Teresa Wide Leg Jeans - Street Shade
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Teresa Wide Leg Jeans - Street Shade

Teresa Wide Leg Jeans - Street Shade

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From $38.84

Original: $110.98

-65%
Teresa Wide Leg Jeans - Street Shade

$110.98

$38.84

The Story

The Teresa Wide Leg Jeans with Contrast Side Panels by NYDJ cinch your waist, enhancing your natural silhouette. A wide leg opening adds drama, side panels in contrasting denim add a fashion-forward twist, and frayed hems give this style a laid-back look. 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, a zip fly with button closure and a shorter inseam than our typical Teresa Wide Leg. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Teresa Wide Leg Jeans - Street Shade - Image 2

Details & Craftsmanship

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

Teresa Wide Leg Jeans - Street Shade - Image 3

Details & Craftsmanship

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

Teresa Wide Leg Jeans - Street Shade - Image 4

Details & Craftsmanship

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

Teresa Wide Leg Jeans - Street Shade - Image 5

Details & Craftsmanship

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

Description

The Teresa Wide Leg Jeans with Contrast Side Panels by NYDJ cinch your waist, enhancing your natural silhouette. A wide leg opening adds drama, side panels in contrasting denim add a fashion-forward twist, and frayed hems give this style a laid-back look. 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, a zip fly with button closure and a shorter inseam than our typical Teresa Wide Leg. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.