Troy Lee Designs Sprint MTB Shorts - Black

Currently unavailable

Currently unavailable
The Troy Lee Designs Sprint MTB Shorts are purpose-built for young mountain bikers who demand professional-grade gear that can withstand the rigors of the trail. These shorts offer exceptional ventilation and mobility, making them ideal for long days of riding, though riders should note they are optimized for performance fit rather than casual streetwear use.
| Gender | Unisex |
|---|---|
| Age Group | kids |
| Colour | Black |
| Material | Nylon |
| Model Part Number | TLD230931006 |
| Brand | Troy Lee Designs |
These shorts are made of durable nylon for trail performance, but they are designed for breathability and are not classified as waterproof.
Yes, the Troy Lee Designs Sprint range is designed to be compatible with most standard youth MTB knee guards.
Wash in cold water with similar colors and hang to dry to protect the stretch panels and silicone grippers.
No, these are outer shell shorts and do not include a padded chamois liner.
Yes, the Sprint series is a long-standing favorite for gravity, enduro, and downhill mountain bike racing.
Tighten the self-fabric waist adjuster tabs and ensure the internal silicone print is in direct contact with your jersey or base layer.
Adjust the waist tension for a more relaxed fit and ensure the stretch panels are not being pulled tight by an undersized fitment.
To ensure the best fit, utilize the self-fabric waist adjustment tabs before mounting the bike; the shorts should be snug enough to stay in place without restricting your core breathing. Because of the silicone print on the inner waistband, these shorts pair best with cycling-specific base layers or jersey tuck-ins. For care, always machine wash in cold water on a gentle cycle to preserve the integrity of the laser-cut perforations and the silicone grip. Avoid using heavy fabric softeners, as they can clog the pores in the nylon fabric, reducing the shorts' ability to breathe. Air drying is highly recommended to extend the lifespan of the hardware and fabric elasticity.