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Men's Quest Shorts
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Men's Transfer Mesh Short Sleeve Baselayer
Men's Transfer Mesh Short Sleeve Baselayer
Easily adds comfort and cooling performance to any kit
•
SKU #11122105IB1L
FINAL SALE
Men's Transfer Mesh Short Sleeve Baselayer
•
SKU #11122105IB1L
Easily adds comfort and cooling performance to any kit
$19.50
$65.00
COLOR:
Free Shipping on Orders Over $99
Lifetime Warranty
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.
Features
- Pedal to Zero™: Going by bike 10mi / 17km offsets the climate impact of this garment
- PRO Transfer Mesh fabric is highly breathable and quick drying
- Sweat-activated In-R-Cool® technology improves thermal regulation
- GoFresh™ anti-odor technology, bluesign® approved
- Designed for all day performance from chilly starts to hot finishes
- Form fit
Fabric
64% recycled polyester, 26% polyester, 10% elastane
Features
- Pedal to Zero™: Going by bike 10mi / 17km offsets the climate impact of this garment
- PRO Transfer Mesh fabric is highly breathable and quick drying
- Sweat-activated In-R-Cool® technology improves thermal regulation
- GoFresh™ anti-odor technology, bluesign® approved
- Designed for all day performance from chilly starts to hot finishes
- Form fit
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Care Instructions
USE SIMPLE DETERGENTS WITH NO ADDITIVES Never use detergents with fabric softeners, perfumes or any additive type product. The general rule of thumb is the simpler the better. Many detergents with additives leave "surfactants" behind on a fabric's fibers that inhibit the technical performance. Typically the best detergents to use will have "Clear" or "Free" in their names. Don't pour the detergent directly onto the clothing, put it in the washer first, when you start the water. If something is not functionally working, but is not dirty, try rinsing it twice in warm to hot water. This will help get rid of the harmful surfactants. READ THE CONTENT CARE LABEL: On the inside of your garment, or on the hangcard, there are instructions for the care of that individual piece. On garments this will be on a side seam or back seam label. Follow those directions. On finer fabrics, use a "Gentle" cycle. Close all zippers, attach "hook and loop" closures on gloves YOU CAN USE THE DRYER, CAREFULLY: If you use a dryer be sure to use a lower / warm heat setting (Do NOT use a commercial dryer or a "Hot" setting). This will often restore the fabric and help the water and wind repellent qualities. If in doubt, hang the clothing to dry.
Pedal to Zero
Pedal to Zero
We calculated the Pedal to Zero number using the EPA’s estimate that a typical passenger car produces 404 grams of CO2 per mile. For example, our Rove Short creates the equivalent of 9.8kg of CO2*. Therefore, if you ride 24 miles instead of driving, you’ve zeroed out the emissions impact of the Rove Short. This knowledge can inspire us to change our behavior. *This information was calculated by PEARL iZUMi using the Higg Product Module 2.0 at Higg.org. It includes cradle-to-gate impacts only.