Scotch & Soda Oxford Shirt

Oxford Shirt

Blue Dress Shirt by Scotch & Soda

Buy for $105 from Nordstrom

How to wear Scotch & Soda Oxford Shirt

Oxford Shirt

This refined pairing of a blue dress shirt and grey plaid dress pants is a frequent choice among the trendsetting chaps. When in doubt as to the footwear, stick to navy leather oxford shoes.

Oxford Shirt

Marrying a Scotch & Soda Oxford Shirt with navy dress pants is a good pick for a stylish and refined ensemble. A pair of burgundy leather oxford shoes rounds off this outfit very nicely.

Oxford Shirt

You can be sure you'll look nice and smart in a blue dress shirt and beige dress pants. Let your styling chops truly shine by completing this ensemble with a pair of dark brown leather loafers.

Oxford Shirt

Wear a Scotch & Soda Oxford Shirt from Nordstrom with a charcoal plaid suit for masculine sophistication with a modern spin. A pair of black leather oxford shoes is a never-failing footwear option that's full of character.

Oxford Shirt

When the occasion calls for an effortlessly neat ensemble, you can opt for a blue dress shirt and red chinos.

Oxford Shirt

Rock a Scotch & Soda Oxford Shirt with black dress pants and you'll look like a true fashion connoisseur. Stick to a more casual route when it comes to footwear by slipping into black leather loafers.

Oxford Shirt

This outfit clearly illustrates that it is totally worth investing in such smart menswear pieces as a blue dress shirt and navy dress pants. Introduce a pair of brown leather derby shoes to the equation to make a standard look feel suddenly edgier.

Oxford Shirt

Try pairing a Scotch & Soda Oxford Shirt with black chinos if you're going for a proper, dapper look. Brown leather brogues are guaranteed to inject a sense of elegance into this ensemble.

Oxford Shirt

A Scotch & Soda blue dress shirt and beige dress pants are a classy outfit that every stylish guy should have in his closet. For something more on the daring side to round off your look, add a pair of brown suede tassel loafers to the equation.