MC2 Saint Barth Patmos Swim Shorts - Blue - XXXXL

Currently unavailable

Currently unavailable
The MC2 Saint Barth Patmos Swim Shorts are designed for adult men who value a blend of classic beach style and functional reliability during water-based activities. Featuring a secure elastic waistband and durable polyester construction, these shorts provide a comfortable fit for long days at the beach or pool, though users should note that the XXXXL sizing is a specialized large fit that may require careful measurement to ensure optimal comfort.
| Age Group | adult |
|---|---|
| Colour | Blue |
| Gender | Male |
| Material | Polyester |
| Size | XXXXL |
| Model Part Number | PATM00100226L61EMB |
| Brand | MC2 Saint Barth |
Yes, they are designed for water activity, but ensure the drawstring is securely tightened.
Yes, they include an internal mesh lining for comfort and support.
While designed for swimming, their classic cut allows them to be worn as casual summer attire.
Spot clean the area immediately with a gentle soap before running a full wash cycle.
These specific Patmos shorts are made from durable polyester.
With proper care—specifically avoiding high-heat drying—the elastic will retain its integrity for a long time.
Use a safety pin attached to the end of the drawstring to thread it back through the eyelet.
Ensure the drawstring is tied in a secure double knot before entering the water.
Soak the shorts in cool water with a small amount of fabric softener to remove dried salt crystals.
Because these are pull-on swim shorts, setup is minimal—simply adjust the drawstring to your preferred tightness. To ensure the longevity of the fabric and the integrity of the elastic waistband, we recommend rinsing the shorts with fresh water after every use in salt or chlorinated water to remove chemical or salt deposits. Machine wash on a gentle cycle using mild detergent and always hang dry in the shade to prevent the material from breaking down under direct UV exposure. Avoid the use of heavy bleaches or high-heat drying, which can compromise the synthetic polyester fibers.