Skirt 01

$375

Skirt 01

$375

Made with an innovative technical knitting technology, Skirt 01 generated less than 1% textile waste in production. This full-length, high-waisted knit skirt features a ribbed detail and slit for ease of movement and an elevated look and feel. Constructed with 90% GOTS-certified Italian organic cotton and 10% lycra, Skirt 01 is 100% recyclable.

	1	2	3
TRADITIONAL SIZE	XS/S	M	L/XL
WAIST	12	14	16
HIP	12	14	16
LENGTH	40	42.5	45
BACK SLIT HEIGHT	19.5	20	20.5

Sand

Details

Designed for a high-waisted fit, Skirt 01 skims over the body with a heavy drape and ultra-soft feel. As a core piece within your capsule wardrobe, Skirt 01 feels effortlessly pulled together for a casual lunch and/or elevated for a night out. Pair with Tank 01 for the ultimate wear-everywhere outfit. Constructed using an innovative technology called technical knitting, this garment was sustainably produced with organic cotton and less than 1% textile waste. Made in the USA. In partnership with SuperCircle, this garment is fully recyclable.

size + fit

Intended to contour the body without restricting movement or sacrificing comfort, Skirt 01 was designed to fit many body types with flexibility and ease. See our Size Guide to find your &OR size. If you’re between sizes, size down for a closer-to-the-body fit, and size up for a more comfortable fit. Anna is 5'8'' and traditionally wears a dress size 2 and is wearing a size 1. Sabrina is 5'8'' and traditionally wears a dress size 8-10 and is wearing a size 2.

Fabric

90% GOTS-certified organic cotton, 10% lycra.

Care

Wash inside out with cool water and on the gentle cycle. Lay flat to dry or tumble dry with low heat. Or dry clean.

Skirt 01

Collection 01 serves as the foundation of your consciously curated capsule wardrobe. Manufactured responsibly with innovative low-waste production and fully recyclable, we're creating closet staples in new ways.

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WASTE FREE

Reduce waste and/or innovate. Our manufacturing process results in less than 1% textile waste and is more energy efficient than traditional processes.