QUECHUA
Kids' Velcro Hiking Shoes MH120 LOW 28 to 34 - Grey and Green
Our designers who are parents of young hikers have designed these kids’ low hiking shoes for walking on easy trails
These low-cut shoes are ideal for hiking in both dry and damp conditions. Lightweight, water-resistant, and offering superior grip, they're a top choice for your child's outdoor activities.
ID 8504154
BENEFITS
Easy dressing
Thanks to their Velcro strip, your child can easily put these on themselves
Lightweight
185 g per shoe in junior size 12.
Robustness
Flex areas and reinforced glue lines.
Traction
The shape and depth (3mm) of the studs ensure grip on all terrains
Cushioning
Exclusive heel cushioning system. Guaranteed comfort and durability.
Water repellent
Its synthetic fabric withstands fine rain for 1 hour
TECHNICAL INFORMATIONS
Sole grip
The grip of our soles is certified.
To be awarded certification, the shoes must pass laboratory tests to assess the grip rate (0.6 for this model) on different surfaces (Smooth, Rugged, Dry, Wet).
To validate these tests, we also assess the quality of our soles on the field, in the mountains, by a panel of young testers.
Which size should I select
For hiking, don't hesitate to get one size larger than your child's usual shoe size. This will ensure optimal comfort on the way down and prevent the toes from banging against the shoe. Tip: keep nails short and, before any descent, check that the Velcro and/or laces are properly fastened to prevent the foot from slipping forward in the shoe.
BUYING TIPS
Allow children to try on both shoes, standing up, with the socks worn for hiking. Check two comfort points: the base of the heel and the front part of the foot going down. Avoid all pressure points when trying shoes on.
Gradually start using you shoes during your first few hiking trips to break them in.On the internet, you can print the outline and check the foot length: https://pdfcoffee.com/pedimetreuepdf-pdf-free.html
REMOVABLE INSOLE
Removable insole for faster drying. It can also be replaced by an orthopaedic insole.
Product design: our expertise
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 designing your mountain walking products and providing you with all our expertise.
composition
composition
Outer sole of: 100.0% Styrene Butadiene Styrene; Upper of: 34.2% Polyurethane, 65.8% Polyester; Lining and sock of: 100.0% Polyester
Tips for storage and maintenance
HAND WASH. MAXIMUM TEMPERATURE OF 40°C.
Storage tips
Store in a dry, ventilated place
TESTS AND WARRANTY
Test product
Our Decathlon Sportslab laboratory, based in Lille, also contributes to the innovation and development of our Quechua products. It brings together 4 themes, each with their own area and technological tools: Body shape (3D analysis in particular) Movement science Thermal comfort (with its four climatic chambers) Behavioural and sensory sciences
Warranty
2 Years
Agree by
To meet your requirements, Quechua products are tested in the mountains in conditions you will encounter during your hikes. Sarah, our Field Test Engineer, as well as a panel of child testers, test the products throughout their development until they’re offered for sale.
Ecodesign approach
With ecodesign, we reduce the environmental impact of our products.
Analysing 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.
Ecodesign actions on this product
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MaterialRecycled thermoplastic
Product made from 11% recycled thermoplastic
Using recycled thermoplastic rather than conventional thermoplastic reduces the CO2 emissions linked to the material by at least 11%.
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MaterialRecycled polyester
Product made from 18% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.