Under Armour Rival Terry Joggers - Brown - 10


The Under Armour Rival Terry Joggers are designed for active women who prioritize comfort during light workouts or daily errands. Featuring a lightweight French Terry construction, these joggers offer a perfect balance of a smooth outer layer and a soft, moisture-wicking interior. While they provide excellent versatility and a relaxed fit, users should note the specific care requirements needed to maintain the integrity of the fabric over time.
| Gender | Female |
|---|---|
| Age Group | adult |
| Colour | Brown |
| Dress Size UK | 10 |
| Model Part Number | 198632693933 |
| Brand | Under Armour |
These are designed primarily for comfort and light activity. While they are moisture-wicking, they may be less effective than dedicated compression running leggings for high-intensity training.
The joggers feature a 28-inch inseam, which provides a standard length for most wearers.
Yes, but it is recommended to tumble dry on low heat to preserve the fabric's elasticity and texture.
No, these joggers feature open hand pockets for easy access to your belongings.
No, the French Terry fabric is specifically described as lightweight, providing warmth without unnecessary bulk.
Wash inside out with like colors using a mild detergent and tumble dry on low.
Ensure the garment is turned inside out before washing to reduce surface friction with other items.
Use a small safety pin to feed the end of the drawcord back through the eyelet and carefully guide it around the internal channel.
Avoid over-drying in the tumble dryer; remove while slightly damp or dry on the lowest setting.
These joggers are ready to wear immediately upon purchase. To ensure the fabric retains its softness and moisture-wicking capabilities, proper care is essential. Always wash the garment inside out with like colors to prevent friction damage or color bleeding. Use a gentle cycle if possible and tumble dry on a low heat setting. Avoid using heavy fabric softeners or bleach, as these can coat the moisture-wicking fibers and reduce their performance over time.