Men's Transfer Mesh Short Sleeve Baselayer
Think of this as the ultimate foundation layer for performance and comfort. The Men’s Transfer Mesh Short Sleeve Baselayer is engineered to regulate body temperature through moisture management, keeping you riding comfortably across a wide range of conditions.
Made with PRO Transfer Mesh fabric, this baselayer excels at breathability and quick drying while delivering a lightweight, high-stretch fit for unrestricted movement. In‑R‑Cool® technology activates with body heat to provide continuous cooling, and the high-stretch construction ensures a smooth, second-skin fit with minimal bulk.
Strategic design features include a tight fit through the armpits to prevent bulk and bunching under jerseys, and an extended rear tail that provides full coverage in the riding position. GoFresh™ anti-odor treatment keeps freshness lasting through prolonged use, while fabric tags sewn on the exterior minimize friction during layering or indoor training.
Wear it solo on trainer rides, under a jersey during warm-weather rides, or as part of your layering strategy when temps fluctuate. This baselayer is built for system-level versatility.
Pair it with your favorite men's cycling jersey or cycling bib short—or explore more from our for a setup that manages sweat and comfort at every intensity.
Original: $70.00
-65%$70.00
$24.50More Images
Men's Transfer Mesh Short Sleeve Baselayer
Think of this as the ultimate foundation layer for performance and comfort. The Men’s Transfer Mesh Short Sleeve Baselayer is engineered to regulate body temperature through moisture management, keeping you riding comfortably across a wide range of conditions.
Made with PRO Transfer Mesh fabric, this baselayer excels at breathability and quick drying while delivering a lightweight, high-stretch fit for unrestricted movement. In‑R‑Cool® technology activates with body heat to provide continuous cooling, and the high-stretch construction ensures a smooth, second-skin fit with minimal bulk.
Strategic design features include a tight fit through the armpits to prevent bulk and bunching under jerseys, and an extended rear tail that provides full coverage in the riding position. GoFresh™ anti-odor treatment keeps freshness lasting through prolonged use, while fabric tags sewn on the exterior minimize friction during layering or indoor training.
Wear it solo on trainer rides, under a jersey during warm-weather rides, or as part of your layering strategy when temps fluctuate. This baselayer is built for system-level versatility.
Pair it with your favorite men's cycling jersey or cycling bib short—or explore more from our for a setup that manages sweat and comfort at every intensity.
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Think of this as the ultimate foundation layer for performance and comfort. The Men’s Transfer Mesh Short Sleeve Baselayer is engineered to regulate body temperature through moisture management, keeping you riding comfortably across a wide range of conditions.
Made with PRO Transfer Mesh fabric, this baselayer excels at breathability and quick drying while delivering a lightweight, high-stretch fit for unrestricted movement. In‑R‑Cool® technology activates with body heat to provide continuous cooling, and the high-stretch construction ensures a smooth, second-skin fit with minimal bulk.
Strategic design features include a tight fit through the armpits to prevent bulk and bunching under jerseys, and an extended rear tail that provides full coverage in the riding position. GoFresh™ anti-odor treatment keeps freshness lasting through prolonged use, while fabric tags sewn on the exterior minimize friction during layering or indoor training.
Wear it solo on trainer rides, under a jersey during warm-weather rides, or as part of your layering strategy when temps fluctuate. This baselayer is built for system-level versatility.
Pair it with your favorite men's cycling jersey or cycling bib short—or explore more from our for a setup that manages sweat and comfort at every intensity.
