Girls Biker Shorts Kids Yoga Shorts High Waisted Spandex Athletic Running Volleyball Shorts with Pockets
Fabric type: 72% Polyester, 28% SpandexCare instructions: Machine WashOrigin: ImportedClosure type: Pull On❤❤High Elastic Girls Spandex Shorts: Containing 28% spandex, girls biker shorts are 4 way stretch, quickly recovery after stretch. Children are naturally active, girls biker shorts with high elasticity allow them to move comfortably during play, sports, biking, running, dancing, sports, volleyball, gymnastics, dance or yoga. Durable fabric makes our girls yoga shorts withstand frequent use and wash.❤❤Naked Feeling & Quick Dry: Advanced carbon brushed finishing makes our girls bike shorts buttery soft, enhances airflow and regulates body temperature. Moisture wicking fabrics keep kids dry and comfy during hot weather or intense activities like jumping, stretching, or gymnastics training. Breathable kids sports shorts provide maximum comfort and care.❤❤High Waisted Kids Athletic Shorts with Pockets: high waist design provide a snug and secure fit, squat proof, ensuring the children active shorts stay in place without slipping down or shifting uncomfortably. Elastic Waist and stretchy fabric makes it easy for kids to put on and take off the running shorts independently. Side pockets provide convenient storage for small items.❤❤Exercise and Casual Wear: Girls athletic shorts come in solid colors, easy to mix and match with other clothes. Whether it's yoga class, outdoor play, or casual wear, girls volleyball shorts create cute and sophisticated outfits. Non see through kids bike shorts offer a modesty look, idea for active kids. Gym shorts for girls can be machine washed and dried, perfect option for busy families.❤❤Comfort is Key: Kids yoga shorts are designed to be stretchy and accommodating, suitable for various body types. Whether your child is slender or curvier, the stretchy girls volleyball shorts ensure a pleasant fit. To ensure the perfect fit, please refer to the detailed size chart, and select your size based on accurate measurements.