Fox Racing Scans Hoodie – Men’s Lightweight Pullover Sweatshirt
$9.84
Description
Fox Racing Scans Pullover Hoodie
Stay warm and stylish this season with the Fox Racing Scans Pullover Hoodie, designed for those who demand both comfort and durability in colder climates. Perfect for trail runs, bike rides, or casual outings in chilly weather, this pullover combines timeless design with cutting-edge functionality to keep you cozy no matter where your adventures take you.
Constructed from 80% cotton and 20% polyester heavyweight fleece (330g), this hoodie delivers ultra-soft brushed interior lining for unmatched warmth while maintaining breathability on brisk days. The adjustable drawcord hood offers customizable coverage against windy conditions, while silicone-coated eyelets ensure long-lasting durability against wear and tear. A kangaroo-style front pocket provides convenient hand storage or space for small essentials like keys or a phone—perfect for on-the-go convenience during outdoor activities.
Built for versatility, this pullover’s pullover design allows easy on-and-off access while maintaining a sleek silhouette that complements both urban streets and rugged trails. Whether you’re layering over a base layer during winter sports or wearing it alone on milder days, its 29” length (size large) ensures full torso coverage for maximum insulation without sacrificing mobility.
Care Instructions
– Machine wash cold on gentle cycle
– Separate dark colors
– Tumble dry low
– Avoid bleach/dry cleaning/ironing
Why Choose Fox Racing?
This hoodie stands out with its premium screen-printed artwork, blending iconic Fox Racing branding with subtle design elements that elevate its aesthetic appeal beyond basic cold-weather gear. Designed to withstand repeated use through rigorous adventures while retaining its shape and softness wash after wash—making it an investment piece for any active wardrobe.
Stay comfortable through every season’s chill with the Fox Racing Scans Pullover Hoodie—your go-to layer for warmth without compromise when temperatures drop below freezing.
