Shorts

Regular fit sweat shorts made out of an organic cotton blend french terry quality.

Regular fit sweat shorts made out of an organic cotton blend french terry quality.

High waist, loose fitted shorts in a viscose blend interlock quality.

High waist, loose fitted shorts in a viscose blend interlock quality.

High waist, loose fitted shorts in a viscose blend interlock quality.

Mini cycling shorts/hot pants with a covered elastic waistband in a stretchy single jersey cotton quality.

Cycling shorts with elastic waist in an elastic cotton rib quality.

Show off your sporty side in these adidas bike shorts. Soft, stretchy fabric gives you freedom of movement, while iconic 3-Stripes add an athletic finish.

Casual comfort gets a modern makeover in these adidas shorts.

Whether you're training for your next 5K or simply enjoying an easy jog around the neighbourhood, these adidas running shorts are your trusted running partner.

These adidas shorts are all about finding that perfect balance. The blend of cotton and polyester French terry fabric keeps you comfortable whether you're strolling through the park or lounging at home.

Whether you're hopping on your stationary bike or your road bike, these adidas by Stella McCartney bike leggings are designed for you to make the most of it.

No matter how fast or far you run, CLIMACOOL wicks and disperses sweat for cool, dry and distraction-free performance.

Push through your limits in these go-to training shorts from adidas featuring side slits and a curved hem for mobility.

These adidas running shorts help you get the work done with low-to-medium compression that supports your major muscles.

Wear these adidas short leggings for cardio, strength training, or just because you want to feel powerful.

The ACTIVATOR shorts are the first biomechanical shorts designed to reduce vibrations and improve muscle stability during sports. Thanks to graduated compression and screen-printed applications, they support the leg muscles, activating them and protecting tendons and muscles from overload and inflammation.