Wide Sleeve Cable Knit Sweater
White Cable Sweater by Polo Ralph Lauren
How to wear Polo Ralph Lauren Wide Sleeve Cable Knit Sweater
For a look that's very straightforward but can be flaunted in many different ways, try pairing a white cable sweater with a black skater skirt. Spice up this look by rounding off with black leather wedge ankle boots.
For something on the off-duty end, you can easily rock a Polo Ralph Lauren white cable sweater and a black mini skirt. For footwear, you can take a classier route with brown cutout leather ankle boots.
This combo of a Polo Ralph Lauren Wide Sleeve Cable Knit Sweater and navy flare jeans is effortless, absolutely chic and oh-so-easy to imitate! On the shoe front, this outfit is rounded off nicely with silver leather ballerina shoes.
This combination of a Polo Ralph Lauren Wide Sleeve Cable Knit Sweater and blue skinny jeans is pulled together and yet it looks easy enough and apt for anything. To introduce some extra fanciness to your ensemble, complement your look with tan leather ankle boots.
A white cable sweater and black leather shorts are a smart getup worth incorporating into your current wardrobe.
If you're in search of an off-duty and at the same time incredibly stylish getup, consider wearing a white cable sweater and white skinny pants. Add burgundy suede pumps to this outfit to easily turn up the wow factor of your ensemble.
This totaly stylish off-duty outfit is easy to break down: a white cable sweater and a black skater skirt. For a more sophisticated aesthetic, why not add brown leather ankle boots to the mix?
One of the coolest ways to style out a Polo Ralph Lauren Wide Sleeve Cable Knit Sweater is to pair it with a black mini skirt for an off-duty getup. Complement this ensemble with black leather lace-up flat boots and the whole outfit will come together.
Rock a Polo Ralph Lauren Wide Sleeve Cable Knit Sweater with a black mini skirt to put together a chic and current off-duty outfit. Make a bit more effort now and introduce a pair of brown leather brogues to the equation.