Grey Julian Slim Fit Double Breasted Virgin Wool Blazer
Grey Double Breasted Blazer by The Row
How to wear The Row Grey Julian Slim Fit Double Breasted Virgin Wool Blazer
This elegant pairing of a grey double breasted blazer and navy dress pants is a frequent choice among the dapper gents. Finishing with dark brown suede double monks is the simplest way to infuse a more laid-back aesthetic into this outfit.
A The Row grey double breasted blazer and blue dress pants are a polished look that every dapper guy should have in his sartorial arsenal. Infuse a sense of stylish effortlessness into your getup by slipping into a pair of brown leather oxford shoes.
This look clearly shows it is totally worth investing in such menswear essentials as a grey double breasted blazer and orange chinos. To give this ensemble a sleeker finish, add a pair of brown leather tassel loafers to the mix.
Marrying a The Row Grey Julian Slim Fit Double Breasted Virgin Wool Blazer and black dress pants is a guaranteed way to breathe masculine elegance into your closet. Want to break out of the mold? Then why not introduce dark brown leather tassel loafers to the mix?
Go for a pared down yet sophisticated option by combining a grey double breasted blazer and blue jeans. Go the extra mile and jazz up your look by finishing off with a pair of tobacco leather loafers.
Dress in a The Row Grey Julian Slim Fit Double Breasted Virgin Wool Blazer from MR PORTER and grey dress pants and you'll be the picture of elegance. Complement this ensemble with dark brown leather loafers to serve a little mix-and-match magic.
A The Row grey double breasted blazer and charcoal jeans are the kind of a foolproof look that you so terribly need when you have no time to pick out an outfit. Dark brown leather tassel loafers bring a refined aesthetic to the outfit.
Marry a The Row Grey Julian Slim Fit Double Breasted Virgin Wool Blazer with khaki chinos for a neat sophisticated outfit. To infuse a dose of stylish effortlessness into your outfit, add dark brown suede desert boots to the equation.