Samuele Marcora

If you could choose one athletic superpower to exploit in your future training and racing, what would it be? Here’s the rule: Your superpower has to be a natural human trait that actually exists in some athletes, not a magical attribute like Pogo Feet or Turbo Mode. Potent, yet real.

If I were I to collect a hundred answers to this question from everyday athletes like you, I would be surprised if a plurality didn’t choose toughness (or resilience or grit) as their superpower. That’s not a bad pick. Toughness is very useful in endurance sports. But as a coach, I believe there’s another trait that is even more useful as an athletic superpower: restraint.

Surprised? That’s understandable. But give me a chance to explain what restraint can do for an endurance athlete, after which, I’m confident, you’ll agree that it is the best superpower one could possibly have. First, though, let’s talk about two other traits that are highly useful to endurance athletes: motivation and judgment.

Motivation is critically important in both training and racing. To achieve maximal performance in competition, athletes must attain maximal fitness in training, which requires that they put in large volumes of work with great consistency, which in turn demands a very high level of motivation. In a 1987 interview, six-time Ironman world champion Dave Scott said, “I had this idea that if I trained more than anyone else, I was bound to succeed.” It’s one thing to have this idea, quite another to execute on it. Dave was able to because he had an unmatched desire to train.

In races, motivation contributes directly to performance. According to Samuele Marcora’s psychobiological model of endurance performance, endurance performance is limited not by physiological factors such as lactate buildup, which merely constrain performance, but by psychology. A 2010 overview of the theory describes it as follows:
The Psychobiological model is based on the Brehm’s Motivational Intensity Theory, which consists of two main constructs: potential motivation and motivation intensity. Potential motivation refers to the maximum effort a person is willing to exert to satisfy a motive (e.g., to succeed in the exercise task), while motivation intensity is the amount of effort that people actually expend. The Brehm’s Motivational Intensity Theory postulates that individuals will engage in a task (i.e., exert effort) as long as: a) the level of potential motivation is not reached; or b) the task is still viewed as possible. If the former is reached or the task is perceived as impossible, individuals should disengage from the task. In the light of the Psychobiological model, the point of exhaustion during exercise is a form of task disengagement, in which individuals will exercise until a) the perception of effort raises to the critical level set by the potential motivation; or b) believe to be physically unable to maintain the task. In the latter case, they believed to have exerted a true maximal effort, and the continuation of exercise is perceived as impossible.

As you see, motivation is the lynchpin of this particular model of endurance performance, which has received a lot of experimental validation since it was introduced. For example, a 2020 study led by Ian Taylor of Loughborough University found that, within a group of forty athletes, those who scored higher on a measure of autonomous motivation reported “lower temptation to reduce effort and higher value of goal pursuit” in a 10-minute cycling task and also performed better in that task. When the limit is psychological, psychology moves the limit.

There’s less research on the influence of judgment on outcomes in endurance sports, but do we really need it? I see it every day in my work as a coach. The majority of recreational endurance athletes self-limit in various ways as a consequence of imperfect judgment. They spend too much time training at moderate intensity, don’t vary their workouts adequately, race too often, put little thought into their training plan selection, blow their pacing in workouts, fail to modify their training appropriately based on how their body has responded to completed training, follow fad diets instead of eating like the elites, the list goes on. True, some of these bad decisions can be attributed to naivete, but others continue to be made even when athletes know better and therefore must be attributed to poor judgment. Athletes who possess or develop good judgment learn to avoid such mistakes, and they benefit tremendously as a result. It really pays to have good judgment as an endurance athlete.

The reason restraint trumps both judgment and motivation as an athletic superpower is that it essentially combines these two things. By definition, restraint is a conscious act of resisting an impulse, and an impulse, by definition, is a motivated desire to perform a specific action. Without motivation, therefore, there is no need to exercise restraint. Nor is there a need to exercise restraint when a particular impulse is judged to be consistent with a person’s larger objectives. Only when an impulse contradicts such objectives—as when a person who’s sworn off alcohol feels an impulse to have a glass of wine—is restraint called for.

So you see, an athlete must be both motivated and capable of making good decisions to exercise restraint. This makes restraint a superior virtue to motivation alone, which often results in foolish risks, and judgment alone, which is of as little use as a steering while without an engine.

I will illustrate the rewards of exercising restraint and the consequences of failing to do so with a pair of excerpts from my book On Pace: Discover How to Run Every Race At Your Real Limit. First the consequences:

Professional triathlete Jesse Thomas came into the 2016 Ironman World Championship with a solid plan. On the basis of prior experience at the Ironman distance as well as recent training performance, he had identified a power target that he intended to sustain throughout the bike leg. A strong runner (he’d won state championships in track and cross country in high school and earned All-American status in the same sports at Stanford University), Thomas needed to ride hard enough to avoid giving up too much ground to the competition but not so hard that his legs had nothing left for the marathon, and his power target struck this balance.

It was a sound plan. But when he got out onto the bike course and found himself being left behind by uber-cyclists Sebastian Kienle and Michael Weiss, Thomas cast aside his pre-race strategy and gave chase. Upon reaching the 60-mile mark in the hilltop village of Hawaii, Thomas discovered that his average power output up to that point exceeded not just the target he’d set but also his average power in a recent race of half the distance, Ironman 70.3 Santa Cruz.

“And then I just completely crumbled,” Thomas told a reporter for Triathlete after his disappointing 16th-place finish. “It was a long, long, long day.”

Now the rewards:

An historical counterpoint to Jesse Thomas’s long, long, long day at the 2016 Ironman World Championship was Mark Allen’s performance at the same event nineteen years earlier. It was Allen’s swan song as a professional triathlete, a do-or-die attempt to match his former rival Dave Scott’s record six world titles at age thirty-seven. Cycling power meters did exist back then, so Allen’s plan for the bike leg was to keep his heart rate at or below 150 beats per minute, a number that, like Thomas’s wattage target, he’d arrived at through experience. In the early miles, Allen lost his lead to a pair of younger Germans, the strongest of whom, Thomas “Hell on Wheels” Hellriegel, eventually built a seemingly insurmountable advantage of 13:31 over the five-time champion. But Allen didn’t fall so far behind because he couldn’t go faster. Rather, he lost ground because he chose not to go faster, knowing that sticking to his plan gave him the best chance of winning, regardless of what anyone else did. Resisting the temptation to push harder wasn’t easy, but Allen’s Ulysses-like discipline was rewarded when an overcooked Hellriegel cracked during the marathon and Allen slid past him and into history.

I love seeing the athletes I coach exercise restraint, and love it even more when they do so in situations where they previously wouldn’t have, demonstrating growth in this area. Recently a runner I coach sent me a message through TrainingPeaks letting me know he was feeling tempted to turn the easy 2-hour run on the calendar that day into a long tempo run and seeking my input—thumbs up or thumbs down. I replied with an emphatic thumbs down, but by then my athlete had already set out on the run. Afterward, he reported to me that he had made his own decision to restrain himself, completing the session as planned instead of running hard. I praised him fulsomely for his restraint, for I have found that rewarding restraint encourages it. If you’re self-coached, be sure to give yourself a pat on the back when you exercise restraint. Over time, such positive reinforcement will make restraint your athletic superpower.

There’s a lot going on at 80/20 Endurance—so much, in fact, that you might be having trouble keeping up with all of it. Never fear! Within eight minutes (unless you’re a slow reader), you will be fully caught up on the major happenings here. Ready . . . Go!

A New Book

Earlier this year, we created our own publishing imprint, 80/20 Publishing. Fast forward a few months, and our very first title is about to be released! Written by Matt Fitzgerald (that’s me!), the book is called On Pace: Discover How to Run Every Race at Your Real Limit. As the title suggests, it’s about pacing, the quintessential running skill, which is even more important than most runners realize, and which most runners need a lot of help with. Through his trademark mix of science and storytelling, Matt will convince you of the importance of pacing and guide you toward pacing mastery.

On Pace also includes complete training plans for the 5K, 10K, half marathon, and marathon distances that develop pacing skill while also getting you race-ready. Online versions of these plans are available for individual purchase.

 

A New Adaptive Training App 

We’ve been teasing this one for a while, and at long last it’s here. Not to be confused with the book just described, PACE (which stands for Personal Adaptive Coaching Experience) is a smartphone app developed by TrainingPeaks that uses artificial intelligence to create personalized, adaptive training plans for runners. Among the five coaches that TrainingPeaks chose to launch with is our own Matt Fitzgerald. If you like the run plans Matt built for 80/20 Endurance, you will find the PACE training experience comfortably familiar, except with full customization and adaptation, so your plan evolves with your needs. Learn more here.

 

A New Director of Training

And then there were four. On November 1, Leyla Porteous joined 80/20 Endurance as our director of training. A native of Australia, Leyla now lives in North Carolina with her husband and 12-year-old son. Having swum competitively in her youth, she discovered triathlon in 2012. For the last several years, Leyla has coached fellow triathletes through Flow Multisport. As our director of training, Leyla will be involved in managing, improving, and expanding all of our training products and services. She’s only been on the job for two weeks, yet her impact has already been felt. As an 80/20 athlete, you will begin to benefit from Leyla’s addition to the team very soon.

 

New Swim Plans

We all know swimming is different from other endurance sports. Whereas cycling and running are all about fitness, swimming is mostly about technique. In recognition of this fact, we’ve partnered with swim coach Dan Daly to develop a set of technique-focused swim training plans to accelerate improvements in swim performance. Each plan will include dryland (strength training, mobility work) and pool workouts, and will build on the improvements you’ve made by completing earlier plans in the sequence. High-quality videos will guide you through every exercise and drill. Look for Dan’s plans to drop early in the New Year!

 

A New Charitable Foundation

In October, we launched a new charitable foundation, the 80/20 Endurance Foundation, whose flagship initiative, the Coaches of Color Initiative, aims to improve diversity in endurance sports by awarding apprenticeship grants to aspiring coaches of color. The first grant recipient will be announced on December 1st, and the apprenticeship will last the entire 2022 calendar year. Throughout this period, the grant recipient will receive a monthly stipend of $1,000, as well as one-on-one mentoring from successful endurance coaches, free certification as an 80/20 Endurance coach, and hand-son experience coaching experience on the 80/20 Endurance platform.

Donations are always welcome. To make a contribution, apply for an apprenticeship grant, or just learn more about COCI, visit 8020foundation.org.

 

A New Online Learning Event

What are you planning to do on Saturday, January 15, 2020? Unless you already have that date blacked out for space tourism, we suggest you spend it with us at The Endurance Event, an incredible online learning experience for athletes, coaches, and other hungry minds. Hosted by 80/20 Endurance and Accel Events, The Endurance Event is sponsored by InsideTracker and TrainingPeaks and features a stellar lineup of speakers that includes two-time world champion triathlete Siri Lindley and renowned exercise physiologists Stephen Seiler and Samuele Marcora.

The Endurance Event is the perfect way to start the coming race season. Fill your brain with cutting-edge information on training, diet and nutrition, mental fitness, and tech, and come away fired up to make 2022 your best year yet! Tickets to the first part of the half-day event are free, and the cost of attending the full event is way less than that of a new pair of running shoes.

We’re proud to bring this unparalleled learning experience to the worldwide endurance community. Help us make it a success so we can do it again every year! For complete information about The Endurance Event and to register, click here.

 

New In-Person Training Camps

Would you like to meet and spend time with some of your fellow 80/20 Endurance athletes? Or would you rather travel to a stunning endurance destination and immerse yourself in a pro-style training experience? Or would you prefer to learn from some of the leading minds in endurance training, nutrition, and psychology, including Matt Fitzgerald and Dr. Cory Nyamora? With 80/20 Endurance in-person run and triathlon camps, you don’t have to choose! We’ve partnered with Endeavorun to create a series of unique camp experiences that truly offer something for every athlete. Check out our lineup for the 2022 season:

 

Austin Winter Running Retreat

February 17-21

Kickstart the 2022 season with our five-day running retreat in beautiful Austin, Texas. Highlights will include group workouts, meals, and hangouts; a personal injury evaluation from physical therapist Asher Henry; one-on-one “office hours” with Matt Fitzgerald, Bertrand Newson, and other great coaches; and the opportunity to run the Austin Marathon with Hanna Hunstad (or try to beat her, or just cheer her on, or run the half marathon or 5K!).

Learn More

 

San Diego Spring Triathlon Retreat and Clinic

February 27-March 6

The sport of triathlon was born in San Diego, and for good reason. There’s simply no better place to swim, bike, run, and chill with your fellow triathletes than “America’s Finest City.” This two-part camp features a mix of epic training experiences and teaching sessions. Come for the first half of the week if you’re mainly interested in training or for the full week if you want it all. Highlights include an open-water swim clinic with Hanna Hunstad, bike threshold testing on Fiesta Island, and mental skills training with sports psychologist Cory Nyamora.

Learn More

 

Martha’s Vineyard Morning Run and Triathlon Camp

July 25-29

Would you rather enjoy a summer vacation with your family on Martha’s Vineyard or go there to train with fellow athletes and be coached by Matt Fitzgerald, sports dietitian Lydia Nader, and Endeavorun founder Jake Tuber? This special five-day camp for runners and triathletes allows you to do both! You’ll spend each morning working out with other campers and learning from our expert staff and the rest of the day enjoying family time in the summer paradise of Martha’s Vineyard, Massachusetts.

 Learn More

 

New Cycling Plans

We are pleased to announce that a full selection of 80/20 Endurance training plans for cyclists is now available. There are 64 plans in all, covering three separate disciplines (Gran Fondo, gravel racing, and time trials), short and long distances, and two intensity metrics (heart rate and power). Designed by Coach Matt, the plans feature not only the 80/20 intensity balance you know and love but also recent innovations in workout design and periodization, as well as unique coaching tips in each and every workout. And like our training plans for runners, triathletes, and obstacle racers, these come in four levels, covering the full spectrums of experience and ability.

We think our new 80/20 cycling plans are terrific, but don’t take our word for it. You can sample any plan you choose for free, and if you’re an 80/20 Endurance subscriber, of course, you have access to all of them. And if you’re not a cyclist, you should become one just so can experience these plans.

 

A New Coaching Certification

Many 80/20 athletes are also coaches, or aspire to become coaches. And many of these athletes have let us know they want us to offer a proprietary 80/20 Endurance coaching certification. If you’re among these athletes, you’ll be happy to know that an 80/20 Endurance coach certification program is on the way. Our best guess at this moment is that it will be available on or around March 1, 2022. Elements of the program will be an official study guide written by Coach Matt, an online course, and a two-part exam (multiple choice and practical). We’re also exploring the possibility of offering in-person certification events. Stay tuned!

I first discovered the work of Veronique Billat in 2002, when I was working on my book The Cutting-Edge Runner. That’s a long time ago, but in retrospect I’m somewhat embarrassed that I hadn’t known about her even earlier, as she was then already well on her way toward titan status in the field of exercise science.

If you’re seeing Billat’s name for the first time, don’t be embarrassed. It’s not the job of everyday endurance athletes to maintain an up-to-date mental Who’s Who? in the area of sports science research. Now in her late 50s, Veronique is a Frenchwoman with a half-marathon PR of 1:18 who teaches at the Interdisciplinary University of Paris and has authored well over 200 scientific papers focusing primarily on the optimization of training methods in distance running. In 2018, she published a book titled Révolution Marathon that I never heard about because it was written in French. Correction: I hadn’t heard about the book until recently, when Johnathan Edwards, who is studying for his PhD under Billat, emailed me to ask if I would be willing to review an English version of it that he’s working on.

The answer was yes, of course, and within 24 hours I had a digital copy of the manuscript on my laptop. I’m not sure exactly what I expected, but The Science of the Marathon, as Edwards has rechristened the book, isn’t it—in a good way. Billat’s thesis is simple: The most effective way to run a marathon is not at the steady pace that is commonly advocated but at a variable pace, and by extension, marathon training should emphasize variable-pace running instead of being dominated by steady-pace running as it is for so many runners.

Billat makes a compelling case for this approach, beginning with the observation that the fastest marathons are run at variable speeds, and most often feature a fast start, a slower but oscillating middle, and a fast finish. She concedes that some of the underlying physiology that makes the variable-pace approach effective for the best marathoners in the world is absent in slower runners, but contends that a version of the same strategy is best for us mortals as well.

Why? A few reasons. First, Billat argues, starting fast allows a runner to get ahead of their goal time without putting themselves in a hole that they can’t climb out of, provided they slow down after 2 km (1.2 miles) or so. A fast start also primes the body and mind in ways that make the slower running that follows easier. Additionally, by generating high levels of lactate, starting fast creates a biochemical milieu in the muscles that stabilizes pH, preventing fatigue and making subsequent accelerations possible.

Furthermore, oscillations in pace allow runners to utilize more of their physiological toolkit than is possible when they lock into goal pace. They can, in a manner of speaking, rest one metabolic engine while firing another, generating a lot of lactate during surges and burning that lactate during slower segments. Managed properly, fluctuations in speed enable the marathoner to maintain a consistently comfortable effort level that all but ensures they are able to make a hard push in the final kilometers. I must confess, whereas some of the physiology Billat gets into flies over my head, this last rationale makes a ton of sense to me, as I know from studying Samuele Marcora’s psychobiological model of endurance performance that running performance is ultimately determined by perceived effort, and I know from personal experience that if you keep your pace steady in a marathon, your perceived effort level will fluctuate, and if you run by feel, your pace will fluctuate. As Billat puts it, by taking her approach, “You will no longer run to maintain a speed but rather run to maintain a feeling of racing intensity consistent with an ‘average’ effort on the marathon.”

The book mentions a 2006 study by Billat which showed that pacing by feel, hence variably, is more effective than steady pacing even at shorter distances. Subjects completed a 10K time trial by feel, and all of them exhibited fluctuations in pace. Later, the subjects were asked to complete a second 10K time trial running steadily at their average pace from the first. Amazingly, few of them were able to hold this pace longer than 7K.

It so happens that, when Edwards sent me Billat’s book, I was about six weeks away from taking a crack at running a 2:38 solo marathon time trial. My plan was to run 26.2 consecutive 6:04 miles. I am now considering the possibility of replacing my usual pacing strategy with a variable-speed approach. Having completed well over 40 marathons, I have some opinions of my own about how best to train for and execute a race of this distance, and I don’t intend to completely abandon my formula in favor of Billat’s. For example, she takes a dim view of high-volume training, whereas I know beyond the shadow of a doubt that high volume is critical to maximum marathon performance for me. But I have found her argument convincing enough to tweak my training according to Billat’s recommendations to prepare for this style of time trialing.

My first test was a 13.11-mile marathon-pace run, which again, I would normally have attempted to run at 6:04 per mile from start to finish. Instead I aimed to start with a pair of 5:52 miles, then run seven 6:10 miles, and finish with a cutdown from 6:02 to 5:56 over the closing four miles. In a word, it did not go well. After completing the first two miles in 5:49 and 5:51, feeling pretty comfortable, I slowed down to 6:10 pace expecting it to feel like an utter cakewalk, but it didn’t, and indeed I never really settled in at that slower pace. I was only able to cut down to 5:59 for the last mile, and doing so required a near-maximal effort (though I was slightly ahead of my target by then and wound up completing the run with an average pace of 6:03.5 per mile.

I’m smart enough not to conclude from this one experience that Billat’s variable-pace strategy doesn’t work, though at the same time I most certainly can’t conclude that it will work for me. Here’s the rest of my After Action Report on the test:

It was a hot day and I didn’t have my best legs going into the run. It’s possible I would have struggled even if I had used my usual steady pacing approach.

I’ve spent a lifetime making steady pacing second nature for myself. It’s not surprising, therefore, that the variable-speed strategy was a shock to my system. In the next test I will know better than to expect the slower running that follows the fast start to feel absurdly easy. I’ve done enough reading in exercise science to know that perceived effort is highly influenced by expectations. A relatively easy effort will feel harder if you expected it to feel easier.

Though Billat herself would probably disagree, at 49 I think I might just be too old to use the variable-speed approach effectively. In her book Billat points out that her strategy requires a large speed reserve. Her rule of thumb is that your maximum running speed must be at least double your marathon speed; otherwise the fast start and later surges will crush you. I’ve been working pretty hard on my speed lately because I’ve been participating in virtual mile races, so I’m already doing what I can to maximize my speed reserve, but it’s obvious that age has stripped me of my highest gears and they’re not coming back.

Be that as it may, I am at a point in my athletic career where nothing really matters all that much and I’m willing to take chances I would not have taken when I was younger. So I fully intend to continue guinea pigging Veroniqe Billat’s variable-speed marathon pacing strategy, and I’m confident it will be fun and interesting at the very least. More to come.

Looking for a good endurance-related book to give to yourself or another endorphin junkie this holiday season? I’ve got you covered. Here are five such books I’ve read and enjoyed recently. I’m confident there’s at least one in here that you’ll enjoy also.

Swim, Bike, Bonk: Confessions of a Reluctant Triathlete

Will McGough

Every triathlete wants to write a book about his or her first Ironman, and many do. The results are rarely interesting to anyone other than the author. But here’s an exception. Will McGough is a travel writer, and what makes Swim, Bike, Bonk work is that he writes about triathlon as though it’s a weird foreign country he’s visiting. His humorous, skeptical outsider’s perspective allows insiders like me to see the sport with fresh eyes and appreciate it in a new way.

Rebound: Train Your Mind to Bounce Back Stronger from Sports Injuries

Carrie Jackson Cheadle and Cindy Kuzma

I reviewed this book earlier this year, and I haven’t changed my mind about it in the intervening months. Getting injured as an athlete affects the mind as much as it does the body, and it’s important to attend to both whenever you suffer a breakdown. Rebound is the definitive guide to addressing the psychological aspect of sports injuries. Check out my full review here.

Kaizen-Durance: Your Aerobic Path to Mastery

Shane Eversfield

This book is actually a couple of years old, but this is my holiday reading list and I can do whatever I want with it! Author Shane Eversfield takes a quasi-spiritual approach to endurance training that I find quite appealing. His core concept is something called kinetic intelligence, which is essentially the body’s innate wisdom concerning movement. It may sound far out, but the book is actually science-based and practical, offering readers concrete techniques they can use to unlock this wisdom and learn to move with “effortless power.”

Endurance Performance in Sport: Psychological Theory and Interventions

Carla Meijen, Editor 

Now is an exciting time to be alive if you’re interested in the role of the mind and the brain in relation to endurance performance. There’s a ton of cool science being done in this area. If your interest in this stuff is of the what’s-in-it-for-me variety, you can learn all you need to know from books like Alex Hutchinson’s Endure and my own How Bad Do You Want It? But if you’re interested in the science for its own sake, get a copy of Endurance Performance in Sport, which is a collection of monographs from today’s top researchers in the field of endurance sports psychology, including my personal favorite, Samuele Marcora.

The Athlete Inside: The Transforming Power of Hope, Tenacity, and Faith

Sue Reynolds

In February 2015, Sue Reynolds emailed me with a unique question. She was then 61 years old and had recently lost 175 pounds through triathlon training and sensible eating, but the transformation had left her with a lot of loose skin, and she wanted my opinion on how it might affect calculations of her optimal body composition. Sue and I have maintained an ongoing correspondence ever since, during which time she’s lost another 25 pounds and finished as high as sixth in the ITU Age-Group World Championships. The full story of her journey from lifelong overweight couch potato to elite athlete is truly remarkable, and she does a terrific job telling it in this book, which, unfortunately for you, will not be publicly available until April. But you can pre-order it now.

The weekend before last I did a 10-mile run. Under normal circumstances, such a workout is no big deal, but I am coming back from an injury and this one did not go terribly well. Having done a succession of eight-mile runs every other day over the preceding week, I was hoping to feel comfortable, both fitness-wise and pain-wise, going a little faster over a slightly longer distance in this particular session.

This didn’t seem like too much to ask. Having averaged about 8:15 per mile in my last eight-miler, I was hoping to knock that down to 8:00. But as it turned out, my groin let me know in no uncertain terms that going any faster than 8:20 per mile would be dangerous. And while it certainly was not a strain to maintain this pace, I felt as though I were running quite a bit faster. I kept glancing at my watch, convinced I was speeding up, only to find that I wasn’t.

In the face of my thwarted expectations I became frustrated and began to contemplate cutting the run short. Accustomed to completing 10-mile runs in 75 minutes or less, I almost couldn’t bear the thought of needing a full 10 minutes more to slog through this one. My mood turned dark, my self-talk negative. But then something happened. One moment my consciousness was wholly absorbed in these dark emotions and negative thoughts. The next moment I was mentally removed from them, observing them from a separate level of consciousness. This new perspective allowed me to judge them for what they were—unhelpful—and intentionally choose alternative emotions and self-talk.

I chose, specifically, to be grateful that at least I was able to run, however slowly, whereas just a few weeks ago I was unable to run a step without significant pain. I told myself to embrace the necessity of going slow for now, reminded myself that today’s restraint would be rewarded tomorrow (or eventually). Like a pedestrian dodging raindrops to who discovers the futility of staying dry and begins dancing through puddles, I suddenly went from being irritated the large numbers on my watch display to being amused by them. The second half of the run was infinitely more enjoyable than the first.

Metacognition and Endurance Training

This little anecdote is an example of metacognition, or thinking about one’s own emotions or thoughts. This (almost) uniquely human capacity plays an important role in endurance training and competition. Some athletes are more skillful users of metacognition than others, and those who use it well are able to control their thoughts and emotions in ways that enable them to make better decisions and perform at a higher level.

As athletes, we tend to regard our thoughts and emotions as effects of how the body is feeling and performing. If you feel lousy and are off pace at the midpoint of a 10K road race, for example, you are likely to experience negative thoughts and emotions as a result of your bodily situation. But research has shown that the causal loop goes both ways—that thoughts and emotions also affect perceptions and performance. A 1988 study by Damon Burton at the University of Idaho identified a strong negative impact of anxiety on performance in swimmers. And a 2013 study by Samuele Marcora at the University of Kent found that two weeks of training in positive self-talk increased performance in a time-to-exhaustion test by 17 percent.

What makes metacognition so powerful is that it allows us to choose our thoughts and emotions to some degree. Without it, your mind is totally at the mercy of your body. Only by taking a mental step back from the present contents of your mind can you clearly see what’s going on and actively choose more helpful thoughts and emotions.

Like any mental ability, metacognition comes more easily to some than it does to others. But anyone can develop it through practice. That’s what mindfulness meditation is all about. There are other ways, though. Indeed, it’s enough just to start every workout and competition with the intention of “catching” negative thoughts and emotions and choosing more helpful alternatives. Initially, you may find yourself brooding on a negative thought or feeling for a while before you snap awake and take a mental step back from it, and even then you may struggle to find a helpful alternative (for you cannot simply lie to yourself, saying, for example, “My foot doesn’t hurt” when in reality your foot doeshurt), but with practice you’ll get better and better at this process.

Another personal example of metacognition at work—and one where there was a lot more at stake than in the previous example—is something that I experienced during Ironman Wisconsin back in 2002. My lowest moment of that race was the first few strides of the marathon. I’ll never forget the fear and dismay I felt when I discovered that, with 26.2 miles of running ahead of me, my legs were as battered and depleted as they had been when I finishedmy last standalone marathon, perhaps more so, as the damage resulting from a severe calf muscle cramp suffered two minutesinto the swim had, during the bike leg, morphed into a pins-and-needles sort of pain affecting almost the entire front leg. I thought, ‘How the hell can I possibly do this?’

But in the next moment I took a mental step back and reminded myself that I was hardly the first athlete in this position, and that I had prepared for this race in more or less the same way thousands of others had done before me, athletes who had grinded through the discomfort I was feeling now and finished strong. And that is precisely what I proceeded to do, even pulling off the relatively uncommon feat of even-splitting the marathon, the mantra Trust your training looping through my head the whole way.

That’s metacognition for you!

Here is an interesting scientific paper on the role of metacognition in endurance performance.

If you ask the average running coach what good running form is, he or she will probably answer with phrases like “midfoot strike,” “high stride rate,” and “low vertical oscillation.” It is true that these and other form characteristics are common in top runners and less common in slower runners. But there are exceptions. Meb Keflezighi won the 2009 New York City Marathon as a heel striker, Ryan Hall set an American record of 59:43 in the half marathon with an unusually bouncy stride, and Mo Farah won 10 Olympic and World Championships gold medals with an exceptionally low stride rate.

The Basis of a Good Running Form

On the basis of the fact that no two champion runners run the same way, I would argue that no specific movement pattern defines good running form. What, then, is the true essence of good running form? One possibility is efficiency. This idea has a lot going for it. After all, what is it that you really want your running form to do as distance runner? Not maximize power–that’s for sprinters. Rather, you want your running form to minimize the energy cost of running so you can go faster and farther before you become exhausted. It doesn’t matter how you minimize the energy cost of running, biomechanically, but only that you minimize the energy cost of running. Obviously, some movement patterns are generally more efficient than others, which is why most of the best runners are midfoot strikers. Nevertheless, each body is unique, so we shouldn’t expect every runner to minimize energy cost in the same way.

As sensible as it seems to define good running form as that which maximizes movement economy in an individual runner, however, I think this definition misses the mark as well. The true definition of good running form, I believe, is the particular way of running that feels easiest to an individual runner. I can’t claim to have come up with this theory. I got it from Samuele Marcora, father of the psychobiological model of endurance performance. Here’s an excerpt from an email message Marcora wrote to me about his perception-based theory of biomechanics:

“Many specialists in this area. . . still think that the [central nervous system] controls locomotion to optimise energy. They envisage an optimal solution in which the CNS senses energy expenditure and adjusts locomotion parameters (e.g., step frequency) to minimise energy expenditure. There are some basic neurophysiological problems with this proposal. However, the biggest problem is that there are several instances in which the CNS chooses locomotion parameters that optimise perception of effort at the expenses of energy expenditure (e.g., walking to running transition). When energy seems ‘optimised’ this coincides with the optimal perception of effort as well. So perception is always optimised but energy expenditure is often not. The. . . conclusion is that the CNS optimises perception of effort rather than energy expenditure.”

Energy expenditure and perceived effort are closely linked. For the most part, movement patterns that reduce energy expenditure also make running feel easier. It is very likely that the evolutionary reason individual runners adopt the particular way of running they do is to minimize energy expenditure. But it is perceived effort that actually controls this process. In other words, running in the way that minimizes perceived effort is the means by which runners achieve the end of minimizing energy expenditure.

Consider what happens when you’re running along and you turn into a strong headwind. You hunch forward, don’t you? This natural adjustment reduces the surface area of your body and minimizes the energy cost of running into the wind. But the choice to hunch is made consciously, and what you are really doing as a living organism is trying to make running feel as easy as possible despite the headwind. What Marcora and I are suggesting is that this is what runners are doing all the time, although mostly in subtler ways not involving headwinds.

Perception of effort is tied to brain activity. In crude terms, the harder you have to think about your movements, the harder those movements feel. So your goal as a runner is to run as thoughtlessly and unconsciously as possible. This is why consciously changing the way you run is such a bad idea. No matter what you change, you will have to think more about what you’re doing because what you’re doing is unnatural, and this will make running feel harder.

This does not mean you are stuck with your current stride forever. Every runner’s stride evolves gradually over time as the CNS learns through repetitive practice how to move in ways that feel easier (and that usually also reduce energy cost). Consider something like running with a higher stride rate. If you force yourself to run with a higher stride rate right now, running will feel harder (if only very slightly) and you will probably also be less efficient because you have to think about what you’re doing. But guess what? If you just leave your stride alone and keep training, it is probable that your stride rate will increase somewhat over time, and this natural evolution will be associated with reduced perception of effort and likely also with increased efficiency. You have to earn your stride changes.

Evidence that thinking about your running is bad for your running comes from studies in which researchers look at the effects of attentional focus on running economy. A series of experiments conducted by European researchers has shown that runners become less efficient when they focus their attention internally versus externally, even if their internal attentional focus does not involve any effort to alter their running form. Let that sink in for a minute.

I only wish these researchers had measured the effect of attentional focus on perceived effort as well, because it is perception of effort, not physiology, that directly limits endurance performance. Becoming more economical doesn’t do a runner any good if this benefit comes at the cost of increased perception of effort, as no runner can run faster than he feels he can run. And based on his understanding of what good running form really is, Marcora believes it would be a mistake for runners to try to increase their economy through interventions requiring conscious form changes (i.e., internal attentional focus, i.e., thinking), even if these interventions actually worked. “What happens to perception of effort if we make people run in the way that gets the lowest energy expenditure?” he asked in our email exchange. “I bet it would go up considerably.” And when perceived effort goes up, performance goes down, because the definition of good running form is the particular way of running that feels easiest to an individual runner.

When you wake up on race morning, you’re either physically prepared to achieve your goal or you’re not. There is nothing you can do to change your fitness level in the final hours before the gun goes off.

Your mind is another matter. Recent science has demonstrated that the thoughts and emotions a runner experiences immediately before and during a race strongly affect performance and outcomes—for better or worse. As a runner, you want to control your race-day thoughts and emotions in ways that produce the best possible results.

Here are five specific science-backed mental strategies to use in your next race.

Brace yourself

The direct limiter of performance in distance-running events is not physiology but something called perception of effort, which is a runner’s global sense of how hard running feels at any given moment. Every runner has a maximum tolerable level of perceived effort, just as every person has a maximum pain tolerance. But certain factors can increase this limit and thereby boost performance, while other factors can enhance performance by reducing the level of effort a runner perceives at any given pace.

One of these factors is expectations. Runners tend to be less bothered by a high level of effort and less likely to slow down in response to it when the feeling does not exceed the effort level they expected to experience at that point in the race. So one way to harness the power of your mind to your advantage on race day is to consciously expect the race to be very hard—a strategy I refer to as “bracing yourself”. 

Turn anxiety into excitement

Psychological experiments have demonstrated that when people tell themselves they are excited rather than nervous before a challenge such as speaking in public or taking a math test, they perform better. This technique has not yet been tested in an exercise context, but it’s reasonable to assume that it would work just as well before a running race because anxiety is known to increase perceived effort. And even if it doesn’t make you run faster, turning anxiety into excitement will make the pre-race experience less unpleasant for you.

Embrace your effort

Perceived effort is distinct from pain, but similar. Many factors that increase pain tolerance or reduce pain sensitivity have similar effects on perceived effort during exercise. For example, studies have shown that people who adopt an attitude of acceptance before experiencing a pain stimulus (“I know this will hurt, but I can handle it”) are able to tolerate the pain better than people who adopt an attitude of resistance (“I hope this doesn’t hurt”). 

Psychologists use a technique known as acceptance and commitment therapy to teach people to embrace the unpleasant aspects of pursuing behavioral change and goals. In a 2014 study, Elena Ivanova of McGill University found that teaching beginning exercisers to accept the discomfort of exercise through this method resulted in a 55 percent increase in time to exhaustion in a high-intensity endurance test. These subjects weren’t any fitter than before; they simply had a higher tolerance for perceived effort because they embraced it. Do the same in your next race!

Stay on task

There are two directions in which you can channel your attention while running: internally and externally. Generally speaking, when your attention is focused internally, you are concentrating on how you’re doing, and when your attention is focused externally, you’re focused on what you’re doing. Studies have shown that runners experience a lower level of perceived effort at any given pace and perform better when they keep their attention externally focused, on the task at hand.

How do you do this? Try concentrating on task-relevant stimuli such as other runners (e.g., put a target on the back of the runner in front of you) and your pace (e.g. check your watch at regular intervals and make adjustments as necessary to stay on track toward your goal). When you find your attention turning inward toward negative feelings (discomfort) and emotions (self-doubt), make a conscious effort to shift it back to the task at hand.

Stay positive

When experiencing discomfort during a race, it is normal to think negative thoughts such as, “I’m going to hit the wall!” But some runners consciously arrest these thoughts and replace them with positive substitutes like, “Just be patient.” A 2013 study by Samuele Marcora at the University of Kent demonstrated that this practice, known as positive self-talk, reduces perceived effort and enhances endurance performance.

The next time you find yourself entertaining negative thoughts during a race, quickly replace them with a more helpful alternative. With a little practice you will find specific phrases that work especially well for you. Among my personal favorites are “Relax, you’ve been here before” and “How bad do you want it?” (which happens to be the title of my book on mastering the psychology of mind over muscle).

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