Check Print Shirt
Red Gingham Long Sleeve Shirt by Paul Smith
How to wear Paul Smith Check Print Shirt
A red gingham long sleeve shirt and olive chinos are among those super versatile menswear staples that can upgrade your wardrobe. If you feel like dressing up, add a pair of brown suede desert boots to your look.
A Paul Smith red gingham long sleeve shirt and blue ripped skinny jeans are a life-saving casual combo for many stylish gentlemen. For something more on the dressier side to finish off this look, add a pair of red leather low top sneakers to the mix.
You're looking at the solid proof that a Paul Smith Check Print Shirt from farfetch.com and navy shorts look amazing when worn together in an off-duty menswear style. If you're wondering how to finish off, a pair of tan leather boat shoes is a fail-safe option.
A Paul Smith Check Print Shirt from farfetch.com and red chinos are a great ensemble to add to your casual styling repertoire.
To put together an off-duty look with a modern spin, consider teaming a red gingham long sleeve shirt with navy jeans. You can get a little creative in the footwear department and enter a pair of brown leather chelsea boots into the equation.
For a casually dapper ensemble, try teaming a Paul Smith Check Print Shirt with black skinny jeans — these two items fit pretty good together. To add a bit of flair to your ensemble, complement your outfit with a pair of tan leather casual boots.
A Paul Smith Check Print Shirt from farfetch.com looks so casually polished when matched with khaki plaid dress pants. For something more on the casual end to finish off this ensemble, complement this outfit with a pair of navy rain boots.
If you're looking for a relaxed but also seriously stylish getup, choose a red gingham long sleeve shirt and white chinos. Add a different twist to this ensemble with burgundy leather loafers.
Pair a Paul Smith Check Print Shirt with navy jeans for both dapper and easy-to-achieve outfit. For a more elegant aesthetic, why not introduce black leather chelsea boots to the equation?