Double Breasted Linen Blend Blazer
Navy Double Breasted Blazer by Rag & Bone
How to wear Rag & Bone Double Breasted Linen Blend Blazer
Marry a Rag & Bone Double Breasted Linen Blend Blazer with mustard skinny pants for an off-duty ensemble with a contemporary spin. If in doubt as to what to wear in the shoe department, add a pair of black suede pumps to the mix.
For a laid-back and cool outfit, choose a Rag & Bone Double Breasted Linen Blend Blazer from TheRealReal and a blue denim mini skirt — these two pieces go perfectly well together. If you want to effortlessly dress up this outfit with a pair of shoes, introduce a pair of white leather ankle boots to the mix.
A Rag & Bone Double Breasted Linen Blend Blazer and black flare pants make for the ultimate chic laid-back outfit. Let your outfit coordination skills really shine by completing your outfit with burgundy suede pumps.
If you're in search of a casual yet chic outfit, team a navy double breasted blazer with black skinny pants. A pair of black leather ankle boots is a savvy choice to round off your outfit.
Opt for a Rag & Bone Double Breasted Linen Blend Blazer and red skinny jeans for a no-nonsense outfit that's also put together. Beige leather heeled sandals are the simplest way to power up your ensemble.
A Rag & Bone Double Breasted Linen Blend Blazer from TheRealReal and black skinny pants are a cool combination to keep in your arsenal.
This pairing of a Rag & Bone navy double breasted blazer and black bike shorts is simple, incredibly chic and oh-so-easy to recreate! Rounding off with black leather pumps is a guaranteed way to add a little flair to your look.
Show off your sartorial savvy by combining a Rag & Bone Double Breasted Linen Blend Blazer and black dress pants. This outfit is completed nicely with a pair of black leather loafers.
This combination of a navy double breasted blazer and blue ripped jeans is an exciting option for when it's time to clock off. If you need to easily step up this look with one single piece, add hot pink leather pumps to the equation.