🚚 Free Worldwide Shipping on All Orders!Shop Now
1 / 6
+1
Briella 11 Inch Denim Shorts - Mist Springs
Bask in the sunshine and the sure-to-be-coming compliments in NYDJ’s Briella 11 Inch Denim Shorts with Roll Cuffs. A longer inseam gives you just the right amount of comfort and coverage for active days, while the rolled cuff offers a touch of polish. This flattering short features our signature Lift Tuck® Technology to slim from within. Features classic five-pocket styling, zip fly and button closure. Mist Springs is a timeless medium-light blue wash with soft sanding and faded whiskers for a lived-in vintage look. This short is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Bask in the sunshine and the sure-to-be-coming compliments in NYDJ’s Briella 11 Inch Denim Shorts with Roll Cuffs. A longer inseam gives you just the right amount of comfort and coverage for active days, while the rolled cuff offers a touch of polish. This flattering short features our signature Lift Tuck® Technology to slim from within. Features classic five-pocket styling, zip fly and button closure. Mist Springs is a timeless medium-light blue wash with soft sanding and faded whiskers for a lived-in vintage look. This short is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
Select Size
From $29.70
Original: $99.00
-70%Briella 11 Inch Denim Shorts - Mist Springs—
$99.00
$29.70Description
Bask in the sunshine and the sure-to-be-coming compliments in NYDJ’s Briella 11 Inch Denim Shorts with Roll Cuffs. A longer inseam gives you just the right amount of comfort and coverage for active days, while the rolled cuff offers a touch of polish. This flattering short features our signature Lift Tuck® Technology to slim from within. Features classic five-pocket styling, zip fly and button closure. Mist Springs is a timeless medium-light blue wash with soft sanding and faded whiskers for a lived-in vintage look. This short is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.
