Camper Pix Oxford

Pix Oxford

Black Leather Oxford Shoes by Camper

Buy for $165 from Nordstrom

How to wear Camper Pix Oxford

Pix Oxford

Choose a brown coat for a neat polished look. A pair of Camper black leather oxford shoes is the glue that will bring your getup together.

Pix Oxford

Make a black vertical striped blazer and black vertical striped dress pants your outfit choice for a killer ensemble. Look at how well this ensemble pairs with black leather oxford shoes.

Pix Oxford

This combo of a brown fur jacket and black leggings will allow you to display your sartorial skills even on off-duty days. Go ahead and complement this outfit with Camper black leather oxford shoes for an added touch of style.

Pix Oxford

Pairing a burgundy print long sleeve blouse and a grey plaid suit will hallmark your styling prowess. When in doubt about what to wear on the shoe front, complement this ensemble with a pair of Camper Pix Oxford.

Pix Oxford

Serve people an outrageously stunning look by opting for a black fur collar coat. The whole ensemble comes together perfectly when you introduce a pair of Camper Pix Oxford to the mix.

Pix Oxford

For a casually edgy outfit, rock a brown coat with navy skinny jeans — these items fit really great together. A pair of black leather oxford shoes will pull your whole outfit together.

Pix Oxford

Go for a black leather biker jacket and charcoal ripped skinny jeans for an unexpectedly cool outfit. Finishing off with black leather oxford shoes is a guaranteed way to infuse an added dose of style into your outfit.

Pix Oxford

A black long sleeve t-shirt and a burgundy pleated midi skirt matched together are a total eye candy for those who prefer ultra-cool styles. Finishing with a pair of black leather oxford shoes is an effective way to infuse an extra touch of polish into your getup.

Pix Oxford

A beige coat and blue jeans combined together are such a dreamy combo for those who love relaxed styles. The whole outfit comes together if you add Camper black leather oxford shoes to the equation.