Check Print Shirt Hoodie
Navy Plaid Long Sleeve Shirt by R13
How to wear R13 Check Print Shirt Hoodie
The combination of a R13 navy plaid long sleeve shirt and black jeans makes for a cool off-duty outfit. Brown leather derby shoes can immediately elevate your ensemble.
Flaunt your chops in menswear styling by opting for this casual combination of a R13 navy plaid long sleeve shirt and light blue jeans. Finishing off with a pair of brown suede loafers is a guaranteed way to breathe an extra dose of refinement into this outfit.
A R13 Check Print Shirt Hoodie from farfetch.com and beige shorts combined together are a sartorial dream for those who prefer casual styles. Look at how nice this outfit pairs with white canvas low top sneakers.
Extremely dapper, this off-duty combination of a R13 navy plaid long sleeve shirt and black chinos will provide you with variety. A pair of tan suede low top sneakers will tie this whole look together.
If the situation allows a relaxed casual look, rock a R13 Check Print Shirt Hoodie from farfetch.com with navy jeans. When it comes to footwear, this outfit is finished off brilliantly with white canvas low top sneakers.
Rock a R13 Check Print Shirt Hoodie with navy jeans for both seriously stylish and easy-to-wear look. Inject this ensemble with a sense of elegance by finishing with burgundy leather casual boots.
A R13 Check Print Shirt Hoodie and olive chinos are essential in any guy's functional off-duty sartorial arsenal. A pair of navy and white canvas slip-on sneakers is a nice idea to round off this ensemble.
Try pairing a R13 Check Print Shirt Hoodie from farfetch.com with black chinos to assemble a really dapper and modern-looking casual outfit. Complement your ensemble with grey athletic shoes to serve a little mix-and-match magic.
A R13 Check Print Shirt Hoodie and light blue ripped jeans are a must-have off-duty combo for many fashion-forward gentlemen. Hesitant about how to complete this look? Finish off with a pair of black leather low top sneakers to step up the fashion factor.