Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293
Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293
Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293
Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293
Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293
Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293

Ecco

Ecco Biom 2.1 X Mountain Mens Dark Clay Brown Shoes 823924 61293

£150.00
£150.00
Sold Out

Size: 42

Colour: Brown

Women's Footwear

UK                  

EU

FOOT LENGTH (millimetres)
2 35 212
2½ 35½ 216
3 36 221
3½ 36½ 225
4 37 229
4½ 37½ 233
5 38 237
5½ 38½ 241
6 39 246
6½ 40 250
7 41 254
7½ 41½ 258
8 42 263
8½ 42½ 267
9 43 272
WIDTH
C Narrow Fit
D Standard Fit
E Wide Fit
EE Extra Wide Fit

 

Men's Footwear

UK EU FOOT LENGTH (millimetres)
5 38 237
5½ 38½ 241
6 39 246
6½ 40 250
7 41 254
7½ 41½ 258
8 42 263
8½ 42½ 267
9 43 272
9½ 44 276
10 45 280
10½ 45½ 285
11 46 289
11½ 46½ 293
12 47 298
12½ 47½ 302
13 48 306
13½ 48½ 310
14 49 314
14½ 50 319
15 51 323
WIDTH
G Standard Fit
H Wide Fit

Item No: 82392461293

Go wild and go fast, even on rainy days, in ECCO BIOM 2.1 X MOUNTAIN, an athletic hiking shoe with GORE-TEX, made for fast hiking and other adventures. Sublime comfort and high performance are combined in a shoe powered by BIOM® NATURAL MOTION® technology, with the flexible, lightweight sole allowing optimal natural movement  - an experience to remember!

  • Ripstop fabric protects against tearing and ripping, with a seamless construction for a clean, sporty look
  • GORE-TEX waterproof and windproof protection to keep you dry and comfortable
  • Designed with BIOM® NATURAL MOTION® that enourages more natural movement for performance comfort
  • Soft and ultra-light PHORENE™ midsole delivers energy return and bounce
  • Reinforced sole construction for extra stability, along with a rock plate to protect your foot from stones and rocks
  • Innovative cleats on the ECCO PERFORMANCE RUBBER+ outsole offer grip, multi-directional traction and stability