Chino Trousers
Olive Chinos by PS Paul Smith
How to wear PS Paul Smith Chino Trousers
A grey cardigan and PS Paul Smith Chino Trousers are absolute menswear essentials that will integrate really well within your daily off-duty fashion mix. Consider a pair of black canvas slip-on sneakers as the glue that will tie this look together.
For a safe casual option, you can never go wrong with this pairing of a black crew-neck t-shirt and olive chinos. A pair of white leather low top sneakers can integrate well within a great deal of getups.
This relaxed casual combination of a navy suede harrington jacket and PS Paul Smith Chino Trousers from farfetch.com is a goofproof option when you need to look dapper but have no extra time to craft an outfit. Complete this look with a pair of beige suede loafers for an on-trend hi/low mix.
An olive quilted gilet and PS Paul Smith olive chinos will inject serious style into your day-to-day casual wardrobe. Ramp up the dressiness of this getup a bit by slipping into a pair of brown leather desert boots.
Extremely stylish, this casual combo of a blue denim jacket and PS Paul Smith Chino Trousers brings variety. Now all you need is a pair of brown leather desert boots.
A grey overcoat and PS Paul Smith Chino Trousers worn together are a match made in heaven. Why not introduce white low top sneakers to the equation for a touch of stylish casualness?
Inject variation into your day-to-day off-duty rotation with a black leather biker jacket and olive chinos. A pair of black low top sneakers looks right at home here.
This pairing of a black crew-neck t-shirt and PS Paul Smith olive chinos combines comfort and utility and helps you keep it low-key yet modern. Take an otherwise traditional look down a more relaxed path with a pair of black canvas high top sneakers.
The versatility of an olive short sleeve shirt and PS Paul Smith Chino Trousers from farfetch.com guarantees you'll have them on heavy rotation. To give this look a more relaxed twist, why not add a pair of beige suede sandals to the equation?