AIRWAAV Malaysia
AIRWAAV PX1 Performance Mouthpiece
AIRWAAV PX1 Performance Mouthpiece
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*IMPORTANT*
Take note, AIRWAAV is not eligible for exchanges or refunds once opened.
Enhance endurance, boost strength, and speed up recovery with a mouthpiece designed to improve breathing efficiency and performance (no discomfort or bulk).
- Performance Mouthpiece For Powerlifting, Strongman, Bodybuilding, Hyrox, Crossfit, Running, Cycling Triathlon, Baseball, Football, Softball And Many More
- Enhance endurance by reducing respiratory rate up to 20%
- Decrease fatigue and improve muscular endurance
- Boost strength through greater neuromuscular activation
- Reduce cortisol levels by 50% for faster post-workout recovery
- Custom-molded fit for a secure, comfortable feel
Designed for athletes striving for peak performance, the AIRWAAV PX1 Performance Mouthpiece is a transformative tool that unlocks athletic potential. Engineered to sit comfortably on your lower teeth, AIRWAAV optimized jaw and tongue placement, enhancing airflow and muscle efficiency.
It’s backed by peer-reviewed research and scientifically proven to:
- INCREASE STRENGTH: Accelerate neuromuscular response.
- INCREASE ENDURANCE: Reduce respiratory rate by up to 20%, minimizing lactic acid production.
- SPEED UP RECOVERY: Reduce cortisol levels by up to 50% post-workout.
FIT: RELAXED
PX1 is designed with a wide bite channel and delivers a comfortable, relaxed fit.
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How it Works
Increase Strength
AIRWAAV’s patented bite plate is engineered to align the jaw and ensure full tooth contact during clenching. This specific contact plays a pivotal role in accelerating the body’s neuromuscular response. When an athlete clenches their jaw with AIRWAAV, it triggers a more immediate and powerful muscle engagement throughout the body. This heightened response effectively counters the body’s instinctive restraint on muscle usage, unlocking greater muscular force and power.
Increase Endurance
The AIRWAAV Performance Mouthpiece is designed to enhance endurance by optimizing breathing efficiency during exercise. When the user gently clenches onto the mouthpiece and positions their tongue downward and forward beneath the front intake bar, a reflex is triggered within the body. This reflex action facilitates the opening of the airway, contributing to a reduction in respiratory rate by up to 20%. The decrease in respiratory rate lowers lactic acid production and perceived exertion, allowing athletes to sustain higher intensity levels for longer periods of time.
Faster Recovery
Scientifically proven to reduce cortisol levels by up to 50% after exercise, AIRWAAV plays a crucial role in accelerating recovery times for athletes. Cortisol, often referred to as the stress hormone, can impede the body’s healing process. By substantially lowering these levels, AIRWAAV aids in faster muscle recovery, reduces fatigue, and prepares athletes for their next performance more efficiently.
Improve Mobility
By clenching onto the mouthpiece, there is a reduction in muscle tension, or muscle tone, which plays a pivotal role in improving mobility. This relaxation of muscles is especially beneficial during movements requiring rotation in the neck, shoulders, hips, or trunk. The improved mobility allows for a greater range of motion and fluidity in movements.
A PERFORMANCE MOUTHPIECE DESIGNED FOR ATHLETES
AIRWAAV PX1 PERFORMANCE
The AIRWAAV PX1 Performance Mouthpiece is designed with an open bite channel – ideal for athletes who prefer a relaxed fit during use. The PX1 is often preferred for strength training, CrossFit, strongman, baseball & softball, golf, tennis, basketball, and HIIT.
Researcher - Dr. Dena Garner
Dr. Dena Garner is a full-time professor in the Department of Health and Human Performance, is the Director of Undergraduate Research and is the Assistant Provost for Research and Policy at The Citadel in Charleston, South Carolina. She started working at The Citadel in 2004 while completing her post-doctoral fellowship in the Department of Neurology at the Medical University of South Carolina, also located in Charleston. Before her move to Charleston, she worked at Oregon State University in Corvallis, Oregon where she also received her doctoral degree in exercise physiology.
She received her Master’s degree from the University of South Carolina in exercise physiology and an undergraduate degree from Furman University in Greenville, South Carolina.
