Aero Tech TALL Men's Blue Plaid Cycling Jersey is extra Long
The Tall Men's Blue Plaid Cycling Jersey is a perfect combination of fit and style for any tall riders who want to look good, but need extra length in the sleeve and body. The Tall Sprint Jersey has longer length by about 3 inches. The sleeves are longer also. Our classic club cut is roomy but not baggy. The AeroDri fabric is a knitted blend of 50% Catatonic Polyester, and 50% WickAway Polyester. The features of this blend is key for wicking action that creates a cooling technology with fully integrated moisture management. It is knitted in a way that enables sun protection at full 55+ SPF.
Classic design in blue plaid will create an exciting look for on your road rides.
Tall Jersey Features:
- Amp up your style with the full kit
- Blue Plaid design is classic brilliant in the daylight
- Extra Long body for full coverage in the back
- Longer Sleeves with a tapered fit
- High Tech AeroDri Polyester Fabric
- Prepared for AeroCool for Vivid, Long Lasting Color
- 14 inch Reflective Zipper on front for ventilation
- Three Roomy Back Pockets with elastic top
- 3M Reflective Tab below pockets for Visibility
- Light Elastic Around the Bottom Hem
- Factory Direct Value - No Middleman Mark-up
- Made in the USA
- Sizes: Medium - 4X-Large
- Tall Plaid Bike Bibshorts to create a kit
|Aero Tech Designs TALL Jersey - Size Chart|
Tall Jerseys have Three Inches of Extra Length on the Sleeve and Torso!
Fabric Information :AeroCool™
Cooling Fabric Technology - AeroCool™ Fabric Content: 50% Cationic Polyester - 50% WickAway Polyester. Features include an cooling technology with fully integrated moisture management, with ananti-microbial feature. The fabric is a knitted, honey comb one side, with a melange polyester blend on the other side that contains a Max-Dri construction and MicroBlok for sun protection. This fabric will cool better than regular polyesters, and will last longer. Garment has the added benefit of a inherent protection from the sun's harmful ultraviolet rays (UPF).
AeroCool™ fabric is a scientifically engineered athletic performance fabric. The fibers are technically designed to deliver an advanced cooling effect. The fibers help with regulating body temperature. The fibers are a melange of quick dry, microfiber filaments constructed together to harness the cooling effect of our body’s natural cooling perspiration. The material will optimize comfort by lowering the skin’s surface temperature. Sunrays are reflected off the body enhancing a cooling effect while offering a high rate of UV protection.
AeroCool™ is not like other technical fabrics that use a natural sweetener found in gum to produce a cooling effect on the skin. This product uses an embedded fiber melange which is a multi-layered, three dimensional honeycomb knitting process that is engineered to ensure the cooling effect remains permanent for the life of the garment. It's cooling effect is within the nature of the combination of extruded polyester fibers that have built in shapes that manage your body's moisture to ehance its cooling effect. That means the entire jersey is working to evaporate sweat and cool the skin. AeroCool™ will wick and circulate moisture to regulate evaporation. AeroCool™ fabric will reduce temperature at the surface of the skin to transport moisture across the surfaces of the garment to and will prevent wet, dark sweat areas.
Aero Tech Designs manufactures this Cycling Peloton Jersey with full length, separating YKK zipper front and raglan sleeves, designed to work for the competitive team or the weekend club ride, the peloton jersey is crafted from soft and rugged AeroCool™ Fabric, a soft "Cooling Fabric Technology" that perfect for the wicking sweat away and keeping cool on hot days.
Content: 100% Polyester Microfiber
Weight: 190 Gram/yd
Reflective Tab on Pocket for Safety!
Scotch-lite reflective material products use a technology known as retro-reflection. It helps the eye perceive light in low-light conditions. In more scientific terms, retro reflection occurs when light rays are returned in the direction from which they came. A large amount of reflected light is returned directly to the original light source, such as a car's headlights. Since very little light is scattered when the light is returned, retro reflective materials appear brightest to an observer located near the original light source.
Complete the Kit