The women’s TX2000 Tri Suit is designed for those female triathletes who prefer the streamlined look of a one-piece suit. It comes without a built-in bra for ease of getting on and off. Features cold black heat transfer technology, our UVX fabric, two covered back pockets and a high density lightweight chamois.

For 2014 this line features a clean black on black color way and for the athlete looking for a little pop an option with purple stripes.

blueseventy’s TX2000 range is designed to get you to the finish line faster, no matter the distance. Updated to include higher rated UV protection from our UVX fabric, welded side seams, and welded leg grippers TX2000 has quickly established itself as the garment of choice for the serious athlete.

UVX FABRIC
Our UVX fabric features a 210gm weight for more comfort and durability, while the calendared finish reduces water absorption and fabric density. UVX fabric’s unique structure enhances UV protection.

COLDBLACK® TECHNOLOGY: Coldblack® finish, reflects infrared heat rays significantly reducing heat absorption, perspiration and improving performance. Lab testing shows, that coldblack® treated dark colours reduce core temperature more than non-treated light colours.

COMFORT:
UVX Fabric with 700% elongation combined with low pressure leg and shoulder elastic for maximum comfort.

ENDURANCE CHAMOIS:
Our individually tailored men’s and women’s Italian high density lightweight chamois makes sure you can focus on riding, without the bulk of a traditional chamois when swimming and running.

LOW SEAM COUNT:
Engineered to maximise vertical seam placement and minimise horizontal drag producing seams.

REAR POCKETS: 2 covered smaller anatomically designed lateral pockets for easy reach while on the bike and won't fill with water. Reflective tape trim for security, and visibility.

COMPRESSION
Graduated compression for fit, circulation and muscle performance.

Unique Femme Fit womens designs, including women specific chamois.

VELO MESH
Body mapping cool mesh panels located for optimal thermoregulation.