Hyperoxic Training and Performance Outcomes in Moderately Trained Athletes
Summary
Training with supplemental oxygen (hyperoxic training) may enable higher intensities and better adaptations than normoxic training. One report highlighted a 6.0% performance improvement with hyperoxia vs. 2.4% in controls [1]. Controlled trials suggest improved VO₂ kinetics and reduced muscle fatigue during hyperoxic exercise, potentially via enhanced O₂ diffusion and delayed anaerobic threshold [2]. While promising—especially for moderately trained athletes—practical and cost barriers limit widespread adoption.
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Article
Hyperoxic training involves exercising while breathing air with higher-than-normal oxygen concentration (e.g., 30–100% O₂). Proponents argue it allows athletes to sustain higher intensities for longer, enhancing training adaptations.
A report highlighted by Outside Online showed a marked training effect: athletes using supplemental oxygen during workouts improved performance by 6.0%, compared with 2.4% in controls breathing ambient air [1]. The improvement was statistically significant, suggesting hyperoxic training can enhance adaptation.
Additional controlled work indicates increased VO₂ kinetics and reduced muscle fatigue during hyperoxic intervals, potentially due to improved oxygen diffusion to working muscles and a delayed shift to anaerobic metabolism [2]. Hyperoxia may also attenuate central fatigue during prolonged high-intensity efforts.
Despite these findings, hyperoxic training is not widespread due to the logistics of oxygen delivery during exercise and associated costs. Moreover, elite athletes already operate near VO₂max, which can limit marginal gains from hyperoxia.
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Conclusion
Hyperoxic training can improve training quality and outcomes—particularly for moderately trained athletes—by enabling higher work rates and favorable physiological responses. The approach appears viable as an adjunct within structured interval or endurance sessions, though long-term effects and cost-effectiveness require further study.
References
[1] There’s New Data on Training with Supplemental Oxygen. Outside Magazine (2022). Source
[2] Metaxas S, Chemos I, Bassa E, Christoulas K. (2018). Effect of hyperoxic interval training on maximal oxygen uptake of moderately trained athletes. F1000Research, 7:1383. DOI: 10.12688/f1000research.16297.1. Source
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*This product is not intended to treat, diagnose, cure or prevent any disease. Individual results may vary. Consult with a healthcare professional before use.