Miramar Wide-Leg Ankle-Length Track Pants
Rag & Bone
$228.00
Product Insights & Style Tips
Rag & Bone's Miramar Wide-Leg Ankle-Length Track Pants push a confident, city-ready vibe with a soft, breathable cotton feel. The hyperrealistic print recreates the look and vibe of classic jeans—distressing, fading, tiny stitches, and rivets—so close you can almost read the texture at a glance. The result is an optical illusion that honors denim without the stiffness, letting the fabric drape with easy, relaxed energy.
Pull-on with an elasticized waistband and side slip pockets, these pants move with the body and carry small essentials in those pockets. The wide leg falls to the ankle, creating a breezy silhouette that layers like a dream over sneakers, slide sandals, or a heeled ankle boot. They transition from day to evening with minimal fuss, reading as polished leisure that can anchor a blazer or a tactile knit.
Rag & Bone leans into texture and denim heritage with a modern, wearable twist; Miramar keeps that energy alive through print-forward basics. Style notes: pair with a crisp white shirt and a sculptural shoe for city cool, or dial down with a simple tee and flats for weekend ease.
Materials / Fabrication
- Breathable cotton
- Ankle-length track pants silhouette
- Hyperrealistic print inspired by classic jeans
- Distressing and fading details in print
- Tiny stitches and rivets depicted in the print
- Printing technique creates an optical illusion while retaining the fabric's soft feel and function
- Elasticized waistband
- Side slip pockets
- Pull-on design
- Fabric: 100 percent cotton
Recommended Care
- Machine wash cold with like colors
- Use a mild detergent; do not bleach
- Tumble dry low or line dry
- Turn garment inside out before washing to protect print
- Iron on low heat if needed, or use a cool steam setting
Fit Notes
- Pull-on style with an elasticized waistband provides easy on and off at the waist.
- Wide-leg silhouette with ankle-length cut.
- The fabric is breathable cotton.
- Side slip pockets add functional storage.
