In a nutshell

Pad thickness: 13 mm Pad density: 100 kg/m3 Pad firmness: 25 KPa

UNDERSHORTS SUPPORT

We wanted to provide the support you need, even without straps. That's why these close-fitting undershorts have a wide elasticated waistband that adapts to you and stays in place, without requiring any adjustments.

A SECOND SKIN WITH COMFORT TO BOOT.

This pad is designed for regular users. The support foam is soft with medium firmness. Provides good user comfort and protects the cyclist's pressure zones for rides of up to 3 hours. Foam thickness: 13 mm Foam density: 100 kg/m3 Foam firmness: 25 KPa

SHORTS, UNDERSHORTS

Undershorts are to MTB what kilts are to Scotland: you wear them against your skin! To avoid chafing, we therefore recommend changing them and washing them as if they were underwear. And when you're riding, your shorts and undershorts should never be attached. Why? Because each has their own role to play: - The undershorts stay in place for comfort and support. - The shorts move with you for better freedom as you cycle

CARE INSTRUCTIONS

You can find detailed info on looking after your mountain bike clothing on our website

Product tests

Our team of product designers based at the B'Twin Village in Lille is continuously working to make cycling more comfortable for our users. Our obsession is to create products that meet the specific cycling needs of our users and eliminate hindrances to a good cycling experience.

intensity	mid intensity
weather conditions	warm weather
reversible	not reversible
straps	without straps
zip type	no zip
pocket	without pocket
stitching type	flat stitching
main material	polyester
style	plain
number of pockets	pocket less
type of length	short
type of practice	sport mtb
belt height	high waistband
reinforced area	without reinforced area
season	all seasons
retaining strip	without retaining strip

Women's Mountain Biking Undershorts Comfort 500 - Black

Features

Design benefits

Design details

Specifications

Details

Composition

Usage & care

Care instructions

Cleaning

Environmental impact

Ecodesign approach