How to wear Polo Ralph Lauren Custom Fit Sueded Broadcloth
You'll be amazed at how extremely easy it is to get dressed this way. Just a Polo Ralph Lauren navy long sleeve shirt and navy dress pants. Let your sartorial chops really shine by finishing off your look with a pair of black and white leather derby shoes.
A Polo Ralph Lauren Custom Fit Sueded Broadcloth and navy jeans are both versatile menswear staples that will integrate brilliantly within your current off-duty wardrobe. Add a pair of tobacco leather work boots to this ensemble to infuse a hint of stylish effortlessness into your look.
Go for a Polo Ralph Lauren navy long sleeve shirt and navy jeans for a relaxed look with a modernized spin. Throw a pair of dark brown suede chelsea boots in the mix to easily dial up the fashion factor of any look.
Pairing a Polo Ralph Lauren navy long sleeve shirt and an olive overcoat is a fail-safe way to infuse your wardrobe with some laid-back refinement.
This combination of a navy long sleeve shirt and black chinos is solid proof that a safe casual ensemble can still look razor-sharp. Black leather slip-on sneakers will pull your full outfit together.
For an outfit that's super simple but can be worn in many different ways, reach for a Polo Ralph Lauren Custom Fit Sueded Broadcloth and white chinos. Add a pair of dark brown suede driving shoes to pull the whole thing together.
This pairing of a navy long sleeve shirt and navy jeans is hard proof that a safe off-duty outfit doesn't have to be boring. A trendy pair of dark brown leather casual boots is the most effective way to bring a dose of polish to your look.
Marry a navy long sleeve shirt with white dress pants if you're aiming for a sleek, stylish ensemble. Make this getup more functional by rounding off with a pair of navy suede boat shoes.
This combo of a navy long sleeve shirt and black jeans will be a true demonstration of your skills in men's fashion even on dress-down days. If in doubt as to the footwear, introduce a pair of grey suede low top sneakers to the equation.