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Tenn Outdoors Mens Coolflo 8 Panel Cycling High-Wicking Shorts Black/White Small

$ 8.71

Availability: 100 in stock
  • Size Type: Regular
  • Condition: New with tags
  • Item must be returned within: 30 Days
  • Size: S
  • Restocking Fee: No
  • Waist Size: 30-32 in
  • All returns accepted: Returns Accepted
  • Style: Athletic
  • Brand: Tenn-Outdoors
  • Return shipping will be paid by: Buyer
  • Fit: Athletic
  • Refund will be given as: Money Back
  • Color: Black - White

    Description

    Tenn Mens Coolflo 8 Panel Padded Cycling Shorts
    80% Nylon, 20% Elastane
    Handmade using the finest high-wicking Nylon/Elastane mix
    8 panel professional construction - allows the shorts more curvature
    Anatomically shaped - for body-hugging comfort
    Flatlock stitching – minimizes chafing
    Single layer professional moulded pad - for enhanced comfort
    High performance breathable shorts, for cyclists who ride regularly for exercise or as a commute.
    These great value shorts are anatomically designed and shaped, are made from a high performance fabric and incorporate our single layer professional moulded pad. With leg grippers designed to keep the shorts in place without being overly tight and free from riding up. All of which means the cyclist is ready for a hard and enjoyable work out.
    Key Features:
    8 panel professional construction - allows the shorts more curvature.
    Anatomically shaped - for body-hugging comfort.
    Flatlock stitching – minimizes chafing.
    Blend of high density nylon & spandex fibres - ensures that muscles are kept insulated and supported.
    Single layer professional moulded pad - for enhanced comfort.
    Breathable Fabric Ensures Endurance
    It’s the construction of the fabric we use that directs water away from the body and allows body moisture and vapours to be released, rather than membranes, coatings or laminates which can also be used to keep the wearer dry. This means that perspiration can be moved away from the body more effectively, as both liquid water and water vapour are transmitted through the material and allowed to escape.