Campbell Wingtip
Tobacco Leather Brogues by Johnston & Murphy
How to wear Johnston & Murphy Campbell Wingtip
As you can see here, it doesn't take that much time for a man to look sharp. Just consider wearing a camel overcoat and navy chinos and be sure you'll look incredibly stylish. If you want to break out of the mold a little, introduce a pair of Johnston & Murphy Campbell Wingtip from Nordstrom to this getup.
The formula for a kick-ass and dapper getup? A navy blazer with navy jeans. Jazz up your look by rounding off with tobacco leather brogues.
Choose a navy plaid wool blazer and navy jeans for a casual getup with a modernized spin. A pair of Johnston & Murphy Campbell Wingtip from Nordstrom easily ups the wow factor of this ensemble.
Why not pair a charcoal shirt jacket with blue jeans? Both pieces are super comfortable and will look nice when paired together. A pair of Johnston & Murphy Campbell Wingtip will bring a classic aesthetic to the outfit.
A navy corduroy shirt jacket and charcoal jeans are a combo that every modern man should have in his casual styling repertoire. Go off the beaten path and spice up your ensemble by finishing with a pair of Johnston & Murphy Campbell Wingtip.
For a look that's nothing less than wow-worthy, opt for a light blue blazer and grey dress pants. Introduce Johnston & Murphy Campbell Wingtip to your ensemble to keep the look fresh.
This combination of a green check blazer and light blue ripped jeans delivers both comfort and confidence. If you feel like dressing up, complete this getup with a pair of tobacco leather brogues.
A blue suit and a white dress shirt are essential in any modern man's wardrobe. Take a more relaxed approach with shoes and introduce Johnston & Murphy Campbell Wingtip to this look.
This combo of a tobacco overcoat and beige chinos is a surefire option when you need to look casually elegant but have zero time to spare. If you need to effortlessly dress up this outfit with one single piece, why not introduce Johnston & Murphy tobacco leather brogues to the equation?