Athletic Performance

Mild hyperbaric oxygen therapy (mHBOT) can complement structured athletic training by creating an oxygen-rich environment that supports energy production, recovery, and adaptation to demanding workloads. Increased oxygen availability supports mitochondrial activity and ATP production for improved cellular energy metabolism. This additional therapy can help the body recover more effectively between sessions for athletes training at high intensity.

The benefits of mHBOT extend beyond working muscle tissue. Increased oxygen availability in the blood stream also supports the central nervous system and the physiological processes in the body after physical stress. The recovery session allows athletes to manage progressive workloads, reduce accumulated fatigue and increase overall athletic performance.

Physiological Mechanisms & Performance Benefits

• Supports mitochondrial activity and ATP production for enhanced cellular energy.
• Promotes efficient oxygen utilization during exertion.
• Increases the availability of dissolved oxygen throughout the circulatory system.
• Supports the body's management of oxidative stress following intensive exercise.
• Provides oxygen availability that supports cardiovascular conditioning and sustained physical workloads.
• Accelerated physiological adaptation as training intensity and volume progressively increase.
• Can complement endurance training programs focused on developing aerobic capacity and VO₂ max over successive training cycles.
• Supports recovery during high-volume training blocks to reduce the accumulation of fatigue.

Suitable For Recommended Chambers

• 
  1.1-1.3 ATA | 1 Person

  Monoplace Hyperbaric Chamber

• 
  1.1-1.3 ATA | 2 Person

  Dualplace Hyperbaric Chamber

• 
  1.1-1.3 ATA | 4 Person

  Fourplace Hyperbaric Chamber