THREO shorts will keep you comfortable on the bike, no matter how long you ride!
THREO cycling shorts are incredibly lightweight and comfortable. Constructed with 4-way stretch fabric, they rapidly wick perspiration and flex to give you a feeling of freedom unlike any mountain bike short you’ve ever worn. Strategically placed 3D ergonomic cut perforations increase comfort further by providing exceptional breathability.
THREO MTB Сycling Shorts Features:
- Lightweight 4-way stretch stitching fabric
- Engineered airflow zones for all-day riding comfort
- Pro-adjustment design that allows adjusting your waist size for the most comfortable experience
- Top-quality fabrics that move sweat away from the body to keep you dry
- Pockets on the pants for ease and safety of carrying personal stuff when cycling
With a multi-pocket design, these padded bike shorts for men can easily store your smartphone, keys, snacks, and other items. Also, cycling shorts have a reflective logo that will ensure your safe riding at night. You can also choose the model that comes along with an underwear shorts featuring gel padded cushion. It provides good protection and helps avoid injuries caused by riding.
MTB shorts are made of durable and light material and allow free movement. They are suitable not only for cycling, but also for running, hiking, traveling, camping, and other outdoor activities.
✔️ BREATHABILITY & SWEAT-WICKING PROPERTIES — Highly breathable material is fast wicking, helps draw sweat away from the skin and allows you to stay cool throughout your riding.
✔️ ULTIMATE COMFORT — Designed for those long days out in the saddle, these comfy shorts absorb vibrations and prevent rubbing and chafing.
✔️ PRACTICAL FUNCTIONALITY — With plenty of zipper pockets and other storage for cyclists who are just as concerned with practical functionality as they are about performance.
NOTE: These MTB shorts come in 2 options. If you prefer the one with a gel padding, please choose the option with cycling underwear.
Please allow a slight measuring deviation due to manual measurement.