Check Print Button Down Shirt
White and Navy Plaid Dress Shirt by Barbour
How to wear Barbour Check Print Button Down Shirt
A white and navy plaid dress shirt and grey dress pants are among the basic elements of a versatile menswear collection. Dark brown leather derby shoes integrate well within a multitude of combos.
This combo of a Barbour white and navy plaid dress shirt and a khaki military jacket is hard proof that a straightforward getup doesn't have to be boring. Add brown suede derby shoes to your ensemble for a dash of sophistication.
Make a Barbour Check Print Button Down Shirt from farfetch.com and a brown suit your outfit choice for a sleek sophisticated menswear style. When not sure as to the footwear, stick to a pair of black suede loafers.
If you're looking for a relaxed casual and at the same time sharp ensemble, choose a white and navy plaid dress shirt and olive cargo pants. Tan suede desert boots tie the look together.
Consider teaming a Barbour white and navy plaid dress shirt with beige chinos and you'll pull together a proper and sophisticated ensemble. Amp up your whole ensemble by rounding off with a pair of white athletic shoes.
For an outfit that's street-style-worthy and casually smart, consider pairing a Barbour Check Print Button Down Shirt with blue jeans. You know how to dress down this look: olive suede low top sneakers.
Breathe an air of laid-back elegance into your daily routine with a Barbour Check Print Button Down Shirt from farfetch.com and white chinos. To give this look a more laid-back finish, why not complete your getup with a pair of white canvas low top sneakers?
A Barbour white and navy plaid dress shirt and navy dress pants? Make no mistake, this getup will make heads turn. If not sure about what to wear when it comes to footwear, complete your outfit with dark brown leather derby shoes.
We love the way this combo of a Barbour white and navy plaid dress shirt and navy dress pants instantly makes men look polished and smart. Introduce black leather tassel loafers to the equation and the whole ensemble will come together.