adidas Essentials Chelsea Lite 3-Stripes Shorts - Striped - Beige - XS


The adidas Essentials Chelsea Lite 3-Stripes shorts are an ideal choice for active adults looking to balance athletic performance with casual daily comfort. These versatile shorts offer excellent freedom of movement and ventilation, making them suitable for gym sessions, lounging, or social outings, though potential buyers should note that fit and sizing may vary across the different available colorways and configurations.
| Gender | Male |
|---|---|
| Pattern | Striped |
| Age Group | adult |
| Colour | Beige |
| Size | XS |
| Model Part Number | KY4222 |
| Brand | Adidas |
While made of lightweight polyester, these are designed as athletic shorts rather than dedicated swimwear and may not dry as quickly as specialized swim trunks.
The shorts are designed for an athletic fit. If you prefer a looser feel, consider comparing the specific measurement charts for the regular fit vs. standard fit models.
Yes, most Essentials Chelsea Lite models include functional pockets for carrying small essentials like keys or a phone.
It is recommended to air dry or use the lowest heat setting to prevent material degradation and shrinkage.
These shorts are primarily crafted from durable, breathable polyester designed for athletic performance.
Avoid washing with items containing zippers or hooks; consider using a garment wash bag.
Wash immediately after heavy exercise and use a sports-specific detergent to break down sweat residues.
To ensure your shorts remain in peak condition, follow standard care protocols for technical athletic apparel. Machine wash in cold water with similar colors to prevent fading, especially for the darker variants. Avoid using high-heat tumble drying, as this can degrade the moisture-wicking properties and shrink the fabric. Hang drying is recommended to maintain the integrity of the material and the 3-Stripes detailing. Always refer to the internal care label specifically attached to your garment for the exact fiber composition and temperature limits.