The Best Way to Taper for Sports Performance

Marathon running

There is no doubt in my mind that most of you love training. 

I completely understand because I am exactly the same. There is something seriously enjoyable about pushing your body to its limits on a regular basis. About working hard, and of course, about creating change.

But did you know that working hard all the time might not actually be the best way to go about it? In fact, if you are training for a specific sport or event, then there is some serious merit in lowering your exercise volume at certain times to make sure that you can perform at your best when you need to.

And it all comes down to a process known as tapering.

What is a sports taper?

So, what in the world is tapering? Or more importantly, what is a sports taper – which is a little more relevant to what we are talking about today (Mujika, 2004).

To put it simply, a sports taper is a short training phase that occurs immediately before a competition, during which training load is progressively reduced for a set period of time. This reduction in training load ultimately allows for significant physiological and psychological recovery to occur after a heavy block of training.

And hopefully, you are starting to see why this might have some benefit…

What are the benefits of tapering?

The main aim of a sports taper is to maximize competition performance.

During a heavy block of training, your body is placed under a significant amount of stress. It is this stress that forces your body to adapt and become both fitter and stronger – in which it can then better tolerate that stress.

When we are discussing the normal training process, training load is then increased further (by either making it longer in duration or higher in intensity) after this adaptation has occurred, so that you can continue to make progress.

But there is a bit of a caveat here.

During blocks of training, you are under a constant state of fatigue. And while this fatigue may in some cases be very slight, it will always limit your ability to perform at your highest level. So even though you might be making progress, you are only likely to have access to around 90% of your maximal fitness.

Which really highlights the importance of an effective sports taper.

The reduction in training load associated with a taper allows the fatigue caused by training to completely dissipate. This, in turn, gives you access to 100% of your fitness, which allows you to perform to the absolute best of your abilities during competition.

Now, obviously, when it comes to implementing a taper, it must be done properly – which is exactly what I will be talking about this next section.

What form of tapering works best?

Heavy sled training

The tricky thing about tapering correctly comes down to the fact that if you spend too much time using low training loads, you will actually lose fitness. Conversely, if your taper is too short (or doesn’t reduce training load enough), then fatigue will not dissipate adequately.

And as a result? Both will cause reduced performance.

Which means you need to learn how to taper correctly.

Now, when it comes to a sports taper, there are generally three different ways to go about it:

  • A high-intensity low volume taper (in which training intensity remains high, but volume is reduced by 50-70%)
  • A low-intensity low volume taper (in which both training volume and training intensity is reduced by 50-70%)
  • A rest only taper (in which training ceases completely for the entire duration of the taper)

Fortunately for us, there has been a huge amount of research performed in the area of tapering to find the best method of implementation – and we have come to some pretty clear conclusions. It has become obvious that the high-intensity low volume sports taper will lead to the best performance outcomes (Shepley, 1992; Mujika, 2010).  

Training Volume

See, it is commonly accepted that the biggest predictor of accumulated training fatigue is training volume (or in laymen’s terms, the total amount of training you do). Conversely, short bouts of intense training won’t induce all that much fatigue if you don’t do too much of it. 

Moreover, this high-intensity work is important, as it tells your body that you need to keep all the physical qualities you have taken the time to build and develop.

This means that if you have an event or a competition coming up, it is undeniably in your best interest to reduce your total training volume significantly for the week leading up to the event. However, during this time, you want to make sure that you are training at the same intensity you were prior to the start of the taper.

Which I am going to outline in a little more detail below…

You might like: 5 High-Intensity Interval Training Mistakes Athletes Make

What common sports require a taper?

I certainly appreciate that this is all well and good in theory, but applying it into practice can be a little more difficult than it sounds. With this in mind, I wanted to outline some of the most common sports that require a taper, and then examples of how you can implement them.

Long Endurance Event Taper

This essentially covers any endurance activity where you are performing a long-distance aerobic event – think of a marathon taper, a cycling taper, or a triathlon taper here.

There has been some recent research demonstrating that the above method can be applied perfectly to this type of sport, in which training volume is reduced by half in the week leading up to the event. Moreover, this week should also include some shorter intervals at ~115% of race pace (so a relatively high intensity) (Spilsbury, 2015).

An example of this might look something like this:

2 weeks out (last training week)

  • Session 1: 36km at race pace
  • Session 2: 40 minutes of HIIT Training at 115% of race pace
  • Session 3: 25km at 110% of race pace

1 week out (taper week)

  • Session 1: 20 minutes of HIIT at 115% race pace
  • Session 2: 10km at race pace
  • Session 3: 10km at 110% race pace

I should note that your last training session should be about 3 days before the event.

We can see here that intensity stays high, but total training volume is halved, leaving you in the perfect position to dominate your event!

Middle Distance Running Taper

prolonging your athletic career impacts longevity

Now, if you are a middle-distance runner, it is in your best interest to employ a very similar strategy to the above – although rather than reducing your total weekly volume to ~50%, it actually appears more beneficial to reduce it to ~70%.

And there is quite a simple reason for this. 

See, as a general rule of thumb, middle distance runners accumulate much less training volume than long distance endurance athletes (which makes sense, as their sports are significantly lower in duration). This means that a smaller reduction in weekly volume is enough to allow fatigue to dissipate and performance to improve (Jafar, 2019).

I should note that during this time, you would also want to spend some time using intervals at around 110% of race pace – which is something that should be a normal part of your training anyway!

Strength or Power Event Taper

Interestingly, when we are talking about strength and power events (think sprints, powerlifting, and Olympic lifting), the exact same principals apply. For the week leading up to the event, you want to reduce your training volume to 50-60% and increase intensity slightly (Pritchard, 2016).

Again, like both of the above scenarios, your last training session should be about 3 days before the event. Using powerlifting as an example, your two weeks of training might look a little something like this:

2 weeks out (last training week)

  • 1st session (Squat): 6 sets of 3 repetitions at 85-90% of your previous 1RM
  • 2nd session (Deadlift): 6 sets of 3 repetitions at 85-90% of your previous 1RM 
  • 3rd session (Bench Press): 6 sets of 3 repetitions at 85-90% of your previous 1RM

1 week out (taper week)

  • 1st session (Squat): 4 sets of 2 repetitions at 90-92.5%% of your previous 1RM
  • 2nd session (Deadlift): 4 sets of 2 repetitions at 90-92.5%% of your previous 1RM
  • 3rd session (Bench Press): 4 sets of 2 repetitions at 90-92.5%% of your previous 1RM

See, simple!

You might like: Strength Training Program for Endurance Runners

Optimal taper nutrition

When it comes to optimizing your taper, I often get questions about taper nutrition – so I thought I should probably spend a little bit of time addressing it here!

When it comes to changing your diet in the lead up to an event, your primary focus should be on carbohydrates. Carbohydrates are your primary fuel source during any type of exercise that is above a moderate intensity – which would describe all of the events listed above.

And for you low-carb dieters out there, yes, I appreciate that during longer-duration endurance events you will indeed be using some fats for energy, but you will also need carbs. Moreover, even if you are sitting at 5-6% body fat (which is ridiculously lean) you will still have more than enough fat on your body to meet any long duration low-intensity energy demands.

So, in short, you do not need to focus on fats here.

Instead, you want to make sure that you have the maximum amount of carbohydrates stored in your body as possible. It is this that will allow you to maintain higher intensity exercise for a longer period – which is integral to success.

Now, fortunately for us, there are some clear guidelines here (Rodriguez, 2009).

Firstly, if your event is longer than 90 minutes in duration:

  • For the two days prior to the event, you want to make sure you consume 10-12 grams of carbohydrates per kg of body weight, per day.
  • You also want to make sure that you consume a meal that contains 2-3 grams of carbohydrates per kg of body weight, 1-4 hours before the event. 

Conversely, if your event is less than 90 minutes in duration:

  • For the 24 hours prior to the event, you want to make sure you consume 7-12 grams of carbohydrates per kg of body weight.
  • You also want to make sure that you consume a meal that contains 2-3 grams of carbohydrates per kg of body weight, 1-4 hours before the event.

Obviously, within this (for any event), you want to make sure that you are adequately hydrated for the 3-4 days leading up to the event. This is important because, in your body, carbohydrates are stored with water. This means that if you are not hydrated, all the carbohydrates you have eaten will be excreted as waste, rather than stored for energy usage.

I like to aim for 2-4 liters of water per day n the lead up to your event. As a rule, your urine should be clear during this entire time (which indicates a good hydration status)

While these strategies may seem quite simple, I can assure you that they will make a massive difference to your performance!

The myths and facts of tapering

The last thing I wanted to do before wrapping up this article was address some of the common myths and facts that tend to come up when people talk about tapering.

Common Tapering Myths

 So, without further ado – the most common tapering myths:

  • Tapering can cause you to lose fitness: Believe it or not, this myth does have some truth behind it. If your taper is too long, or too low in intensity, then it can result in a loss of fitness in conjunction with a desired loss of fatigue (so make sure you stick to the tips outlined in this article…)
  • Tapering is only for elite athletes: This is a complete and utter load of rubbish. Tapering is for anyone who wants to perform at the highest level they possibly can.
  • Tapering can increase your risk of injury: Again, this myth is completely unfounded. Because tapering mitigates accumulative training fatigue, it can actually help lower your risk of injuries during sports performance.
  • Tapering can make your performance worse: Again, there is a tiny grain of truth to this. If your taper is too high volume and too high intensity, then it can actually create fatigue, which can definitely ruin your performance (but again, stick to the tips outlined in this article and you will be fine).

Common Tapering Facts

I will keep this short and sweet because these facts don’t really need refuting:

  • When implemented properly, tapering will improve your performance and reduce your risk of injuries
  • Tapering is for anyone who has an event coming up and wants to perform at their best
  • A taper does not have to be complicated. Using the tips outlined in this article a taper can be implemented easily by using some key simple methodologies
  • Tapering can be applied to any sport to improve performance

Take-Home Message

Sports tapers are a great way to improve your sports performance in the lead up to an event. By simply reducing training volume, and keeping the intensity high, you can promote recovery and maximize your athletic potential.

So, make sure that you follow the tips outlined in this article and make the most of your taper. Trust me when I say that your performance will climb through the roof as a result!


Mujika, Inigo, et al. “Physiological changes associated with the pre-event taper in athletes.” Sports medicine 34.13 (2004): 891-927.

Shepley, Barrie, et al. “Physiological effects of tapering in highly trained athletes.” Journal of Applied Physiology 72.2 (1992): 706-711.

Mujika, Iñigo. “Intense training: the key to optimal performance before and during the taper.” Scandinavian journal of medicine & science in sports 20 (2010): 24-31.

Spilsbury, Kate L., et al. “Tapering strategies in elite British endurance runners.” European journal of sport science 15.5 (2015): 367-373.

Jafer, Ambachew Amede, et al. “Effect of two tapering strategies on endurance-related physiological markers in athletes from selected training centres of Ethiopia.” BMJ open sport & exercise medicine 5.1 (2019): e000509.

Pritchard, Hayden J., et al. “Tapering practices of New Zealand’s elite raw powerlifters.” Journal of strength and conditioning research 30.7 (2016): 1796-1804.

Rodriguez, Nancy R., NM Marco Di, and Susie Langley. “American College of Sports Medicine position stand. Nutrition and athletic performance.” Medicine and science in sports and exercise 41.3 (2009): 709-731.

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