CVAC isn't just new—it's backed by real data and physiological mechanisms that push the boundaries of human performance, recovery, and longevity. This page gives you a high-level view of how CVAC works, what the science says, and what mechanisms are activated in your body during every session.
Marquez JL, Rubinstein S, Fattor JA, Shah O, Hoffman AR, Friedlander AL. Cyclic hypobaric hypoxia improves markers of glucose metabolism in middle-aged men. High Altitude Medicine & Biology 2013;14(3):263-72
Hetzler RK, Stickley CD, Kimura IF, LaBotz M, Nichols AW, Nakasone KT, et al. The effect of dynamic intermittent hypoxic conditioning on arterial oxygen saturation. Wilderness & Environmental Medicine 2009;20(1):26-32.
Herbst KL, Rutledge T. Pilot study: rapidly cycling hypobaric pressure improves pain after 5 days in adiposis dolorosa. Journal of Pain Research 2010;3:147–53.
CVAC’s pressure cycles drive cellular-level oxygen adaptation, boosting endurance, circulation, and overall athletic output.
CVAC improves glucose metabolism and mitochondrial density without requiring exercise or caloric restriction.
CVAC may support neuroprotection and brain recovery by enhancing oxygen resilience and fluid circulation.
Pressure cycling acts like a passive lymphatic massage — improving detox, circulation, and
inflammation resolution.
By supporting detox and mitochondrial function, CVAC offers longevity and regenerative
potential at the cellular level.
CVAC’s systemic effects reduce inflammation, improve energy, and support mental clarity.
CVAC stimulates mitochondrial biogenesis and cellular resilience — building long-term
metabolic power and resistance to disease.
Get a downloadable PDF of all published and unpublished CVAC studies, case studies, plus supporting science behind performance, metabolic health , brain recovery and more.