ZEROFIT GLENN IRWIN HEATRUB MOVE BASELAYER
Bennetts British Superbike Runner-Up 2023 Glenn Irwin knows the importance of staying temperature regulated while training and racing, and the Heatrub Move Baselayer helps him to do just that.
And from winter 2023, fans can now purchase the award-winning Heatrub Move Baselayer with in a special Zerofit Glenn Irwin dual-branded option, featuring the Carrickfergus man's logos on the left chest as well as at the base of the neck on the reverse.
The award-winning Heatrub Move is the most versatile baselayer in the entire Zerofit collection, offering the winning combination of adaptable warmth and optimal moisture-wicking properties making it an essential piece of clothing for motorcyclists.
Independently tested and proven to be twice as warm as its closest competitor, the Move features a 45% polypropylene construction on the inside of the baselayer as well as a hollow polyester shell that work in tandem to regulate body temperature, so as your time on the bike progresses, you won’t overheat in the conditions.
What makes it so appealing is that the Japanese technology within the baselayer means that it keeps you warm while you’re at a standstill or just starting out, but then when you start to build up a sweat doing your journey, separate innovations help to keep your body temperature regulated.
This innovative design of the Move also rids sweat from the skin and the hollow polyester design combined with the ‘LABO’ fabric ensures it evaporates off the surface of the garment quickly, so the unpleasant experience of cold sweat on the body never materialises.
It has been engineered to perform in a temperature range of -5° Celsius thru 12° Celsius.
– The two-layer construction efficiently and quickly removes sweat from the skin.
– The hollow polyester design and ‘LABO’ fabric ensures it evaporates off the surface of the garment quickly.
– Athletes will never experience the unpleasant feeling of cold sweat on the body lingering after exercise has ended.
– Incredible freedom of movement due to the stretchable nature of the fabric.