Train Your Breath. Unlock Your Potential.

Why Bother?

Because breathing is the gateway to performance, recovery, and resilience.

When you train your breathing with intention, you can:

Increase VO₂ max potential
Improve both aerobic and anaerobic capacity
Extend time to exhaustion
Raise your lactate threshold
Recover faster between efforts
Enter a focused “flow state” on demand
Regulate and calm your nervous system under pressure
Reduce stress and prevent burnout
Enhance deep, slow-wave sleep for optimal recovery

Better breathing isn’t just about more oxygen.
It’s about better control of your physiology, your performance, and your state of mind.

Functional Breathing Patterns

An athlete can only perform as well as they breathe. Chronic mouth breathing, shallow breathing, and upper chest–dominant patterns limit oxygen efficiency and place a ceiling on performance.

The cost:

Lower VO₂ max
Reduced endurance and power
Slower recovery
Inconsistent performance under pressure

But it doesn’t stop there. Poor breathing also disrupts deep sleep - where recovery, hormone release, and repair occur - increasing stress, injury risk, and burnout.

Rose assesses the three dimensions of clients breathing - biochemical (BOLT test), biomechanical and psychophysiological. From here, Rose will create a plan tailored to that athlete, with progression in mind.

Strategic Breath Holds

Strategic breath holds performed at rest, during walking, or integrated into warm-ups, stimulate nitric oxide accumulation in the nasal passages. Nitric oxide acts as a natural vasodilator, helping to open the airways, improve oxygen uptake, and enhance respiratory efficiency.

Rose teaches clients how to apply targeted breath-hold techniques to relieve a blocked nose, reduce rhinitis symptoms, and better manage asthma.

Did you know that exercise-induced asthma is reported to affect 30–50% of athletes?

The good news: specialist breathing techniques have been shown to significantly reduce symptoms of exercise-induced asthma and broncho-obstruction within just a few weeks of consistent practice.

Simulated Altitude Training

Once functional breathing patterns are established and a BOLT score of 25 or higher is achieved, athletes progress to simulated altitude training. Using structured breath-hold protocols during walking, jogging, gym sessions, swimming, or even at home, athletes train in a controlled low-oxygen state. These breath holds are carefully taught and supervised while the athlete works at higher intensities, safely mimicking the reduced oxygen availability experienced at altitude.

Why bother with altitude training?

Lower oxygen environments force the body to adapt. It is a form of hormetic stress.

Key adaptations include:

Increased hemoglobin levels
Greater red blood cell production
Improved oxygen delivery to working muscles
Enhanced aerobic efficiency and endurance capacity

Rose closely monitors blood oxygen saturation throughout sessions to ensure training is both effective and professionally managed.

Another powerful method to stimulate hemoglobin production is strategic sauna use. Heat exposure provides additional performance-enhancing adaptations when applied correctly.

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