15/10/2026
Intermittent Hypoxic Training (IHT) is an increasingly popular ‘live low, train high’ (LLTH) approach. It allows athletes to live at or near sea level but undergo training sessions under hypoxic conditions simulating higher altitudes (~2500–3850 m). This method minimises travel, reduces expense, and causes negligible disruption to an athlete’s daily life compared to traditional altitude residency.
Research proves that ‘Live Low, Train High’ isn’t just for endurance anymore. For well-trained athletes looking to shave seconds off sprint times and boost anaerobic capacity, IHT is the ultimate protocol.
Well-trained athletes can achieve significant gains in 30-second sprint performance by incorporating normobaric hypoxia into their routine. Unlike traditional altitude stays, this protocol allows athletes to maintain their sea-level lifestyle and recovery, while reaping the physiological benefits of training in hypoxia.
Enhanced glycolysis: Research suggests a metabolic shift toward carbohydrate utilisation, a more efficient fuel source for high-intensity bursts.
Erythropoietic response: Substantial increases in hemoglobin and hematocrit levels were observed within 48 hours post-intervention, suggesting a temporary boost in the blood’s oxygen-carrying capacity.
Improved muscle efficiency: Evidence points toward reduced oxygen cost during exercise – meaning athletes can go harder for longer on the same amount of fuel.