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Women's Full Grip Horse Riding Leggings 500 - Black
Looking for ultra-comfy leggings for riding? Our Leggings 500 are made from a super stretchy fabric that makes them so comfortable you'll forget they're even there.
ID 8772451
- 2-year warranty
- 365 days to return for members
freedom of movementThe very stretchy fabric will follow your every move.
stabilityHigh waist and stretchy fabric to stay in place.
gripThe silicone seat gives you grip and stability in the saddle.
user comfortSoft fabric and wide waistband for total comfort.- Pockets:They have a zip pocket on the thigh to keep your favourite accessories to hand.
- Leg:Straight leg with Lycra insert to make them easy to put on, keep them in place, and prevent bundled fabric in boots or half-chaps.
- Grip:The print and silicone seat were designed to give you strategic points of contact for excellent stability in the saddle.
Features
Design benefits
Design details
Specifications
Details
| frequency | regular |
| place of practice | indoor, outdoor, stable, indoor school / outdoor arena |
| weather conditions | all weather |
| fit | fitted |
| type of belt | elasticated belt |
| number of pockets | 1 pocket |
| reversible | not reversible |
| grip type | silicone seat |
| key/phone pocket | |
| main material | polyester |
| style | plain |
| type of length | long |
| condition | new |
| belt height | high waistband |
| reinforced area | without reinforced area |
| season | all seasons |
| pattern | without pattern |
Composition
Main fabric: 23.0% Elastane, 77.0% Polyester |
Yoke: 13.0% Elastane, 87.0% Polyester |
Usage & care
Environmental impact
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 70% recycled polyesterUsing recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.
