Adidas 7
Adidas 7
Adidas 7
Adidas 7
Adidas 7
Adidas 7
Adidas 7
Adidas 7
Adidas 7
Adidas 7

Adidas 7" Training Short Men's XS Silver Pebble NEW

$ 7.77

MPN: JE3086 Garment Care: Machine Washable Style: 7" Training Short Material: Polyester, Spandex Fabric Type: Blended Fabric Brand: adidas Size Type: Regular Features: Breathable, Comfort, Drawstring, Easy Care, Elastic Waist, Lightweight, Pockets, Stretch Season: Summer, Spring, Fall Vintage: No Personalize: No Character: Pebbles Performance/Activity: CrossFit, Cross Training, Cycling, Driving, Fishing, Golf, Gym & Training, Pilates, Riding, Rugby, Running & Jogging, School, Skateboarding, Soccer, Squash, Tennis, Track & Field, Volleyball, Walking, Weightlifting, Wrestling, Yoga Theme: Logo, Outdoor, Sports Size: XS Occasion: Activewear, Casual Department: Men UPC: 197608839917 Color: Silver Pebble Compression Area: Waist Inseam: 7 in Fit: Regular Pattern: Solid Model: D4T HR SHO Country of Origin: Cambodia Closure: Drawstring Product Line: Adidas 7" Training Short

Description

Adidas 7" Training Short Men's XS Silver Pebble NEW. Color: Silver Pebble. Sustainability: Made from 100% recycled materials to reduce waste and reliance on finite resources. Fit: Regular fit, striking a balance between loose and snug. The "Adidas 7" Training Short Men's XS Silver Pebble" refers to an athletic short in the color Silver Pebble, with a 7-inch inseam and size Extra Small (XS) for men, designed for training and often featuring moisture-wicking AEROREADY fabric, mesh panels for ventilation, and secure zip pockets for essentials. * Color: Silver Pebble. * Size: Men's Extra Small (XS). * Length: 7-inch inseam. * Fit: Regular fit, striking a balance between loose and snug. * Fabric: Made with 100% recycled polyester. * Technology: Features AEROREADY technology to manage moisture and keep you dry. * Ventilation: Includes mesh panels for improved airflow. * Pockets: Front zip pockets for securing small items. * Material: Lightweight fabric. * Sustainability: Made from 100% recycled materials to reduce waste and reliance on finite resources.

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