Slim Belt Bag
Charcoal Fanny Pack by Rick Owens DRKSHDW
How to wear Rick Owens DRKSHDW Slim Belt Bag
Go for a pared down but at the same time cool and casual choice by marrying a black bomber jacket and a charcoal fanny pack. For something more on the classier side to complement your outfit, throw in white and red canvas low top sneakers.
This combination of a grey floral shirt jacket and a Rick Owens DRKSHDW Slim Belt Bag is hard proof that a safe off-duty look can still be extra dapper. Add a pair of burgundy canvas high top sneakers to the mix to avoid looking too casual.
You're looking at the solid proof that a black hoodie and a Rick Owens DRKSHDW Slim Belt Bag look awesome when paired together in a contemporary look. Complement your outfit with a pair of mustard athletic shoes to switch things up.
This combination of a beige crew-neck t-shirt and a charcoal fanny pack combines comfort and laid-back cool. White and black athletic shoes will immediately dress up any outfit.
A navy puffer jacket and a Rick Owens DRKSHDW Slim Belt Bag are a good getup worth integrating into your daily off-duty arsenal. All you need now is a nice pair of brown suede work boots.
This combo of a brown long sleeve t-shirt and a Rick Owens DRKSHDW charcoal fanny pack is on the casual side yet it's also stylish and incredibly dapper. Take this look down a classier path by wearing black and white athletic shoes.
If you use a more casual approach to style, why not rock a black windbreaker with a Rick Owens DRKSHDW Slim Belt Bag? Throw a pair of black and white canvas low top sneakers into the mix to switch things up.
A grey overcoat and a Rick Owens DRKSHDW Slim Belt Bag from farfetch.com are a good combo to keep in your daily routine. If you want to instantly dress down this look with a pair of shoes, complement your outfit with white athletic shoes.
This combo of an olive overcoat and a Rick Owens DRKSHDW Slim Belt Bag epitomizes comfort casual city style. Add black leather casual boots to your getup to effortlessly step up the classy factor of any ensemble.