Scott Trail Tuned long sleeve jersey 2025

The new Tuned Long-sleeve Tee combines style and functionality. The race fit guarantees maximum performance on the bike, while the innovative Cool Touch 3D fabric enables improved air circulation by increasing the contact points. This trail tee offers superior moisture wicking and high breathability, optimal temperature regulation and odour control for an all-round comfortable riding experience.

Features

Special Tuned branding
Highly breathable fabric
Temperature and odor control
Re-Source product

Tech spec

CompositionShell: 80% Polyester (recycled) 20% Lyocell / Insert: 92% Polyester (recycled) 8% Elastane
Fit: Regular
Exclusive Tuned branding
Race fit for maximum performance on the bike
Cool touch 3D fabric works efficiently by elevating touch-points for increased airflow
Superior wicking and highly breathable
Optimal temperature and odor control

Technology

DRYOxcell
DRYOxcell is a quick-dry technology that wicks moisture away from the skin and disperses it in the fabric over a larger area, protecting against saturation. This accelerates evaporation and keeps you drier for longer.

DUROxpand
A four-way stretch fabric, DUROxpand gives you the freedom of movements and flexibility for adventures that require a greater tange of motion.

Re-source by SCOTT
SCOTT believes in doing things the right way and for the right reasons. It tries to improve the impact of products and business practices, preserve the environment for future generations, and stimulate positive change in our communities.
Re-source products are: 50 percent recycled materials, created with 100 percent certified renewable materials, or use only PFC-free DWR (Durable water repellence) treatments.

POLARTEC® Delta™
Polartec® Delta™ was created so cooling fabric technologies could better utilize the body's natural cooling process — sweat. Next-to-skin fabrics that target wicking and fast drying will keep moisture moving, but don't work towards actually cooling the body down. Delta™ works more efficiently by elevating touch-points for increased airflow, faster moisture dispersal, and reduced wet-cling.