Under Armour’s HeatGear® range is the original performance base layer, crafted from super-light, breathable, and fast-drying fabric. Featuring odour control technology and an updated gusset shape, along with ergonomic flatlock seams, it ensures a comfortable, chafe-free fit. Ideal for intense workouts or outdoor adventures, it’s the perfect choice for staying cool and fresh during any active occasion. Product Highlights: - 4-way stretch material moves better in every direction. - Exposed elastic waistband with wordmark detailing. - Composition: Refer to the product label for further details. - Care: Refer to the care label for further details. Our original HeatGear® fabric is super-light, breathable & dries fast|Material wicks sweat & dries really fast|4-way stretch material moves better in every direction|Updated gusset shape & ergonomic flatlock seams deliver a comfortable, chafe-free fit|Exposed elastic waistband with wordmark detail|Odor control technology minimizes odor - Style #: 1383629|Inseam: 3"|Pockets: No|87% Polyester/13% Elastane|Imported - Machine wash cold with like colors|Use only non-chlorine bleach when needed|Tumble dry low|Do not iron|Do not use softeners|Do not dry clean Slip into athletic comfort with the Under Armour Womens HG Authentics Shorts in BlackWhite, part of Under Armours HeatGear range of performance baselayers designed for intense workouts. Made from fabric designed to wick moisture away from your skin, the Under Armour Womens HG Authentics Shorts are a gymwear essential. The ultratight fit compresses your muscles to get the most out of your training sessions. The ergonomic flatlock design ensures the shorts cling comfortably to your legs while preventing chafing. Ultratight, secondskin fit HeatGear fabric is superlight, breathable dries fast Material wicks sweat dries really fast 4way stretch material moves better in every direction Updated gusset shape ergonomic flatlock seams deliver a comfortable, chafefree fit Exposed elastic waistband with wordmark detail Odour control technology minimises odour