Who will be the first IFBB pro seen wearing this?
The secret of truly elite athletes isn’t the amount of time spent working out, the intensity of the workout, or the determination to push one’s body to the limits. No, world-class athletes are beating their competition thanks to the effects of high-altitude training.
When the air is thinner, your body works harder, increasing your ability to process oxygen. When you return to lower elevations, your performance will show substantial increases in strength, endurance and speed. It’s as if you were wearing a suit of armor while working out and then removed it for the competition.
It used to be that most athletes who wanted that edge were out of luck. Unless they lived near very high mountains, or had an enormous amount of money to travel to training facilities there, they had to settle for the benefits of a hard workout at sea level.
That was then. Now there’s a way to get the benefits of high-altitude training without heading to the mountaintop.
Introducing Training Mask, a new, patented (PAT.8.590.533 B2) "Resistance Training Device" product that helps condition the lungs by creating pulmonary resistance and strengthening the diaphragm, making your workout seem like it’s being held high in the mountains.
Training Mask will make your workout so efficient, you can actually cut the amount of time spent in training by as much as two-thirds. Simply strap it on and begin your normal work out. Within days, you’ll see the difference!
It’s really simple science. By conditioning your lungs and creating pulmonary resistance, your diaphragm is strengthened, thereby making your lungs work harder. When lungs work harder, the surface area and elasticity in the alveoli is increased, thus increasing your stamina and ability to go harder at your sport – or simply have increased energy for daily living.
Our multi-level resistance system uses our patented (PAT.8.590.533 B2) "Resistance Training Device" flux valve system, forcing you to inhale fuller, deep breaths. While your body adapts, your lungs will be trained to take deeper breaths and use the available oxygen more efficiently. Increasing your alveoli’s surface area could help transport more oxygen via your red blood cells and carry it to the extremities.
