High-Performance Breathability for Technical Runs

The Icebreaker Women’s Merino Blend Run+ Ultralight Mini is a precision-engineered sock designed for runners who prioritize speed, breathability, and a minimalist feel. Built with a specialized Cool-Lite™ fabric blend, these socks combine the natural temperature regulation and odor resistance of Merino wool with TENCEL™ Lyocell to accelerate moisture wicking and cooling. The "Mini" height provides essential protection for the ankle and Achilles without the added heat of a taller crew, making it ideal for warm-weather training and race days.

Performance is defined by the details. These socks feature an anatomically correct left and right fit, ensuring a precise, non-slip wrap that eliminates the bunching and friction that lead to blisters. Integrated mesh ventilation zones across the top of the foot maximize airflow, while the seamless toe closure prevents irritation during long-distance efforts. Reinforced with high-density fibers in the heel and toe, the Run+ Ultralight provides long-lasting durability without adding unnecessary bulk to your technical running shoes.

Key Features:

• Cool-Lite™ Merino Blend: A technical mix of Merino wool and TENCEL™ for superior cooling and moisture management.
• Ultralight Minimalist Fit: Our thinnest technical knit for a "second-skin" feel that maximizes breathability and shoe feedback.
• Anatomical Left/Right Fit: Specifically shaped for each foot to ensure a secure, bunch-free fit and zero slipping.
• Strategic Mesh Ventilation: Integrated mesh panels on the instep facilitate rapid heat dissipation and airflow.
• Seamless Toe Closure: Reduces bulk and eliminates the friction that causes toe-box irritation and blisters.
• Achilles & Heel Protection: Reinforced zones and the "Mini" height protect high-friction areas from shoe contact.
• Natural Odor Resistance: Merino wool fibers inherently resist bacteria, keeping the socks fresh through intense training sessions.
• Achilles Support: Keeps the sock in place and provides stability during high-impact movements on technical trails.