Monitoring changes in your VO2max helps assess the results of lifestyle choices and provides a clear path towards improved performance. It can also reveal when your progress stalls, a frustrating experience that may leave you asking questions. What am I doing wrong? What should I be doing to improve my VO2max? This article explores four common reasons why your VO2max might not be increasing as quickly as you hoped and what you can do about it.
It also takes a quick look at the role genetics play in your fitness and ability to improve. Different kinds of efforts trigger different kinds of physiological adaptation. Low- and moderate-intensity workouts are important for overall health, building your endurance base, and strengthening your muscles.
When it comes to improving your VO2max fitness level, it is primarily the high-intensity portions of your workouts that matter most. Hard efforts signal your physiological systems to adapt in ways that boost your ability to produce energy aerobically.
High-intensity Interval Training HIIT workouts are a popular and efficient method of incorporating high-intensity efforts into your training program. Interval training is a cornerstone of training programs at any level. Varying the intensity of workouts can be particularly helpful for people with lower fitness levels, provided you are healthy enough to perform them.
This is because including lighter, recovery work between high-intensity efforts makes it possible to perform more of these efforts than would be otherwise possible. Tempo runs are a common type of workout that endurance athletes use to trigger the development of additional aerobic performance capacity. On interval days, they performed six 5-minute sessions on a stationary bike at a workload close to their Vo2 max separated by 2 minutes of recovery between each interval.
On continuous running days, participants ran as far as possible for 30 minutes per day the first week, 35 minutes the second week, and for at least 40 minutes during the remaining weeks. In the first study to use this program, participants continued to see increases in Vo2 max at the end of the study, but participants started to drop out because of the difficulty of the training.
When you first start trying to increase your Vo2 max, virtually any type of endurance training will likely have a positive effect. You can make your training harder by increasing how often you work out, the duration of your workout, or how fast you move during the exercise.
The pace that you can run these two distances roughly correlates with the pace you need to run at to achieve 90 to 95 percent of your max heart rate. Your FTP is defined as the highest amount of power you can sustain for an hour. You can use it to determine how hard you should be working when trying to improve your Vo2 max.
You can find your FTP by performing a test on a bike that has a power meter. After your warm-up, ride as hard as you can for 20 minutes. You can subtract 5 percent from this power score to find an estimate of your FTP. For example, if your distance for the first interval was one mile, you would run your remaining four trials in 4 minutes and 36 seconds.
The fitter you are, the longer it will take to see an increase in your Vo2 max. To continue challenging yourself, you can increase the intensity, distance, or frequency of your workouts. Many supplements marketed to improve Vo2 max or endurance base their claims on inconclusive or conflicting evidence. Vo2 max is most accurately measured in a lab. During a Vo2 max test, you wear a special face mask that measures the amount of air you breathe in and breath out while you exercise.
You work at progressively harder intervals until you reach your limit. Typically, the test is performed while you ride a stationary bike or run on a treadmill. Flockhart and Larsen, it turns out, have a possible explanation. The key point to understand is that your muscle cells face a constant trade-off between maximizing how much energy they produce and maximizing how efficiently they produce it.
There are several different metabolic pathways that your cells can use to generate ATP—the basic fuel for muscular contractions—from stored energy sources such as carbohydrate and fat. If you head out for a slow jog, your cells will automatically select the most efficient metabolic pathway, so that your fuel supplies will last as long as possible. In broad strokes, we can think of these two extremes as aerobic and anaerobic efforts, roughly separated by the lactate threshold.
Complex I is a group of proteins in the mitochondria that play a crucial role in the aerobic production of ATP. That explanation focuses on what happens during a single bout of exercise, as your body struggles to balance efficiency and power. But what happens over longer periods of time, as you stress your body over and over? You can divide endurance training adaptations into two broad categories: you get better at delivering oxygen to your muscles; and your muscles get better at using that oxygen.
To improve your VO2 max, Corkum says, you can do two things: train to improve it, and lose weight—VO2 is scored relative to body weight. Check out all our nutrition and fitness tips, and recipes for weight loss here. Below, Corkum has mapped out two workouts that will increase your VO2 max.
Note that you can do either on a treadmill so long as you adjust the incline as indicated. Be sure to warm up and cool down at a very easy pace for 10 minutes each before and after any of the below workouts.
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