Oakley Baseline Hybrid 21 2.0 Short - Blue - 34


The Oakley Baseline Hybrid 21 2.0 Short is designed for the active adult male who requires a versatile garment capable of transitioning from water-based activities to casual daily wear. Featuring advanced water-repellent technology, these shorts offer the benefit of rapid drying and consistent comfort in varying conditions, though they are specialized for performance rather than formal settings.
| Gender | Male |
|---|---|
| Age Group | adult |
| Colour | Blue |
| Waist Size UK | 34 |
| Model Part Number | FOA402208 |
| Brand | Oakley |
Yes, they are designed as hybrid shorts suitable for both in-water use and land-based activities.
The shorts use a fixed waist measurement. Please consult your standard trousers size (e.g., 34 inch) to match the waist sizing provided.
It is not recommended, as fabric softeners can leave a residue that interferes with the O Protect DWR water-repellent properties.
The fixed loop is specifically engineered to safely and securely store your eyewear when you are not wearing them.
These shorts are designed as versatile hybrid outerwear; please check the specific product tag, as hybrid models typically prioritize casual utility over internal liners.
The 21 refers to the 21-inch length of the shorts, which provides extended coverage.
Ensure the shorts are thoroughly rinsed and cleaned, as salt or laundry detergent residue can mask the DWR performance.
Check the zipper track for sand or debris. Rinse with fresh water and allow it to dry before operating.
To ensure the longevity of the O Protect DWR treatment, always follow the garment's internal care label. Rinse the shorts with fresh water after exposure to chlorine or salt water to prevent mineral buildup and fabric degradation. When laundering, wash in cold water with similar colors and avoid the use of harsh fabric softeners, as these can strip the water-repellent finish. For the best maintenance, air dry the shorts rather than using a high-heat tumble dryer, as excessive heat can compromise the integrity of the synthetic fibers and the zipper mechanism.