Youth Girls Baggy Ripped Jeans Wide Leg Elastic High Waist Distressed Denim Pants Kids Girls sophisticated Streetwear Trousers
Fabric type: 100% Cotton BlendCare instructions: Machine WashOrigin: ImportedClosure type: ButtonStretchy and Soft Denim for Active Girls: Comfortable jeans for girls crafted with elastic waistband and stretchy fabric allowing unrestricted movement during playtime or school activities. These jeans for kids address the need for flexibility and comfort without sacrificing durability. The relaxed fit design accommodates growing children while providing long lasting wear.Trendy Baggy and Wide Leg Style for Teens: Baggy jeans for girls feature a latest wide leg silhouette that aligns with current youth fashion trends. These wide leg jeans for girls offer a trendy alternative to traditional skinny jeans. The contemporary cut ensures teen girls can express personal style while maintaining comfort during social gatherings or casual outings.Reinforced Ripped Details and Quality Construction: Ripped jeans with intentionally distressed elements provide authentic vintage appeal without compromising fabric integrity. These jeans for teens utilize reinforced threading around knee openings to prevent excessive tearing. The craftsmanship ensures fashionable distress patterns remain intact through repeated wear and washing cycles.Versatile Straight Leg Fit for Multiple Outfits: Girls straight leg jeans offer a balanced silhouette that pairs effortlessly with sneakers boots or casual shoes. These jeans girls can wear create various outfits from school attire to weekend wear. The straight leg cut provides adequate room for movement while maintaining a polished appearance suitable for multiple settings.Generous Sizing for Growing Kids and Teens: Baggy jeans for kids with adjustable waist design accommodate growth spurts and varying body types. These kids jeans feature deeper pockets and strengthened seams to handle active lifestyles. The roomy cut allows layering for colder weather while preventing constriction during physical activities.