Kandel Oversize Cashmere Sweater
Beige Oversized Sweater by The Row
How to wear The Row Kandel Oversize Cashmere Sweater
A The Row Kandel Oversize Cashmere Sweater and charcoal ripped skinny jeans are the kind of a never-failing off-duty outfit that you need when you have no extra time to pull together a look.
A The Row Kandel Oversize Cashmere Sweater from Lane Crawford and black leather skinny pants have become a go-to combination for many style-savvy women.
If you enjoy a more relaxed approach to style, why not rock a The Row Kandel Oversize Cashmere Sweater with white skinny jeans? Give your ensemble an extra touch of sophistication by finishing with a pair of black leather pumps.
If you're a fan of casual style, why not pair a The Row Kandel Oversize Cashmere Sweater from Lane Crawford with a pink pleated midi skirt? Beige leather pumps will add instant glamour to this outfit.
Wear a The Row Kandel Oversize Cashmere Sweater and grey skinny jeans to create a casual yet stylish look. For a dressier vibe, add a pair of brown leather mid-calf boots to the mix.
If you're a fan of comfort dressing when it comes to fashion, you'll appreciate this adorable combo of a The Row Kandel Oversize Cashmere Sweater from Lane Crawford and light blue ripped skinny jeans. If you're clueless about how to round off, a pair of tan suede lace-up flat boots is a foolproof option.
For a casually edgy getup, consider wearing a The Row Kandel Oversize Cashmere Sweater and beige sweatpants — these two items play really great together. Complete this ensemble with a pair of beige suede high top sneakers et voila, the outfit is complete.
Reach for a beige oversized sweater and light blue ripped jeans if you're hunting for an outfit idea for when you want to look edgy and casual. Look at how well this ensemble pairs with white leather low top sneakers.
If you're after a casual but also absolutely stylish getup, rock a The Row Kandel Oversize Cashmere Sweater with black leather leggings. Want to go all out with shoes? Add black leather ankle boots to the equation.