Stud Detail Single Breasted Blazer
Black Blazer by Just Cavalli
How to wear Just Cavalli Stud Detail Single Breasted Blazer
This smart combination of a Just Cavalli Stud Detail Single Breasted Blazer and navy denim shorts is extremely easy to pull together without a second thought, helping you look amazing and prepared for anything without spending a ton of time going through your closet. Navy leather slip-on sneakers are an easy way to bring a dose of stylish nonchalance to your look.
A Just Cavalli black blazer and black chinos are fitting for both smart casual occasions and daily wear. Hesitant about how to finish off? Complement this ensemble with black athletic shoes for a more laid-back finish.
Consider teaming a Just Cavalli Stud Detail Single Breasted Blazer from farfetch.com with black chinos to assemble a proper and classy outfit. If in doubt as to what to wear when it comes to shoes, add a pair of black leather casual boots to your look.
Reach for a Just Cavalli Stud Detail Single Breasted Blazer and grey check dress pants for extra classic attire. Up your outfit by rocking brown leather oxford shoes.
Pair a black blazer with blue jeans if you wish to look stylish without much work. Black leather derby shoes will infuse a hint of polish into an otherwise utilitarian outfit.
Exhibit your fashion game by wearing this pairing of a black blazer and a grey v-neck sweater.
Go for a simple but stylish option by combining a Just Cavalli Stud Detail Single Breasted Blazer and navy chinos. A pair of tan suede desert boots is a tested footwear style here that's full of character.
Teaming a Just Cavalli Stud Detail Single Breasted Blazer from farfetch.com with black chinos is a savvy pick for an effortlessly smart getup. Kick up the wow factor of your outfit by finishing off with a pair of white and black canvas low top sneakers.
This pairing of a black blazer and white jeans is certainly eye-catching, but it's very easy to wear. The whole getup comes together when you add a pair of tobacco suede casual boots to the equation.