Detailed description

Two fabrics: main component made of 85% polyester and 15% elastane, second component made of 87% polyester and 13% elastane. Close-fitting cut. Lightweight stretch fabric for ease and comfort during play. 2 back pockets for storing your mouthguard and/or tissues. Elasticated waistband for good hold.

Designer

This skirt was co-designed by our product development team made up of passionate hockey players (product managers, designers, engineers, garment designers, prototyping and lab technicians as well as our athletes, like Jill Boon, Berta Bonastre, Laura Nunnink, Thomas Briels, Victor Wegnez and Victor Charlet) and players in our partnered clubs and community.

Designer (ctd)

And also Decathlon's R&D and industrial process specialists in composite materials and one of the two main stick manufacturers in the world.

Information

The information here was provided by the manufacturer or observed by our teams from samples received from the manufacturer.

Approved by our athletes

Jill Boon [ex-captain and 302 caps on the Belgian national team, Olympian (London 2012), player for the Brussels Royal Racing Club (Belgium)]; Berta Bonastre [player for the Spanish national team, bronze medallist at the 2018 World Cup and 2019 European champion, Olympian (Rio 2016), on her way to Tokyo 2021 and player for Club Egara (Spain)]

Approved by our athletes (continued)

Victor Charlet [captain of the French team, player for Waterloo Ducks (Belgium), 2018 World Cup].

level of practice	advanced
intensity	high intensity
place of practice	indoor, outdoor
number of pockets	2 pockets
type of practice	training, competition
main material	polyester
style	plain
pocket	with pocket
type of length	short
condition	new
season	all seasons

Raw material	68.297%
Manufacturing	1.189%
Packaging	1.444%
Distribution	4.664%
Use	24.27%
End of life	0.135%

Women's High-Intensity Field Hockey Skirt FH900 - Black

Features

Design benefits

Design details

Specifications

Details

Composition

Usage & care

Care instructions

Cleaning

Environmental impact

Carbon footprint

Ecodesign approach