ALTITUDE TRAINING


WHAT IS ALTITUDE TRAINING?


Altitude training is an incredible way to try and maximise your body’s capacity and efficiency. Either as a plateau buster, a training block to start a season firing on all cylinders or as an ongoing strategy to train smart and get the biggest bang for your buck, altitude training can fit into your plan and make a significant difference to your fitness and performance.


  • Altitude Training Gym
    Pulse Ox
  • Altitude training is breathing air with a reduced oxygen availability to bring about natural, beneficial adaptations within the body’s physiology. Reduced oxygen availability occurs as a result of reduced air density at altitude, or it can be replicated at sea level by altering air composition (simulated altitude training). Another term sometimes used is “Hypoxic Training.”

    Whilst there is growing evidence that certain medical conditions can benefit from breathing reduced oxygen air, the main applications are by using the body’s natural adaptations to this form of stress to bring about performance improvement or to retain fitness when injured. Altitude (and simulated altitude) training can be carried out whilst at rest (one such method being commonly referred to as ‘Sleep High, Train Low’) or whilst exercising (often referred to as ‘Train High’). These two different approaches bring about different adaptations and so should be selected depending on the desired outcome.

    Remarkable performance improvements are achievable in a very short timescale with very little modification to an existing training regime.

“The improvements in even as little as three weeks are often comparable to a whole season’s hard work without altitude.”
Dr Jamie Pringle, Lead Physiologist, Performance Solutions, English Institute of Sport


Note that the benefits of Altitude Training require the altitude (hypoxic) element to integrate with a sea level (normoxic) training regime. Remaining at actual altitude or training exclusively in a reduced oxygen atmosphere will cause a de-training effect as the reduced oxygen availability restricts the intensity of exercise that can be undertaken – and as a result muscle mass may decline. Successful Altitude Training regimes integrate the required degree of altitude exposure with a background regime undertaken at or near sea level.