Clean Suede Sneakers
Grey Suede Low Top Sneakers by Axel Arigato
How to wear Axel Arigato Clean Suede Sneakers
This pairing of a grey horizontal striped crew-neck t-shirt and white shorts is undeniable proof that a straightforward off-duty look can still be really interesting. When it comes to shoes, add grey suede low top sneakers to the equation.
This combination of a navy long sleeve shirt and white chinos is hard proof that a simple casual look doesn't have to be boring. Infuse a more laid-back feel into this ensemble by slipping into a pair of grey suede low top sneakers.
If the situation calls for a classy yet kick-ass look, you can rely on a navy lightweight puffer jacket and grey chinos. To give your outfit a more relaxed vibe, why not introduce grey suede low top sneakers to the equation?
Show that no-one does smart menswear like you by opting for a black blazer and black chinos. And if you need to effortlessly dial down this ensemble with a pair of shoes, slip into Axel Arigato Clean Suede Sneakers.
Wear an orange shirt jacket and navy chinos for a neat classy outfit. Get a little creative on the shoe front and tone down this getup by slipping into Axel Arigato grey suede low top sneakers.
The formula for cool casual style for men? A red long sleeve shirt with blue jeans. Introduce grey suede low top sneakers to the mix et voila, your ensemble is complete.
To assemble a relaxed casual getup with a contemporary spin, team a dark brown leather biker jacket with grey chinos. When it comes to shoes, this outfit is finished off well with Axel Arigato Clean Suede Sneakers from farfetch.com.
This pairing of a grey plaid blazer and charcoal jeans combines comfort and confidence and helps keep it low profile yet modern. Introduce a mellow touch to by wearing Axel Arigato grey suede low top sneakers.
Go for a straightforward but at the same time casually stylish look in a navy long sleeve shirt and grey plaid chinos. The whole outfit comes together perfectly when you add Axel Arigato grey suede low top sneakers to the equation.