Sporty Retro Three-stripe Black Sleeveless Hooded Sweatshirt And Wide-leg Pants Set

$148.66
Color:  Black
Size:  XS
Quantity

Description

Description

Key Features:

1.Material: High-quality, comfortable 80% cotton, 20% polyester fabric, moisture-wicking and breathable.
2.Design: Hooded collar, drawstring, zipper, pockets, webbing.
3.Fit: Regular fit, suitable for different body types
4.Occasion: Suitable for daily activities, from work to weekend getaways
5.Care instructions: Wash in cold water, air dry, iron on low heat when necessary
6.Available sizes: XS, S, M, L, XL, 2XL

The sporty retro three-stripe black sleeveless hooded sweatshirt and wide-leg pants set captures the essence of classic athletic style while embracing modern comfort and convenience. This set, perfect for those who crave versatility and a touch of nostalgia in their wardrobe, is crafted from high-quality materials that provide breathability and ease of movement. The sleeveless hooded sweatshirt is designed with a sleek black base, accented by the iconic three-stripe detailing that runs along the sides, adding a bold statement to the minimalist silhouette. The hood adds an extra layer of practicality and style, making it an ideal choice for layering during transitional weather or for a more relaxed, off-duty look.

Complementing the top, the wide-leg pants offer a flattering and contemporary fit that contrasts with the streamlined look of the sweatshirt. The pants are designed to be comfortable and unrestrictive, featuring an elastic waistband for a customizable fit that moves with you throughout the day. The three-stripe detail continues down the sides of the pants, creating a cohesive look that is both eye-catching and effortlessly cool. This set can be paired with classic white sneakers for a laid-back, sporty vibe or dressed up slightly with casual loafers or boots for a more polished approach. Whether you're heading to a casual meet-up with friends or simply running errands, this set offers a stylish blend of retro appeal and modern functionality.