Last chance
Girls' Tennis Skirt TSK900 - Off-White
Ultra light skirt with integrated shorts. The cut and components provide excellent freedom of movement.
- 2-year warranty
- 365 days to return for members
stretchFollows your movements thanks to the cut and polyester elastane mesh.
moisture managementThe breathable fabric wicks away perspiration.
ball carryingCan hold up to 2 balls.- Easy careQuick washing and drying.
Features
Summary
Our designers developed this skirt for young tennis players, playing in hot weather. Also suitable for other racket sports.
ID: 8669645
Design benefits
Design details
Specifications
Details
| level of practice | all levels |
| weather conditions | all weather |
| main material | synthetic |
| without pocket | |
| style | plain |
| number of pockets | pocket less |
| condition | new |
| fit | straight |
| type of length | mid-thigh |
| season | all seasons, winter, spring, summer, autumn |
| belt height | mid waistband |
| under-short | with shorty integrated |
Composition
Main fabric: 16.0% Elastane, 84.0% Polyester |
Main fabric - Inner layer: 13.0% Elastane, 87.0% Polyester |
Yoke: 10.0% Elastane, 90.0% Polyester |
Usage & care
Environmental impact
Carbon footprint
Kg CO2 eq.
4.069Contribution
| Raw material | 65% |
| Manufacturing | 2% |
| Packaging | 2% |
| Distribution | 7% |
| Use | 24% |
| End of life | 0% |
It is calculated by modelling the life cycle of the product following the recommendations of the PEF methodology (Product Environmental Footprint). This carbon footprint is an estimate. It may therefore be slightly overvalued or undervalued.Learn more
Ecodesign approach
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.More about our approach
Recycled polyester
Product made from 79% recycled polyesterUsing recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.
