breathability & protection against the elements
BIOM® NATURAL MOTION® Technology brings the player closer to the ground using an anatomical last
ZARMA-TOUR® spikes with hybrid elements, including rotation line on the toe, plus hybrid cleats
Boa® Fit System can be adjusted with a simple twist of the dial and allows for easy on and off
X-TENSA INVISIBLE TECHNOLOGY links the sole unit to the laces via internal enforcement for additional stability