Nils Van Der Poel Training

Understanding Nils Van Der Poel Training

Nils Van Der Poel is a Swedish speed skater who dominated the 5000m and 10000m at the 2022 Beijing Olympics. His training approach has been extensively documented by coaches and sports scientists. It is not complicated in theory but extremely demanding in execution.

The core of his program revolves around massive aerobic volume combined with targeted high-intensity sessions. He typically trains between 20 to 30 hours per week during peak cycles. Most of that volume sits in zones one and two, building what coaches call an enormous aerobic engine. The intensity work is sparse but deliberate, usually concentrated in two to three sessions per week. His weekly structure generally looks like this. Four to five long endurance sessions in zones one and two, ranging from two to four hours. Two to three interval sessions targeting specific physiological markers. One or two technique or ski-specific skill sessions. Regular strength work in the gym, focusing on lower body power and core stability. Rest is treated as active recovery, not complete inactivity. The interval sessions are where most of the physiological adaptation comes from. A typical session might involve repeated efforts at or slightly above threshold pace. For Van Der Poel, this often means sustained efforts of eight to twenty minutes at intensities around 85 to 90 percent of maximum heart rate. These are not sprint intervals. They are long, hard efforts that force the body to clear lactate efficiently while maintaining a high workload.

One session I have seen him reference involves multiple 1000-meter repeats at near race pace with short recovery. On the bike or roller ski, this might translate to ten by 1000 meters with ninety seconds of easy spinning between reps. The purpose is to familiarize the body with competitive intensity without accumulating the joint impact of running intervals. The long slow distance work is equally important. I have worked with athletes who tried to replicate Van Der Poel's volume and immediately ran into problems. The first issue is almost always recovery. One athlete attempted to jump straight into twenty-hour weeks and spent the next six weeks dealing with persistent lower back tightness and elevated resting heart rate. The workaround was gradual progression. He started at twelve hours and added roughly one hour per week, spreading the extra load across additional days rather than extending single sessions. It took eight weeks to reach the target volume, but his body adapted without breaking down. Another common mistake is neglecting the intensity balance. Some athletes pile on the easy volume but skip the structured hard sessions, assuming more time in the saddle automatically equals better fitness. This is incorrect. The VO2 max and threshold sessions are non-negotiable for developing the specific endurance Van Der Poel demonstrates. Without them, you build capacity but not the speed component that separates good endurance athletes from elite ones.

Practical Application for Different Athletes

If you are trying to apply elements of this methodology, the first thing to consider is your current fitness level and available time. Van Der Poel trains as a full-time elite athlete with professional support including physiotherapy, nutritionists, and coaching. Most people do not have that infrastructure. For recreational athletes, a modified approach works better. Start with three to five hours per week of endurance work. Add one structured intensity session per week. Gradually increase volume by ten percent per week, no more. Prioritize consistency over heroic single sessions. A well-executed five-hour week for twelve weeks will produce better results than an inconsistent eight-hour week followed by two weeks of complete rest due to burnout or injury. Equipment also matters. Van Der Poel's training heavily involves skating, roller skiing, and cycling. If you do not have access to ice, roller skis or a quality stationary bike can approximate the movement patterns. The metabolic demands are similar even if the biomechanics differ slightly. Many athletes successfully use ergometers for the interval sessions and save the long outdoor sessions for activities they enjoy, which improves adherence over months and years.

There are downsides to this approach that are rarely discussed in promotional material. The injury risk increases with volume. Tendinopathies, stress reactions, and overuse injuries are common when athletes push too hard too fast. The mental fatigue from monotonous high-volume training is real and often underestimated. Some athletes develop a negative relationship with their sport because the work feels unrewarding despite producing results. It is not a program for everyone, and that is fine. If your goal is general fitness or recreational competition, you do not need this level of volume. A well-structured program with half the hours, properly periodized across a season, will get you most of the way there with significantly less risk. Van Der Poel's training is designed for one thing: winning Olympic medals in distance speed skating events. Adjust the principles to your actual goals rather than copying the template wholesale. The training itself is accessible in various forms online. Video analysis of his sessions exists through Scandinavian sports media. Coaches who have worked with him or studied his methodology publish breakdowns in sports science journals and coaching blogs. The key is finding sources that explain the why behind each session type, not just the numbers on paper. A workout list without context is nearly useless for anyone beyond elite-level athletes with direct coaching supervision.

Periodization is another piece that gets overlooked. Van Der Poel does not train at this volume year-round. Base building phases emphasize longer, slower work. Build phases introduce more threshold and VO2 max intensity. Race-specific phases sharpen the work with shorter, harder efforts mimicking competition demands. Taper phases reduce volume significantly while maintaining intensity to preserve fitness while allowing supercompensation. Attempting to run peak volume during a taper or doing threshold work during base phase will confuse your adaptations and slow progress. Tracking metrics like resting heart rate, sleep quality, and perceived exertion helps identify when you are approaching the edge of sustainable training. I once had an athlete ignore subtle signs of accumulated fatigue because the numbers on the trainer looked good. He kept increasing volume until his performance dropped off a cliff three weeks later. Simple daily checks of morning resting heart rate and a five-minute subjective rating on a scale of one to ten caught the issue early enough to adjust before the damage became significant. The workaround was implementing a simple tracking system using a basic notes app with one line per day. It took thirty seconds and prevented what could have been a month-long setback. Ultimately, the Nils Van Der Poel Training methodology is effective because it is built on decades of endurance sports science principles applied with exceptional discipline. The volume creates a large aerobic base. The targeted intensity develops specific physiological capacities. The consistency allows those adaptations to accumulate over years rather than weeks. Any of these elements without the others produces incomplete results. The program is not magical, but it is also not easily replicable outside of dedicated full-time athletes with the right support systems in place.