Gap Oxford Shirt
Gap Oxford Shirt Gap Oxford Shirt Gap Oxford Shirt

Oxford Shirt

White Short Sleeve Shirt by Gap

Buy for $39 from Gap

How to wear Gap Oxford Shirt

Oxford Shirt

A Gap Oxford Shirt and blue ripped skinny jeans are a good combo worth integrating into your casual lineup. Hesitant about how to complete this look? Finish off with a pair of tan suede chelsea boots to lift it up.

Oxford Shirt

For a relaxed casual outfit, consider pairing a Gap Oxford Shirt with khaki chinos — these two pieces go really cool together. Feeling transgressive? Spice up this ensemble by rocking white athletic shoes.

Oxford Shirt

This combination of a Gap white short sleeve shirt and olive chinos looks well-executed and makes any guy look infinitely cooler. This outfit is finished off wonderfully with a pair of brown leather low top sneakers.

Oxford Shirt

Pair a Gap Oxford Shirt from Gap with olive chinos for both seriously stylish and easy-to-style ensemble. Black and white canvas low top sneakers will be a stylish companion for this ensemble.

Oxford Shirt

This laid-back pairing of a Gap Oxford Shirt from Gap and dark brown chinos couldn't possibly come across other than ridiculously dapper. If not sure as to what to wear in the shoe department, complement your outfit with black suede desert boots.

Oxford Shirt

Combining a white short sleeve shirt with mint print chinos is a wonderful choice for a casual but on-trend getup. Add black leather double monks to the mix to easily step up the classy factor of any outfit.

Oxford Shirt

Oxford Shirt

Want to infuse your wardrobe with some casual street style? Try pairing a Gap Oxford Shirt with navy skinny jeans. When not sure as to the footwear, complete your getup with black and white canvas low top sneakers.

Oxford Shirt

This combination of a Gap white short sleeve shirt and black jeans is extremely easy to pull together and so comfortable to rock a version of all day long as well! And if you wish to easily spruce up your ensemble with footwear, introduce tan leather brogues to the equation.