Key Features

Men's TX1000 Tri Suit

FABRIC: Our Velo fabric is hardwearing, while still being comfortable and compressive. Our strategically placed Velo-mesh panels have been add...

Men's TX2000 Tri Singlet

UVX FABRIC: Our UVX fabric features a 210gm weight for more comfort and durability, while the calendared finish reduces water absorption and f...

Men's TX2000 Tri Suit

UVX FABRIC Our UVX fabric features a 210gm weight for more comfort and durability, while the calendared finish reduces water absorption and fabric ...

Men's TX2000 Tri Short

UVX FABRIC Our UVX fabric features a 210gm weight for more comfort and durability, while the calendared finish reduces water absorption a...

Men's TX3000 Tri Short

COOLING: Highly permeable (150 L/ M / ms) Microskin fabric maximizes cooling airflow reducing core temperature. COMFORT: Our Micros...

Men's TX3000 Tri Singlet

COOLING: Highly permeable (150 L/ M / ms) Microskin fabric maximizes cooling airflow reducing core temperature. COMFORT: Our Micros...

Women's TX1000 Tri Singlet

FABRIC: Our Velo fabric is hardwearing, while still being comfortable and compressive. Our strategically placed Velo-mesh panels have been added t...

Women's TX1000 Tri Tankini

FABRIC: Our Velo fabric is hardwearing, while still being comfortable and compressive. Our strategically placed Velo-mesh panels have been added t...

Women's TX1000 Tri Short

FABRIC: Our Velo fabric is hardwearing, while still being comfortable and compressive. Our strategically placed Velo-mesh panels have been add...

Women's TX1000 Tri Suit

FABRIC: Our Velo fabric is hardwearing, while still being comfortable and compressive. Our strategically placed Velo-mesh panels have been added t...

Women's TX2000 Tri Short

UVX FABRIC Our UVX fabric features a 210gm weight for more comfort and durability, while the calendared finish reduces water absorption and fa...

Women's TX2000 Tri Suit

UVX FABRIC Our UVX fabric features a 210gm weight for more comfort and durability, while the calendared finish reduces water absorption and fa...