Teresa Wide Leg Ankle Jeans - Salton
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Teresa Wide Leg Ankle Jeans - Salton

Teresa Wide Leg Ankle Jeans - Salton

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From $41.65

Original: $119.00

-65%
Teresa Wide Leg Ankle Jeans - Salton

$119.00

$41.65

The Story

The Teresa Wide Leg Ankle Jeans by NYDJ have a lighthearted, on-trend silhouette that's fun to pair with sandals and wedges. A wide leg opening adds drama, while a frayed hem gives this style a laid-back finish. Our Lift Tuck® Technology is made to help you keep your shape with a proprietary slimming panel with a patented criss-cross design that smooths and sculpts. Features five-pocket styling and a zip fly with button closure. Salton is a medium-dark indigo wash with subtle texture that gives it a worn-in look and feel. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Teresa Wide Leg Ankle Jeans - Salton - Image 2

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Teresa Wide Leg Ankle Jeans - Salton - Image 3

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Teresa Wide Leg Ankle Jeans - Salton - Image 4

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Teresa Wide Leg Ankle Jeans - Salton - Image 5

Details & Craftsmanship

Every detail has been carefully considered to bring you the perfect product.

Description

The Teresa Wide Leg Ankle Jeans by NYDJ have a lighthearted, on-trend silhouette that's fun to pair with sandals and wedges. A wide leg opening adds drama, while a frayed hem gives this style a laid-back finish. Our Lift Tuck® Technology is made to help you keep your shape with a proprietary slimming panel with a patented criss-cross design that smooths and sculpts. Features five-pocket styling and a zip fly with button closure. Salton is a medium-dark indigo wash with subtle texture that gives it a worn-in look and feel. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.