• Aerotune
  • Powertest Run

    Take the guessing out of your training. The Powertest tells you way more than your threshold – it tells you how it is composed:

    VO2max and VLamax.

    These parameters define who you are! In addition, you get your threshold, FATmax, energy expenditure, ... and it tells you what workout works best for you and how much you should do.... but that's just the beginning. For starters: you only need a ~ 400 m run.

    So why testing?

    Nothing is more frustrating than training a lot and not achieving your goals. You can only set up a perfect training plan with the right physiological numbers. With the Powertest you have the easiest tool to do that. With the knowledge of your numbers and continuous powertesting you can optimize your training and boost your performance instead of guessing which training might fit. This is more precise than following a classical threshold or VO2max training. Look at the chart to see average possibilities over a year of training:

    Improve your performance with Powertest


    Athelte 1: SPRINTER

    VO2max

    VLamax

    Critical speed

    FATmax

    Performance Testing Tool

    The Power Test is a high performance test developed for professional cycling and is now available for running. In the outdoor tests, the system can calculate VO2max and VLamax. Combined with your body weight, height, body fat, and gender, the power test will show you what your performance threshold is composed of and what training best suits you. What you get:

    • VO2max
    • VLamax
    • FATmax, threshold and other training zones
    • Combustion of carbohydrates and fat during different intensities
    • Volume and intensity strategies for training. Taking out the guessing of how much and intense you should train

    We will show you the benefit of the Powertest with two different types of athletes:

    • Athelte 1: SPRINTER, short distance runner
    • Athelte 2: MARATHONA, from marathon to ultra runner

    Both athletes have a threshold of 3:58min/km. Now let's look at the differences:


    Threshold = threshold?

    Ever wondered why someone with the same threshold and nearly the same bodyweight is faster than you? The powertest will unravel that secret for you. Your threshold is partly composed out of your VO2max (your aerobic engine) and VLamax (your anaerobic/glycolytic engine). The VO2max is often referred to as the gold standard of aerobic fitness - the higher the better. But your VO2max has a counterpart - the VLamax. The VLamax (maximum production rate of lactate) describes the maximum flux of the anaerobic-lactacid part in the energy metabolism.

    VLamax – I don`t get it?

    The higher the VLamax, the more sprintpower an athlete can generate (simply said), the lower it is, the more of a diesel engine the athlete is. Here is an example to make it clearer. Take a look at the diagram: it tells us the maximum power pace over a given time. In short times, the SPRINTER is stronger, but if it gets longer, the MARATHONA generates a higher pace, because of his economical utilizing carbs and fats.

    Athlete 2: MARATHONA

    VO2max

    VLamax

    Critical speed

    FATmax


    Finetuning your performance

    If you look at the data you see that both athletes have the same threshold, but the SPRINTER is short distance runner. His high VLamax enables him to produce short power burst. His short power (or pace at 1.5km) is about 46 seconds faster. The MARATHONA would suffer a lot in these kinds of races. But the advantage flips, the longer the event is. The MARATHONA is way more economical with his glycogen storage. At sweet spot pace he uses less carbohydrates: 180 grams versus 150 grams. In a marathon or ultra-event MARATHONA would be better. What does that show? Your threshold is not the right predictor for your performance - you have to look at VO2max and VLamax. A high VO2max is advantageous in all endurance events, the VLamax should be developed in accordance to the sport and the stress profile. In general, it can be said that in competitions of shorter duration a high VO2max with a simultaneously high VLamax is required, while with increasing distance the sub-maximal determinants of endurance performance become more important.


    Energy

    Let’s take a deeper look into the energy mix of our SPRINTER and MARATHONA: if you slide over the graphs you will see that both athletes use different percentages of carbohydrates and fats during the same intensities. This gives the riders a good estimation of the energy intake they need during training. That is extremely important to get the right training stimulus. The SPRINTER uses more carbs during lower intensities, his FATmax (58 grams of carbs per hour) is at 5:45min/km, the MARATHONA runs with 5:13min/km at his FATmax (approximately 50 grams of carbs per hour). You also see: recommending intensities, based on the threshold, isn’t the best idea. It would be more dramatic, if we used percentages of VO2max to describe training zones: both athletes have totally different VO2max values. The SPRINTER is at 60 ml/kg, the MARATHONA is at 50 ml/kg.


    Training

    Every training is like a recipe for baking a cake: you need the right ingredients, the amount of it and the right timing to mix it all up and bake it. It is the same with your training: you need the right amount of base training and intensities to get a nice endurance cake. Lets have a look at our VO2max-cake. In this example we try to develop the VO2max with special VO2max intervals. The first question would be: how much of it should the SPRINTER do and how much our MARATHONA? As you can see the SPRINTER could train more intense but with less additional base training. The MARATHONA should ride less at VO2max power output. He benefits more from riding at 90% of his VO2 power to get the best adaptations. The same goes for the length and sets of the intervals due to the different lactate accumulations of the SPRINTER and MARATHONA. The powertest also shows which sets, length and rest times would be beneficial.

    Athelte 1: SPRINTER

    Athelte 2: MARATHONA


    Protocol

    Perform the power test well rested and in a good state of health. In order to obtain valid results, the run should not be performed after intense training blocks. On the test day, the weather should be fine - not stormy or strong winds. The track should be grippy enough for you to transfer your running speed to the ground.

    Be healthy

    Be rested

    Nutrition

    Your glycogen storage should be filled. On the two days before and during the test days, try to have a carbohydrate oriented diet. On the days the tests are ridden your last meal should be round about two hours prior starting the test and should consist of simple carbohydrates (e.g. white bread with jam, rice, noodles).

    Ensure you fill up your energy deposits; eat sweet - it’s okay.

    Try to intake at least 60 g of carbohydrates per hour.


    Execution on one day

    At Aerotune, we believe that the Powertest Run is the ultimate tool for taking your running performance to the next level. By completing a one-day powertest, you can gain valuable insights into your physiological characteristics and optimize your training plan. With our streamlined and efficient testing process, you can easily measure your VO2max, VLamax, FATmax, and threshold, and see how your performance improves over time. Whether you're a sprinter or an endurance runner, the Powertest Run is the perfect way to take your training to the next level and achieve your goals.

    Powertest Track Run

    Time:
    • 1:15 h - 1:40 h

    Preparation:

    • Do the powertest on the track!
    • Use a watch with gps recording
    • Enabling every second recording!
    • Run on the inside lane and accurately measure the length of the track
    • Do not leave the track once the powertest begins
    • Keep the watch running throughout the entire test, even during rest or breaks
    • Optional: use a power meter and heart rate monitor for increased accuracy

    Execution:

    • 20 min: Warm up at an easy pace.
    • 4 min: Run by highest constant speed until exhaustion
      • Begin at a higher speed, rather than starting too low
      • If you still have energy at the end of the 4 minutes, continue the test until you can no longer maintain the speed level
      • Calculations are possible for test durations between 4 and 6 minutes.
      • Best practise: Set a good goal for yourself that you can achieve within a time frame of 4 to 6 minutes, close to 4.
    • 20 min: Easy run in recovery zone.
    • 12 min: Run by highest constant speed until exhaustion
      • Begin at a higher speed, rather than starting too low
      • If you still have energy at the end of the 12 minutes, continue the test until you can no longer maintain the speed level
      • Calculations are possible for test durations between 12 and 40 minutes.
      • Best practise: Set a good goal for yourself that you can achieve within a time frame of 12 to 40 minutes, close to 12.
    • 10 min: Run easy in recovery zone.
    Analysis:
    • Easily download your training file from your preferred platform or device.
    • Upload it to our platform for immediate results
    • Enter your body parameters into the platform.
    • Once the analysis is complete, simply download your personalized PDF report.
    Files:

    Powertest Treadmill Run

    Time:
    • 1:15 h - 1:40 h

    Preparation:

    • Enabling every second recording!
    • Run with an inclination of 1 %
    • Keep the watch running throughout the entire test, even during rest or breaks
    • Optional: use a power meter and heart rate monitor for increased accuracy

    Execution:

    • 20 min: Warm up at an easy pace.
    • 4 min: Run by highest constant speed until exhaustion
      • Begin at a higher speed, rather than starting too low
      • If you still have energy at the end of the 4 minutes, continue the test until you can no longer maintain the speed level
      • Calculations are possible for test durations between 4 and 6 minutes.
      • Best practise: Set a good goal for yourself that you can achieve within a time frame of 4 to 6 minutes, close to 4.
    • 20 min: Easy run in recovery zone.
    • 12 min: Run by highest constant speed until exhaustion
      • Begin at a higher speed, rather than starting too low
      • If you still have energy at the end of the 12 minutes, continue the test until you can no longer maintain the speed level
      • Calculations are possible for test durations between 12 and 40 minutes.
      • Best practise: Set a good goal for yourself that you can achieve within a time frame of 12 to 40 minutes, close to 12.
    • 10 min: Run easy in recovery zone.
    Analysis:
    • Easily download your training file from your preferred platform or device.
    • Upload it to our platform for immediate results
    • Enter your body parameters into the platform.
    • Once the analysis is complete, simply download your personalized PDF report.
    Files: