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QUECHUA
Trek through mud and puddles with ease.
These waterproof low-tops feature breathable membranes and durable rubber soles, plus extra toe protection and sturdy grip. Lace up and hit the trails.
ID 8664474
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Synthetic detailing on the front foot for resistance against abrasion in nature
Each shoe only weights 435 g for UK size 7
Synthetic toe bumper at the front of the foot to protect you from stones
Sole design and 4 mm spike clears mud easily
Sole composition & design encourages grip on walking trails
Soft, honeycomb rubber sole to ensure your foot rolls smoothly.
Breathable 5 mm insole | Ankle collar: comfortable foam
Waterproof, breathable membrane | Tested during a 2-hour walk in the rain
The sole’s design is the result of long research carried out in our labs. It is composed of a specific rubber formula which optimises grip and traction. We are systematically looking for the best compromise for walking on soft (e.g. forest paths) and stony (e.g. coastal paths) hiking trails. When used on roads, this can lead to the premature wear of your boots and cause discomfort. They are not suitable for mountain walking.
Laboratory tests were conducted to test the following elements: tearing eyelets and straps, gluing, toxicology, UV resistance, abrasion resistance of outsole and upper components, accelerated ageing. These tests allow us to improve the quality of our products and prevent premature wear of our hiking shoes.
NH150 WP boots have been tested for 2000 flexes in the laboratory. This means they will stay waterproof for a 2-hour hike. During the waterproofing test, we test 3 levels of waterproofing: - 2000 flexes, about 2 hours of hiking - 4000 flexes, about 4 hours of hiking - 8000 flexes, about 8 hours of hiking We recommend you use a re-waterproofing spray several times a year to regain the original water-repellency and prevent
Laboratory- and field- tested, these shoes have a membrane to ensure optimal waterproofing and breathability. First, the shoe is immersed in water while internal air pressure is applied to check that no bubbles form on the surface of the footwear. Next, shoes are fitted to a mechanical arm that simulates walking and half immersed in water so we can test that the inside remains perfectly dry.
Try on both shoes, standing up, with the socks worn for hiking. Try on several models or sizes if necessary. Check two comfort points: - the heel seating - the front of the foot on a downward slope Avoid any pressure points when fitting. Feel free to walk around to test the comfort and support. Gradually start using you shoes during your first few hiking trips to break them in.
These shoes are slightly breathable, but not enough to evacuate all humidity created by your perspiration. We advise you to choose Hike 100 Mid socks: they contain moisture-absorbing cotton and have a reverse terry-knit construction under the sock that wicks moisture away from your foot. They are also high enough to protect your ankle from the shoe. It is an excellent combination to reduce the chance of blisters.
2 Years
We recommend you store your shoes in a dry, dark and, if possible, ventilated place away from any heat source.
Do not use on hilly terrain or on tarmac.
Upper of: 5.0% Elastane, 50.0% Polyamide, 30.0% Polyurethane, 15.0% Polyester; Outer sole of: 100.0% Butadiene Rubber; Lining and sock of: 30.0% Polyurethane, 70.0% Polyester
Our Quechua global design centre is based in Passy, at the foot of Mont-Blanc in Haute Savoie. This location makes it a real meeting place for our teams (designers, product managers, engineers, etc) and outdoor sports enthusiasts. A great asset for co-designing high-quality products for your hikes and giving you access to all our expertise.
To meet your requirements, Quechua products are tested out in the heart of nature in the type of conditions you may encounter during your hikes. Our teams, as well as a tester panel (made up of partners, ambassadors and customers), test products throughout their development until they go to market.
With ecodesign, we reduce the environmental impact of our products.
Analyzing the product's environmental footprint enabled us to identify the most impactful stages of its life cycle. Thanks to this approach, our design teams were able to develop this product while significantly reducing its environmental impact.
Product made from 1% recycled polypropylene
Using recycled polypropylene rather than conventional polypropylene reduces the CO2 emissions linked to the material by at least 44%.
Product made from 11% recycled rubber
Using recycled rubber rather than conventional rubber reduces the CO2 emissions linked to the material by at least 26%.
Product made from 13% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.
Product made from 6% dope dyed yarn
Using this mass-dyeing process enables us to reduce CO2 emissions linked to the production of dyed textiles by at least 17% compared to conventional dyeing.
