🚚 Free Worldwide Shipping on All Orders!Shop Now
Giselle Wide Leg Ankle Trouser Pants - Dark Indigo
Super wide and super breezy, the Giselle Wide Leg Ankle Trouser Pants by NYDJ feel amazing in lightweight 100% cotton denim. They're designed to sit a little lower on the waist but can also be worn as a high-rise silhouette pulled up to the natural waist. Tailored details, including front pleats and back button welt pockets, make them easy to dress up. Finished with a zip fly, a hidden hook-and-eye closure and front slash pockets. This pant is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Giselle Wide Leg Ankle Trouser Pants - Dark Indigo
Giselle Wide Leg Ankle Trouser Pants - Dark Indigo
Super wide and super breezy, the Giselle Wide Leg Ankle Trouser Pants by NYDJ feel amazing in lightweight 100% cotton denim. They're designed to sit a little lower on the waist but can also be worn as a high-rise silhouette pulled up to the natural waist. Tailored details, including front pleats and back button welt pockets, make them easy to dress up. Finished with a zip fly, a hidden hook-and-eye closure and front slash pockets. This pant is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Select Size
From $45.15
Original: $129.00
-65%Giselle Wide Leg Ankle Trouser Pants - Dark Indigo—
$129.00
$45.15Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Super wide and super breezy, the Giselle Wide Leg Ankle Trouser Pants by NYDJ feel amazing in lightweight 100% cotton denim. They're designed to sit a little lower on the waist but can also be worn as a high-rise silhouette pulled up to the natural waist. Tailored details, including front pleats and back button welt pockets, make them easy to dress up. Finished with a zip fly, a hidden hook-and-eye closure and front slash pockets. This pant is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
