Free Shipping on $50+ - Shop Now!
Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits
Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits
Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits
Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits
Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits
Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits

Margot Girlfriend Jeans for Women - Plus Size High Waist Stretch Denim Pants in Optic White | Comfortable & Flattering Fit for Casual Wear, Date Night & Everyday Outfits

$93.5 $170 -45% OFF
Size:
14W
16W
18W
20W
22W

Free shipping on all orders over $50

7-15 days international

11 people viewing this product right now!

30-day free returns

Secure checkout

20699767

Guranteed safe checkout
amex
paypal
discover
mastercard
visa
apple pay

Description

That perfect relaxed denim fit you've been looking for? It's here, in the Margot Girlfriend Jeans in Plus Size by NYDJ. Their just-slouchy-enough cut is slimmer (and more slimming) than a boyfriend jean while maintaining a laid-back looseness through the leg. Our signature Lift TuckĀ® Technology makes the fit extra flattering by using a patented criss-cross design inside to shape and support your curves. Features a zip fly with button closure, classic five-pocket styling and adjustable rolled cuffs. This jean is made with earth-friendly methods that result in reduced consumption of water, chemicals and/or energy.