The Science

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You walk and run every day without thinking about your breathing or the ability to breathe, it's taken for granted. Imagine, that one day, fatigue and plateau's were a thing of that past, with the Training Mask that day is NOW!

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Elevation Training Mask mimics the effects of High Altitude Training. When elite athletes want to improve their performance they go to high altitude levels to train. When they come back to sea level they perform much stronger, faster, and have increased endurance. Training Mask makes your work out more efficient allowing you to take your work out from 60 minutes to 20 minutes. From the average daily walker to the marathon runner, Training Mask appeals to every athlete who wants to improve their overall health and performance.

What is the Elevation Training Mask?

Elevation Training Mask is a patented (PAT.8.590.533 B2) "Resistance Training Device" that helps condition the lungs by creating pulmonary resistance and strengthening the diaphragm.
Elevation Training Mask will help you regulate your breathing, increase lung stamina, lung capacity, oxygen efficiency and increase overall mental focus. Training Mask can help your overall performance in all sports and daily living Elevation Training Mask helps! By condition the lungs and creating pulmonary resistance, your diaphragm is strengthened, surface area and elasticity in the alveoli is increased. Elevation Training Mask will help get your breathing under control and help with lung stamina, increase lung capacity, oxygen efficiency and increase overall mental focus. Training Mask can be used to make you become a better athlete in all sports and daily living. Our multi-level resistance system reduces air flow through our patented (PAT.8.590.533 B2) "Resistance Training Device" flux valve system. Training Mask promotes increased lung capacity by forcing you to inhale fuller deeper breaths. When your body adapts to the resistance your lungs will be trained to take deeper breaths and use oxygen more efficiently. A short explanation of how this works is simple. When you breathe against resistance the lining in the lungs essentially stretches out allowing the alveoli’s surface area to become "stretched" thus in return allows for more blood flow to the alveoli for more (oxygen transportation). When you increase "surface area" you increase red blood cell count that will be able to carry more oxygen out to the extremities. icons.jpg
mask-3.jpg After extensive research and clinical testing from the UNIVERSITY OF NAIT the Training Mask 2.0 has made remarkable advancement in the fitness and training industry. Training Mask 2.0 takes all the amazing "Diaphragm Resistance Technology" from Training Mask 1.0 and compiles it into a less obtrusive, amazingly comfortable silicone mask that fits over the nose and mouth. Our multi-level resistance system reduces air flow through our patented (PAT.8.590.533 B2) "Resistance Training Device" flux valve system. Training Mask 2.0 promotes increased lung capacity by forcing you to inhale fuller deeper breaths. When your body adapts to the resistance your lungs will be trained to take deeper breaths and use oxygen more efficiently. A short explanation of how this works is simple. When you breathe against resistance the lining in the lungs essentially stretches out allowing the alveoli’s surface area to become "stretched" thus in return allows for more blood flow to the alveoli for more (oxygen transportation). When you increase "surface area" you increase red blood cell count that will be able to carry more oxygen out to the extremities While using Training Mask 2.0 the conditioning of your lungs significantly increases along with endurance and diaphragm strength. Training Mask 2.0 will benefit your respiratory system as your overall cardio and endurance will improve with continued use. **There are many breathing devices and respiratory trainers used by hundreds of elite athletes for sports performance and by other users for health and fitness. Some of these devices are invented to increase strength of the respiratory muscles. Numerous clinical trials have found that these devices can increase endurance and VO2max (maximum oxygen absorption during most intensive exercise), improve lung function tests (VEF, PEF, FVC, and VEmax), lower heart rate for the same load, reduce medication (drugs) and symptoms, improve quality of life scores and lead to other beneficial health effects