Extra Trim Fit Twin Tipped Pique Polo
Black Polo by Fred Perry
How to wear Fred Perry Extra Trim Fit Twin Tipped Pique Polo
This pairing of a Fred Perry black polo and black chinos is the perfect balance between fun and stylish. Complete this outfit with black leather loafers to avoid looking too casual.
A black polo and white jeans are essential in any gentleman's versatile casual arsenal. If you wish to instantly perk up this getup with one piece, why not complete this look with brown leather tassel loafers?
If you feel more confident wearing something practical, you'll like this sharp combination of a Fred Perry Extra Trim Fit Twin Tipped Pique Polo from Nordstrom and navy jeans. Complete your look with a pair of white leather low top sneakers and ta-da: the look is complete.
Look stylish yet functional in a Fred Perry black polo and brown jeans. Complete your ensemble with a pair of dark brown leather casual boots to immediately ramp up the fashion factor of this getup.
For a casual and cool ensemble, team a black polo with charcoal jeans — these pieces work nicely together. Our favorite of a myriad of ways to round off this look is with black and white canvas low top sneakers.
A Fred Perry Extra Trim Fit Twin Tipped Pique Polo and black skinny jeans are a savvy getup to have in your current casual fashion mix. Finish off this getup with brown suede driving shoes for an on-trend on and off-duty mix.
If you like the comfort look, wear a Fred Perry black polo and brown linen chinos. If you feel like dialing it up a bit now, complete this getup with black leather loafers.
Marrying a Fred Perry black polo with grey chinos is an on-point pick for a casual and cool look. Black leather derby shoes are a guaranteed way to infuse an element of sophistication into your look.
This combination of a Fred Perry Extra Trim Fit Twin Tipped Pique Polo and grey plaid chinos is the ultimate off-duty style for any gent. And if you wish to instantly polish up this ensemble with shoes, add a pair of black leather oxford shoes to the equation.