Arctic
Heat to cool in Athens
Arctic Heat Body Cooling Vests have once again proved to be the
leader in body cooling with many Nations to use the vests at the
upcoming Athens Olympics. From the day the Sydney Olympics finished,
heat stress was identified as the biggest problem facing athletes
in Athens so creating a search for efficient means to counter this
possible life threatening situation.
Sport Scientists from every country have dedicated their time,
testing all possible methods to come up with the best answer for
their athletes. After testing everything available most have decided
on the Arctic Heat Cooling Vest as the best most efficient means
available. The vest has been recognized for its all around ability
to cool and quick re cooling. The lightweight vest, weighing about
1kg when fully activated, can be used pre event, during event or
post event and has been lauded by all who have worn it.
The vest works by cooling skin temperature thus stabilizing core
temperature allowing athletes to compete at their optimum level for
much longer periods. The vest can be used ice, cold or cool whatever
suits the athlete best and because the vest can be re-cooled in
2-3 minutes and is no more bulky than a singlet can be used at any
time during events. If in an ice state the vest will cool skin temperature
by up to 17 degrees Celsius and give between 1-2 hours continuous
use in extreme heat.
The National teams that will be using the vest are USA, UK, Ireland,
Germany, Hungary, China and the Netherlands with many teams still
enquiring. The vests will be used across many different sports in
many different ways with its versatility proving a very strong feature.
Most teams have come back for more vests after initially trialing
the Arctic Heat vest. The vest is also being used by Paralympians
from Australia, USA, UK, Ireland and Switzerland .
This all Australian product manufactured from Sportwool may well
prove to be the Gold Medal choice, allowing athletes to perform at
their best and eliminate the threat of the debilitating condition
of heat stress.