Stacy Adams Callahan Oxford

Callahan Oxford

Brown Leather Brogues by Stacy Adams

Colors: Cognac Smooth, Brown Oiled Pull Brown
Buy for $89 from Amazon.com

How to wear Stacy Adams Callahan Oxford

Callahan Oxford

Make a black military jacket and charcoal dress pants your outfit choice for a stylish and refined look. Complete this ensemble with Stacy Adams Callahan Oxford from Amazon.com and the whole ensemble will come together.

Callahan Oxford

For a look that's stylish and envy-worthy, team a camel duffle coat with brown check wool dress pants. Brown leather brogues are a fail-safe footwear option that's full of personality.

Callahan Oxford

Callahan Oxford

We're loving how this pairing of a brown blazer and brown dress pants immediately makes you look stylish and refined. Put a different spin on an otherwise standard look by finishing off with a pair of Stacy Adams Callahan Oxford from Amazon.com.

Callahan Oxford

For an ensemble that's street-style-worthy and casually neat, pair a dark brown wool blazer with olive chinos. Introduce a pair of Stacy Adams brown leather brogues to this getup for an instant style lift.

Callahan Oxford

For a laid-back look, wear a white long sleeve shirt and grey chinos — these two items play really well together. To add a bit of classiness to this look, introduce a pair of Stacy Adams Callahan Oxford to the equation.

Callahan Oxford

This combo of a tan v-neck sweater and navy print shorts epitomizes comfort without compromising style. Breathe an extra touch of style into this look by finishing with a pair of Stacy Adams Callahan Oxford from Amazon.com.

Callahan Oxford

Combining a brown blazer and grey dress pants is a guaranteed way to breathe personality into your styling lineup. Not sure how to round off? Add brown leather brogues to the equation to shake things up.

Callahan Oxford

This look with a brown blazer and blue jeans isn't hard to pull together and is open to more sartorial experimentation. For a classier aesthetic, introduce a pair of Stacy Adams Callahan Oxford to the equation.