Loose Fitted Sweater
White Turtleneck by Tom Ford
How to wear Tom Ford Loose Fitted Sweater
Master casual menswear by wearing a Tom Ford Loose Fitted Sweater and black sweatpants. To add an air of stylish casualness to this look, introduce navy athletic shoes to your look.
To create a relaxed casual outfit with a modern finish, you can opt for a Tom Ford Loose Fitted Sweater and blue jeans. Brown suede chelsea boots will give a strong and masculine feel to any look.
Extra stylish and functional, this laid-back combination of a white turtleneck and burgundy chinos will provide you with wonderful styling opportunities. And if you wish to instantly ramp up this look with footwear, why not complete this getup with black leather derby shoes?
Such pieces as a white turtleneck and black chinos are the perfect way to infuse effortless cool into your off-duty wardrobe. This ensemble is rounded off wonderfully with a pair of white canvas slip-on sneakers.
You'll be amazed at how easy it is for any guy to put together this casual ensemble. Just a Tom Ford Loose Fitted Sweater worn with dark green chinos. Switch up your ensemble with a more polished kind of footwear, such as these black leather derby shoes.
This is indisputable proof that a Tom Ford Loose Fitted Sweater and navy chinos look amazing when teamed together in a casual ensemble. And if you wish to effortlessly play down this look with footwear, complement your getup with a pair of white canvas low top sneakers.
Try teaming a Tom Ford Loose Fitted Sweater with black chinos for a cool and casual and trendy getup. Break up this outfit with a pair of dark brown athletic shoes.
When you want to go about your day with confidence in your look, wear a Tom Ford Loose Fitted Sweater from farfetch.com with white cargo pants. A pair of dark green canvas low top sneakers is a wonderful option to finish off this look.
When the setting permits casual styling, marry a Tom Ford white turtleneck with navy jeans. Complete this getup with a pair of beige canvas low top sneakers for maximum impact.