Casual: A relaxed fit with a looser cut for easy layering.
Product code
313881
Features
Active cooling
Enhanced moisture management
Lightweight
Body mapped ventilation
Reflective details
Taped seams
Activity
Trail Running, Running
Main material
100% Polyester (recycled)
Care
Delivery time
2-5 business days
Delivery service
Swiss Post
Shipping cost
Free shipping
Minimum order value
29,90 CHF
Returns
Free and within 30 days
Delivery not yet available
Samnaun
The Rundown
Lightweight performance for hot runs and fast paces.
Rain or shine. Short or long. You love it all and wouldn't dream of skipping a day on account of a little heat. Crafted from recycled materials specifically for performance, the Odlo Zeroweight Chill-tec long sleeve t-shirt is made for warm weather running when pace and temperatures are inextricably linked. Designed for maximum cooling and the added protection of long sleeves, it's finished with reflective details for those who want to push another 5k, even as the light fades.
FEEL THE SPEED OF LIGHT
Comfortably dry. Remarkably fast. Performance running pieces distanced from the pack.
Activity Level
Low
Moderate
High
Activity Type
Anything High Intensity
Trail Running - Running
Material Specs
Polyester
Polyester is a durable synthetic fibre with moisture-wicking and quick-drying properties. It keeps its shape, making it wrinkle- and shrink-resistant, and holds colour exceptionally well through many wears. You'll find it in products like our base layers.
Temperature control system
X-Light
Highly functional and comfortable sportswear and functional underwear that keeps the body cool and dry. Extremely breathable and ultra-light for high temperatures and intense training. Effective moisture transport keeps the skin cool and dry.
30°
25°
20°
15°
10°
5°
0°
-5°
-10°
-15°
-20°
-25°
-30°
30°
25°
20°
15°
10°
5°
0°
-5°
-10°
-15°
-20°
-25°
-30°
Chill-Tec
Designed to help release excess heat by moving warm, humid air away from the skin. Lightweight, air-permeable fabrics deliver cooling comfort during high-intensity activity.
