Women's Horse Riding Jodhpurs Be You 500 - Navy/Comet Blue
Store Availability
Store availability
BENEFITS
Freedom of movement
Dual-stretch components for limitless movements. Lycra lower leg.
Abrasion resistance
The main component provides good abrasion resistance.
TECHNICAL INFORMATIONS
High waist:
As elegant as they are comfortable, you'll love their high waistband as well as the pleats inspired by ready-to-wear. The wide elastic flatters your waist without squeezing.
Grip / Freedom of movement:
The main component doesn't slip.
These jodhpurs don't have any additional grip. This means you'll be more comfortable and have greater freedom of movement in the saddle and leg placement. Our wish is that this will help promote better communication with your horse and thus a better ride.
We recommend these jodhpurs for intermediate riders with a good seat and leg stability.
Pockets:
The slant pockets are elegant, practical, and easy to access.
These jodhpurs also have a zip-up phone pocket on the thigh.
COMPOSITION
composition
Main fabric: 7.0% Elastane, 93.0% Polyamide; Yoke: 20.0% Elastane, 80.0% Polyamide; Pocket: 35.0% Cotton, 65.0% Polyester
Tips for storage and maintenance
MAXIMUM WASHING TEMPERATURE 30°C. NORMAL TREATMENT.
BLEACHING EXCLUDED.
DO NOT TUMBLE DRY.
DO NOT IRON.
DO NOT DRY CLEAN.
TESTS AND WARRANTY
Warranty
2 Years
Ecodesign approach
With ecodesign, we reduce the environmental impact of our products.
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.
Ecodesign actions on this product
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MaterialRecycled polyamide
Product made from 75% recycled polyamide
Using recycled polyamide rather than conventional polyamide reduces the CO2 emissions linked to the material by at least 38%.
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Material
Recycled polyester
Product made from 9% recycled polyester
Using recycled polyester rather than conventional polyester reduces the CO2 emissions linked to the material by at least 17%.