Popsy Clothing · Anti Chafing Shorts

Women's Leopard Lace Trim Black Anti Chafing Shorts (Underpops) - THREE

Women's Leopard Lace Trim Black Anti Chafing Shorts (Underpops) Designed for comfort and confidence, these black anti chafing shorts are the perfect everyday essential. With their delicate leopard lace trim, they sit seamlessly under dresses and skirts while adding a subtle, stylish touch. Features 80 Denier for smooth, comfortable coverage Super stretch design for a flexible fit Anti-chafe protection Comfortable waist band Leopard lace trim detail Designed and made in Italy Why You'll Love Them Prevents thigh chafing so you can move comfortably all day Soft, breathable fabric ideal for warmer weather Smooth fit under dresses and skirts Adds a subtle, stylish detail with the lace trim Perfect for everyday wear, holidays and special occasions Easy pull-on style for fuss-free comfort Message from Cherish Our Hosiery and Pantyhose Collection includes our Underpops! Our 80 Denier anti chaffe shorts are one of those everyday essentials that makes such a difference. I wanted them to feel super comfortable and practical, but still have that little something extra - and the leopard lace trim does exactly that. They are super soft and easy to wear with an elasticated waist and plenty of stretch. Don't stop doing the things you love whether it be powering through a day at work, rocking your Summer wardrobe or out walking. If you prefer a bare leg look with any evening outfit they are our best kept secret for any dance floor disco diva. Say goodbye to any thigh rub and hello to comfort. Step out with confidence - look good and feel fabulous - we got you! Cherish x Fabric & Composition 90% Nylon 10% Elastane Sizing Available in sizes 1 - 4 UK SIZE Petite 5"2 < Regular 5"3 - 5"6 Tall 5"7 > 6 ONE ONE ONE 8 ONE ONE ONE 10 ONE ONE TWO 12 TWO TWO TWO 14 TWO TWO THREE 16 THREE THREE THREE 18 THREE THREE FOUR 20 FOUR FOUR FOUR 22 FOUR FOUR FOUR Product Care Hand wash only Underpops are non-returnable due to hygiene purposes

90-day range £∞–-£∞ · average £NaN