Free for orders above $150,00, otherwise $10,00. Customs duty paid.
Minimum order value
$79,90
Returns
Within 30 days
Delivery not yet available
States: Iowa, Kansas, South Dakota, Oklahoma, Louisiana and Montana.
Territories: American Samoa, Guam, U.S. Virgin Islands, Puerto Rico, overseas Armed Forces Bases.
Fit
Athletic fit
Product code
412541
Features
Natural Thermoregulation
Fast Drying
Enhanced Comfort
3 Back pockets
Elastic silicon gripper
Reflective details
Activity
Cycling
Main material
85% Virgin Wool (Merino), 15% Polyamide
Insert material
80% Polyester (recycled), 20% Elastane
Care
The Rundown
Cycling performance. Naturally.
Made from Nuyarn® - a mulesing-free, merino-based fabric that drafts wool around performance fibres - the Zeroweight Performance Wool 125 cycling jersey is best for putting in miles in late spring, early fall and the height of summer. Made from 85 per cent merino and 15 per cent polyamide, this jersey is naturally antibacterial for longer lasting freshness. It’s also naturally temperature regulating, adapting beautifully to any conditions or pace. This jersey features three rear pockets, an athletic fit, an elastic taped hem with a silicone gripper and reflective detailing. Incredibly breathable, comfortable and fast drying. For a naturally refined ride.
GO TIMELESS. RIDE ENDLESS.
Finely-tuned all-day comfort. Cycling kit that’s inspired by the road and roads beyond.
Activity Level
Low
Moderate
High
Activity Type
Anything High Intensity
Cycling
Material Specs
Merino and Polyamide blend
This fabric blends wool's warmth and thermoregulating properties with polyamide's elasticity and abrasion resistance, provides softness and resistance to wear and tear.
Nuyarn®
Nuyarn®
Year-round comfort made with natural fibres. Nuyarn® technology releases the natural performance characteristics of merino wool yarns twisted out by normal spinning methods. Compared to traditional merino, Performance Wool powered by Nuyarn® dries 5x faster, is 50% stronger, and provides 35% better natural temperature regulation in hot and cold environments.
