NATURE'S PERFORMANCE FIBER
The new PURSUIT™ is constructed with nature’s technical fiber RWS (Responsible Wool Standard) Merino Wool and upgraded with a reinforced heel and toe to maximize durability. The four season fiber of Merino Wool provides warmth in the winter and cooling in the summer, as well as absorbs moisture without feeling soggy or losing the ability to regulate temperature. The PURSUIT™ is engineered with fine-gauge Merino Wool that produces a soft, no-itch feel from cuff to toe. Merino Wool is a naturally renewable resource and is sustainably sourced. The Seven is a classic sock height standing at mid calf. Ideal for those looking for a taller cycling sock.
63% MERINO WOOL / 35% Nylon / 2% Spandex
Experience one of nature’s finest fibers, Merino Wool. Our wool is soft against your skin and naturally moves moisture away from your feet, while regulating temperature, so you stay cool in the summer, warm in the winter, and dry all year long. The medium cushion absorbs impact without adding any bulk inside your shoes while an Ultralight footbed complements lightweight technical shoes for a barely there feel. Pair these socks with your favorite outdoor activities like trail running or mountain biking for comfortable year-round wear.
Our goal is a perfect fit every time, so you can perform at your best. All of our socks are designed to support the contours of your feet, which means no voids, bunching or blisters.
We carefully select high-performance fibers that inherently move moisture. These fibers are sculpted into breathable designs to keep you dry.
We craft high quality products with innovative technology and a greater focus on sustainability to create a positive impact on our local communities.
We are committed to providing each customer the best experience possible. If you are unsatisfied with a Swiftwick product, reach out to us and we will take care of you.
We produce durable products, made in the USA, using the most sustainable practices available to reduce garment miles, minimize waste, and reduce energy consumption.