Facet 75 Outdry Graphite Owl

Columbia + Facet 75 Outdry Graphite Owl - 3

Columbia + Facet 75 Outdry Graphite Owl - 4

Columbia

Facet 75 Outdry Graphite Owl

10 reviews

Hiking shoes - Men - Facet 75 Outdry - Columbia - Spring/Summer 2024

76,90 €

-45%

139,90 €

Unavailable

Advice : Use the foot sizer from SIDAS to help you find the right size

Facet 75 Outdry Graphite Owl

76,90 €

-45%

139,90 €

60 days to change your mind

Get 1,54 € off your next order.

Learn more

Description

The Facet 75 Outdry Graphite Owl hiking boots for men from Columbia are modern and versatile.

The durable mesh construction with no seam overlays and TPU NAVIC FIT SYSTEM™ which provides midfoot support brings comfort and support. In addition, the OutDry™ technology brings waterproofing and breathability to the shoes.

As for the midsole, TECHLITE™ PLUSH technology provides the best cushioning experience and will allow for the smoothest stride and durability that even EVA soles cannot match.

Finally, the ADAPT TRAX™ outsole and its 5mm studs provide excellent traction in wet and dry conditions.

The Facet™ 75 Outdry™ stands out for its versatility and modern hiking shoe style.

Columbia Collection - Spring/Summer 2024

Discover the collections Columbia

Heritage

Discover related categories

Day-Hiking Boots Walking Boots Men's Walking Boots

Technical details

Practical - hiking shoes

Day-hiking

Waterproof

Overview

Brand

Columbia

Sidas foot measurer

Warranty

Year

2024

Season

Spring

Gender

Men

Product details

Weight (g)

430

Shoe material

Synthetic

Vibram

Technical details

Upper

Low

Hiking shoe material

Synthétique

Other features

Upper: Durable mesh / Waterproof OutDry™ construction / TPU support for a better fit

Midsole: TECHLITE™ PLUSH with signature design / TPU heel clip

Outsole: ADAPT TRAX™ offering good traction

Crampons: 5mm

Weight: 833g (pair)

Technologies:

OutDry™	Waterproof, breathable membrane.
NavicFit™ System	Provides a natural fit and perfect midfoot support.
Techlite™ +	A reactive cushioning for high impact absorption and energy return. ‌ ‌ ‌