Nike Golf Shorts - Black - M


These Nike Golf Shorts are designed for adult male golfers who prioritize a clean, professional aesthetic and reliable performance on the course. Featuring lightweight, sweat-wicking polyester fabric, they offer excellent moisture management to keep you dry during warm weather rounds; however, prospective buyers should carefully verify their specific waist measurements as the sizing range varies across different regional and numeric standards.
| Gender | Male |
|---|---|
| Age Group | adult |
| Colour | Black |
| Material | Polyester |
| Waist Size UK | 28 |
| Size | M |
| Model Part Number | 0198488325309 |
| Brand | Nike |
Yes, these shorts are machine washable. We recommend washing in cold water and avoiding high-heat tumble drying.
These shorts are crafted from high-performance polyester, selected for its moisture-wicking properties and durability.
Absolutely. Their clean, minimalist design makes them suitable for casual outings, walking, or other light athletic activities.
No, these shorts feature deep open pockets with woven linings for a streamlined, minimalist look.
Refer to your exact waist measurement in inches or centimeters, as sizing can vary between specific Nike golf models.
This is often due to detergent residue. Run an extra rinse cycle or reduce the amount of detergent used in future washes.
Use a golf-appropriate webbing belt through the integrated belt loops to secure the fit without sacrificing range of motion.
Getting the most out of your Nike Golf Shorts requires proper sizing and routine maintenance. When choosing your size, check the specific numeric waist measurement provided for the model, as these are tailored for a performance-focused fit. To ensure the longevity of the fabric and the integrity of the moisture-wicking properties, wash the shorts in cold water using a mild detergent. Avoid using harsh fabric softeners, as these can coat the polyester fibers and diminish their ability to wick away sweat. For best results, hang dry the shorts away from direct, high-heat sources to prevent premature material breakdown.