Item nr. 832923-02163


The mid-cut ECCO EXOSTRIKE women's outdoor boot provides the support and stability you need on rugged terrain. Tough, innovative leather is paired with an ultra-light midsole for a comfortable step, and a rubber outsole for traction.

  • DYNEEMA® BONDED LEATHER BY ECCO is strong, yet lightweight for added adventure and exploration
  • Hidden-lacing structure adds another element of protection for your feet  
  • Ankle and heel padding provides additional wearing comfort
  • Soft and lightweight ECCO PHORENE™ midsole offers excellent energy return
  • Distinctive, street-style boot includes a moulded, external silicon-embossed leather heel cap
  • Rugged rubber outsole for durability and grip in any weather


Nubuck leather

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Size guide - Women

At ECCO we are committed to make your online shopping experience as easy as possible. The best way to make sure that you order the right size is to measure your feet and then compare it with the size chart below to find the appropriate size. Please follow these 4 simple steps to accurately measure your feet:

  • All your need to measure your feet from heel to toe is a piece of paper, a pencil and a ruler.

  • Place the paper on the floor up against a wall. Place the heel against the wall.

  • Mark the longest part of your foot on the paper. Repeat procedure with the other foot.

  • Measure the length of each mark and match it with the size chart. Let the longest foot decide the shoe size.


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Biom® is modelled from

2500 Athletes' feet


How we made it

We scanned 2,500 athletes' feet to construct the optimal anatomical fit that matches nuances and curves of all feet.


How it feels

BIOM technology provides a lightweight flexibility and ensures a supremely comfortable fit that mimics the motion of bare feet.

How it works

BIOM Natural Motion frees you to move efficiently and powerfully, encouraging your feet and lower legs to strengthen with every step.

What is Biom®?

BIOM means "biomechanical optimization"; a technique to make the foot activate its own natural systems for shock absorption and motion.