Tag: Olympiatoppen

  • Development in Norway Isn’t Just a Plan. It’s a System.

    Development in Norway Isn’t Just a Plan. It’s a System.

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    Johannes Hoesflot Klaebo (NOR), Emil Iversen (NOR), and Martin Loewstroem Nyenget (NOR), (l-r) during the final kilometers of the Olympic 50 k classic. (Photo: Vanzetta/NordicFocus)

    A review of a recently published paper from Norway, “Long-term development culture for sustainable Olympic success: Lessons learned from Norwegian cross-country skiing” by Jacob Walther and Øyvind Sandbakk, is worth the time.

    Long-term development culture for sustainable Olympic success: Lessons learned from Norwegian cross-country skiing – ScienceDirect

    We’ve all heard enough about Norway. But this one simply cuts through some misconceptions, and it is worth the time to review. It strips away the mythology and gets back to what actually drives development and ultimately elite performance. Norway isn’t operating with better information. They’re more disciplined about applying what most programs already understand, and more consistent about what they refuse to do.

    The paper addresses this immediately and directly.  There is no “Norwegian method.” No magic interval session. No secret intensity zone you can implement and expect results. What they have is a system. And more importantly, a system built around their culture.

    We tend to frame their success in physiological and technical terms.  It’s not physiology, technique, health management, or mental health; they are all part of it, but they don’t explain the system. Most programs know early specialization is risky and inaccurate. Most coaches understand long-term development and the need to build training slowly and in phases based on training age. The difference is that Norway holds the line on it.

    The elements are not new. Delay early selection. Encourage multi-sport participation, and integrate sport science into daily coaching. Invest in coach education. Treat athlete health as part of development, not something that gets in the way of it. The result isn’t just better elite athletes.  It’s broader mass participation, more informed training, and a deeper pool of athletes and families engaged in the sport.

    Norway’s Johannes Høsflot Klæbo won his first World Cup at 20, in the men’s 1.6 k freestyle sprint in Otepää, Estonia, in 2017. (Photo: Fischer/NordicFocus)

    The paper uses Johannes Høstflot Klæbo as a case study. At 15, he placed 101st at junior nationals. Years later, he’s the most decorated Winter Olympian of all time. That’s a compelling outcome. But the value isn’t the result. It’s what the system expects and allows.

    In most programs, that athlete gets filtered out early. In Norway, they stay in longer. That’s the point. This isn’t about identifying talent earlier and directing resources and opportunities at those. It’s about not eliminating talent identification too soon. That requires patience, cooperation among club programs, trust in the system, and a willingness to ignore short-term validation.

    That’s where the Norwegian model sets itself apart. The turning point came in the lead-up to the 1994 Winter Olympics. Norway didn’t discover new physiology or invent new training methods. They organized themselves differently. They centralized expertise, embedded sport science into coaching, collected experience and training data across all Olympic Sports, and aligned the ski federation from the national team down to the club level.

    Olympiatoppen sits at the center, not as a lab removed from the field, but as part of the training process. It doesn’t drive the system, but it informs and shapes it. That balance matters. Norway didn’t just add sports scientists. They used sports science to improve coaching. At higher levels, many coaches are trained in exercise physiology. That reduces misinterpretation and creates consistency over time.

    Long-term development in Norway isn’t a slogan. It is intentionally implemented. It follows physiology. Peak endurance performance arrives in the late 20s, after years of consistent training. They don’t challenge that reality; they built their whole system around that reality.

    You see that athletes stay in the sport longer, as evidenced by high-level FIS races in Norway. Hundreds of skiers are over 25-30 years old. They build general capacity before narrowing focus. Skill development has time and the room to engrain. Training isn’t rushed. Volume and intensity progress over years, not seasons. Junior results are not used as a sorting mechanism.

    And this is where most systems break down. They say development matters, so select early and train accordingly. In Norway, youth championships are not selection events. They are part of the development process. The culture reinforces it. Clubs and schools coordinate so athletes can participate in multiple sports. Athletes regularly move across multiple ski disciplines. The recruitment base stays broad, and the system stays resilient.

    Norway hasn’t eliminated selection; they’ve delayed it and minimized its consequences. That distinction matters. What gets labeled as “talent” at 14–16 is often early maturation, better support, or more exposure, not long-term potential. Norway avoids that trap by not falling into it. While many other systems double down on it.

    Another principle sits underneath all of this: athlete health, physical and mental, comes before results. Training is managed for long-term progression. Training loads increase gradually over the years. High intensity is controlled, and low intensity dominates most of the training. The goal is adaptation over time, not accumulation in the short term.

    The paper also points to emerging pressure on this model. Rising costs, shifting societal trends, increasing early specialization, and changes in team structures all push against it. These aren’t theoretical concerns. There are real pressures that can erode the system if they’re not managed.

    Harald Oestberg Amundsen (NOR), Johannes Hoesflot Klaebo (NOR), and Einar Hedegart (NOR), (l-r) share the 20 k Freestyle Mass Start podium at the final World Cup in Lake Placid (USA) to end the 2025/2026 season. (Photo: Modica/NordicFocus)

    So what carries over?

    We can’t copy Norway. That misses the point. The lesson is alignment. Align incentives with long-term outcomes. Integrate sports science into coaching to improve the coach’s work. Build systems that allow athletes time to develop. And hold the line when short-term pressure starts to dictate decisions.

    Many countries can point to a standout athlete. But if success depends on outliers, unusual resilience, unusual support, unusual talent, you don’t have a system. You have anecdotes. Norway produces depth, that is, the expectation and the standard.

    There’s no secret session here. What they’ve built is a system that connects coaching and science, commits to long-term development, creates space for late progression, and maintains consistency over time. Not what they’re doing this week or next week, but what the athletes are doing ten years from now.

     

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  • Nordic Nation: The ‘Brains of the Operation’ Episode with Øyvind Sandbakk

    Here on Nordic Nation, we’re featuring back-to-back interviews with notable Norwegians. We previously connected with Marit Bjørgen and focused on the athlete side of the performance matrix. This time, we spoke with wunderkind sports physiologist, Øyvind Sandbakk. If you are new to his name, he is one of the key reasons Norway has remained ahead of the sport-performance curve in nordic sport.

    Dr. Øyvind Sandbakk (Courtesy photo)

    If there’s an interesting question to answer with regards to things like double-poling efficiency, Sandbakk or one his students is on it. Yes, Norway has strength in numbers when it comes to cross-country athletes, but they also have a Sandbakk and a cadre of graduate students who keep Norway a step ahead.

    Sandbakk serves as managing director at the Centre for Elite Sports Research at the Norwegian University of Science and Technology (NTNU) in Trondheim. And as if he is not busy enough, he’s also head of research and development at the Norwegian Olympic Sports Centre (Olympiatoppen).

    Sandbakk discusses how he became involved with research and how his research group has become one the premier nordic-sport think tanks.

    Here’s a link for a comprehensive list of Sandbakk’s research.

    For another interesting read, Sandbakk, along with PhD. student Guro S. Solli (Solli is the first author on the paper) explored Bjørgen’s training during and after the birth of her son.

    (To subscribe to the Nordic Nation podcast channel, download the iTunes app. If you have iTunes, subscribe to Nordic Nation here.)

  • Wednesday Workout: Building Sprint Capacity with Dr. Øyvind Sandbakk

    Wednesday Workout: Building Sprint Capacity with Dr. Øyvind Sandbakk

    On-snow sprint speed, something to work on now as the temps heat up. Here, Sophie Caldwell (second from left) and the newly retired Kikkan Randall (r) work their own sprint speed at the 2018 World Cup city sprint in Dresden, Germany. (Photo: Fischer/Nordic Focus)
    Dr. Øyvind Sandbakk (Courtesy photo)

    The following Wednesday Workout was written by Dr. Øyvind B. Sandbakk, the managing director at the Centre for Elite Sports Research at the Norwegian University of Science and Technology (NTNU) in Trondheim, Norway. (He’ll also be featured in an upcoming Nordic Nation podcast.)

    Beyond his work at NTNU, Sandbakk is the head of research and development at the Norwegian Olympic Sports Center (Olympiatoppen). At 37, he has established himself as one of the premier researchers studying how to optimize performance for cross-country skiers. Even a simple online search is a treasure trove of relevant Sabdbakk research. You can follow him on Twitter @OyvindSandbakk.

    The following workouts focus on building sprint capacity:

    Sprint training

    Short sprint sessions are important to develop the neuromuscular system specifically and the technique at high speeds. In order to assure that technique development is optimal, I normally start sessions with sprints at 90 and 95% of maximal speed, before the last part of the sessions are done with close 100% effort. For athletes struggling with the technique, the entire session is sometimes done with 95% of maximal speed in order to facilitate good technique. Most of such sessions should be done using specific skiing techniques. One example:

    • 5 x 15-second strides with gradually higher speeds, followed by 4 x 10 seconds in heavy terrain (90-95-100-100% of max speed) and 4 x 15 seconds in easy terrain/spurt (90-95-100-100% of max speed). 2-minute recovery between sprints and 5 minutes between series.

    Sprint intervals

    Sprint interval sessions should develop specific areas or weaknesses. These sessions are done technique-specific with good technique and quality maintained throughout the entire session. I personally like that they are target terrain where races are often decided such as simulations of attacks or final sprints. The cost of such sessions are high, so they should not be done too often, but regularly. Some examples:

    •  2-3 series of 6 x 20-second maximal sprints with diagonal or skating in moderate or heavy terrain with 2 to 3 min recovery, and 5 min between series
    • 2-3 series of 6 x 30-second double poling or skating in easy terrain, with 1-2 minutes recovery, and 5 min between series

    Note: The terrain decides how long the duration of work and recovery periods can be, and easier terrain and when the upper body is more loaded allows longer work durations and shorter recovery

    Short intervals

    Short interval sessions allow the aerobic system to be stimulated at high skiing speeds, with additional stimulus at the anaerobic system without totally fatiguing the athlete. Such sessions should mainly be done using specific technique, and personally, I like to use modes and terrains that are of particular importance at the end of races, such as attacks in uphill terrain or the final sprint. It is also important that good technique and high speed is maintained throughout the entire session. Some practical examples:

    • 40-45-second work durations, with 15-20 seconds of active recovery at an easy pace, performed over 5-8 minute intervals. Depending on the age and level of the athlete, 3-5 such intervals should be done.
    • 20 seconds slow — 20 seconds hard – 20 seconds close to maximal – 20 seconds slow, etc. over 4-5 minutes. Depending on the age and level of the athlete, 4-6 such intervals should be done.