Low Top Trainers
Navy Athletic Shoes by Etro
How to wear Etro Low Top Trainers
To create an off-duty menswear style with a contemporary spin, pair a navy polo with black chinos. Give a dressed-down twist to an otherwise classic outfit by sporting Etro Low Top Trainers from farfetch.com.
This pairing of a light blue short sleeve shirt and beige print shorts is on the off-duty side but is also on-trend and truly sharp. For something more on the daring side to finish off this ensemble, add a pair of navy athletic shoes to the equation.
Rock a navy overcoat with white chinos and get ready to get the status of an expert in modern men's fashion. Finishing with Etro Low Top Trainers is a guaranteed way to inject a dash of stylish effortlessness into this outfit.
This combination of a white long sleeve shirt and grey jeans is perfect for casual situations. Finishing off with navy athletic shoes is a fail-safe way to bring a hint of stylish nonchalance to this ensemble.
If you're after a casual and at the same time sharp getup, wear a tan suede bomber jacket and navy chinos. Have some fun with things and complement your ensemble with Etro navy athletic shoes.
Marrying a grey crew-neck t-shirt and black vertical striped chinos will allow you to flex your expertise in men's fashion even on weekend days. To give your overall outfit a more relaxed vibe, complete this look with a pair of Etro navy athletic shoes.
Reach for a navy shawl cardigan and navy chinos for a smart combination. Want to tone it down on the shoe front? Introduce a pair of Etro Low Top Trainers from farfetch.com to this ensemble for the day.
Who said you can't make a stylish statement with an off-duty look? Turn every head in the room in a charcoal parka and olive chinos. And if you want to immediately dial down your look with shoes, slip into a pair of navy athletic shoes.
This is indisputable proof that a beige windbreaker and navy cargo pants look awesome when matched together in an off-duty getup. Etro Low Top Trainers provide function, but with a fashion-forward effect.