Soft Constructed Blazer
Tan Blazer by Tommy Hilfiger
How to wear Tommy Hilfiger Soft Constructed Blazer
The best foundation for a cool and effortlessly sleek look? A Tommy Hilfiger Soft Constructed Blazer with dark brown chinos. To give this look a more relaxed aesthetic, why not complement your ensemble with a pair of dark brown leather high top sneakers?
A Tommy Hilfiger Soft Constructed Blazer and brown chinos married together are the perfect getup for those who love elegant outfits. Introduce a pair of navy canvas espadrilles to the equation to switch things up.
For an effortlessly smart menswear style, choose a tan blazer and yellow chinos — these items go beautifully together. Tobacco leather oxford shoes are the most effective way to infuse a touch of polish into your look.
This combo of a Tommy Hilfiger tan blazer and khaki chinos is irrefutable proof that a safe ensemble doesn't have to be boring. Let your outfit coordination expertise really shine by rounding off your ensemble with black leather derby shoes.
A Tommy Hilfiger tan blazer looks especially great when worn with olive cargo pants. Our favorite of a multitude of ways to finish this look is with a pair of brown leather casual boots.
This combination of a Tommy Hilfiger Soft Constructed Blazer and charcoal dress pants is truly smart and creates instant appeal. Complete your outfit with dark brown suede tassel loafers for maximum effect.
Step up the style factor in a Tommy Hilfiger Soft Constructed Blazer from Amazon.com and charcoal dress pants. Now all you need is a pair of dark brown leather tassel loafers.
Here, the casually classic style translates to a Tommy Hilfiger tan blazer and black chinos. Balance this ensemble with a smarter kind of shoes, such as this pair of brown leather tassel loafers.
This pairing of a Tommy Hilfiger Soft Constructed Blazer from Amazon.com and navy chinos will allow you to showcase your prowess in menswear styling. Get a little creative in the shoe department and introduce a pair of brown leather tassel loafers to the equation.