Central heating

We combined the qualities of several fabrics: 1. A warm, comfortable, brushed jersey. 2. A quilted panel on the chest for extra warmth where it is most needed. 3. A windproof, water-repellent outer fabric. The warmth/thickness ratio of this sweatshirt is simply amazing.

A proper fit

Léa, textile designer, sought to balance the sporty fabric with a more elegant line, without ever skimping on comfort. The quilting design with its parallel lines aims to be simple and pure. The sweatshirt is designed to be worn as a second layer. That is to say, with a base-layer shirt underneath and a down jacket on top.

The essential is invisible to the eye

The CW500 sweatshirt was carefully designed down to the last detail. It's simple, just turn it inside out and you'll see that nothing was overlooked. We took care of all the finishing details, even the ones you can't see, but which will make the CW500 sweatshirt last a long time.

The colours

Léa, textile designer, picked out sober, timeless colours for the CW500 that are well suited to the winter season

Tested and approved

Clément, our field test engineer, went to test the CW500 sweatshirt in the Mecca of golf: Saint Andrews. We were able to discover conditions that were a "wee" bit extreme, but normal for November in Scotland, to push the product to its limits. The result? Validation!

Your colours

The CW500 sweatshirt is very suitable for customisation in your team or golf colours.

level of practice	all levels
weather conditions	cold weather
neck type	zip neck
zip type	half zip
hood	without hood
main material	polyester
fit	standard
style	plain
number of pockets	pocket less
pocket	with pocket
windproof	windproof
sleeves length	long sleeves
thumb pass	without thumb pass
grammage	290 g/m²

Raw material	86.708%
Manufacturing	3.252%
Packaging	0.655%
Distribution	5.339%
Use	3.778%
End of life	0.267%

Men's golf sweatshirt - CW500 grey

Features

Design benefits

Design details

Specifications

Details

Composition

Usage & care

Care instructions

Cleaning

Environmental impact

Carbon footprint

Ecodesign approach