Alexander Wang Devon Zip Front Espadrille Flat Black
Alexander Wang Devon Zip Front Espadrille Flat Black Alexander Wang Devon Zip Front Espadrille Flat Black Alexander Wang Devon Zip Front Espadrille Flat Black

Devon Zip Front Espadrille Flat Black

Black Espadrilles by Alexander Wang

Buy for $375 from Neiman Marcus

How to wear Alexander Wang Devon Zip Front Espadrille Flat Black

Devon Zip Front Espadrille Flat Black

A light blue blazer and a black button skirt? It's an easy-to-create look that anyone could rock on a day-to-day basis. If you wish to instantly play down this getup with a pair of shoes, complement this ensemble with black espadrilles.

Devon Zip Front Espadrille Flat Black

This combo of a beige anorak and white skinny jeans is on the off-duty side but will guarantee that you look seriously chic and put-together. A pair of Alexander Wang Devon Zip Front Espadrille Flat Black from Neiman Marcus is a fail-safe footwear option that's also full of personality.

Devon Zip Front Espadrille Flat Black

A white floral swing dress? It's an easy-to-style getup that you can sport on a day-to-day basis. And if you wish to immediately dial down your ensemble with footwear, complete this getup with a pair of Alexander Wang Devon Zip Front Espadrille Flat Black from Neiman Marcus.

Devon Zip Front Espadrille Flat Black

Master casual style by opting for a black and white horizontal striped tank dress. Feeling experimental? Spice things up by finishing with a pair of Alexander Wang black espadrilles.

Devon Zip Front Espadrille Flat Black

This combo of a black silk tank and blue ripped skinny jeans is boyish cute meets stylish elegance. A pair of Alexander Wang Devon Zip Front Espadrille Flat Black from Neiman Marcus is a nice option to complete your outfit.

Devon Zip Front Espadrille Flat Black

For something more on the casually edgy side, dress in a black print tank and a white skater skirt. If in doubt about the footwear, introduce Alexander Wang Devon Zip Front Espadrille Flat Black from Neiman Marcus to the equation.