Westport Wingtip Oxford
Brown Leather Brogues by Sendra
How to wear Sendra Westport Wingtip Oxford
Teaming a dark brown check suit with a navy waistcoat is a savvy choice for a smart and sophisticated look. Get a bit experimental in the shoe department and introduce Sendra Westport Wingtip Oxford from Nordstrom to the equation.
A beige suit and a white dress shirt are absolute staples if you're putting together a refined wardrobe that matches up to the highest men's fashion standards. Send an otherwise sober outfit in a more casual direction by wearing brown leather brogues.
This is irrefutable proof that a tobacco overcoat and a grey check suit are awesome together in a polished outfit for a modern gentleman. Dial down your outfit by finishing with Sendra Westport Wingtip Oxford from Nordstrom.
A red plaid blazer and beige dress pants are absolute must-haves if you're piecing together an elegant wardrobe that matches up to the highest sartorial standards. Look at how great this ensemble goes with brown leather brogues.
Solid proof that a brown plaid wool blazer and brown dress pants look amazing when worn together in a refined ensemble for a modern gentleman. Add Sendra Westport Wingtip Oxford to the mix and you're all done and looking boss.
A navy blazer and navy jeans teamed together are a perfect match. To introduce a bit of fanciness to this ensemble, complete this getup with Sendra brown leather brogues.
Combining a grey blazer with black chinos is an on-point choice for a classic and casual getup. Add Sendra brown leather brogues to the mix to instantly change up the outfit.
A tan plaid blazer and navy chinos work together harmoniously. And if you want to easily smarten up this look with shoes, why not complement this getup with a pair of Sendra Westport Wingtip Oxford?
You're looking at the hard proof that a navy wool blazer and grey wool dress pants look awesome when married together in a polished outfit for a modern guy. To give your overall look a more laid-back touch, add Sendra Westport Wingtip Oxford to the equation.