Increased Red Blood Cell Production:Exposure to hypoxia (lower oxygen availability) stimulates the production of erythropoietin (EPO), which increases red blood cell mass. This enhanced oxygen-carrying capacity improves your aerobic performance, particularly in the cycling and running segments of an Ironman. Improved VO2 Max:Regular exposure to a simulated altitude environment can improve your...

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Sleeping in a altitude tent is proven to be beneficial to athletes which can directly correlate to non athletes. As a rule athletes will alter their Hb mass by 4-5% depending on the altitude they sleep at and the individual response this translates to 3.5-4.3% increase in VO2max which for non athletes...

Altitude training boosts endurance performance, but how? A new study reveals the strong link between hemoglobin mass and VO₂ max in elite athletes. For every 1% increase in hemoglobin mass, VO₂ max rises by 0.48-0.62%. Discover the science behind altitude training's effectiveness and its impact on aerobic capacity. Learn why this matters...

Discover how "Live High, Train Low" altitude training can boost team sport performance. A new study reveals significant improvements in hemoglobin mass, intermittent running, and time trial performance for athletes spending 15-19 nights at simulated high altitude. Learn the key findings and practical implications of this game-changing approach for enhancing endurance and...

Three month altitude training program for Ironman Designing an altitude program for ironman athletes, specifically in preparation for the Kona Ironman World Championship, requires strategic planning and careful consideration of each phase of training. This is due to the intense amount of training required to be at the level for the world...

Bicycling Magazine on the Importance of Altitude Training