For nearly two decades, many endurance coaches have relied on Functional Threshold Power (FTP) as the main tool for setting training intensities and measuring progress. This approach, originally intended to approximate the maximal lactate steady state (anaerobic threshold), caught on largely because establishing FTP doesn’t require laboratory-based lactate or gas-exchange testing—just a straightforward field assessment. Its simplicity and accessibility quickly made FTP the backbone of numerous training plans.
A particularly influential model, as described 2019 in the book: “Training and Racing with a Powermeter” from Allen, Coggan, and McGregor divides training intensities into multiple “zones,” keyed to percentages of FTP:
In reality athletes – no matter if they have the same similar or very different FTP values – will differ vastly in their metabolic responses and physiological performance values when working above or below FTP.
In other words, tying all training intensities and goals to one threshold power (or speed= figure is a “one-size-fits-all” system that neglects the reality of individual physiology—ultimately leading to suboptimal or mismatched training and in most cases: plateauing performance development. Sounds familiar?
Back in the 1980s, incremental lactate tests were the gold standard for pinpointing an athlete’s anaerobic threshold (often called the lactate steady state). This lab-based method gave coaches a direct look at endurance capabilities, making it a powerful prescription tool.
However, as power meters became widely available—particularly in places with fewer lactate-testing facilities—athletes and coaches needed an easier alternative.
That’s where Functional Threshold Power (FTP) stepped in as a field-friendly substitute for full lab work. Its very name—“functional”—signaled that it wasn’t a perfect physiological measurement but rather an estimate grounded in real-world performance.
For most athletes, the precise accuracy of FTP versus lactate threshold mattered less than its practicality. And indeed, for a practical application FTP is in most cases – at least for non professional athletes – a good and accurate measure to approximate maximal lactate steady state.
The problem isn’t the accuracy of the FTP value itself, but deriving training zones from it…
An FTP value is nice to know for a coach or an athlete. But the real question people want to answer is: “how should I be training?”. And this is where FTP based zone provided a quick and easy answer – but unfortunately a too easy answer. This is because: an FTP value is individual to an athlete, but training zones are derived using fixed percentages of this FTP value. And those fixed percentages are the issue:
Using fixed percentages of FTP implies that every athlete responds the same way when working at a percentage of their FTP—especially in the threshold intervals at or slightly above threshold (roughly 90–110% of FTP).
In reality, athletes have very different physiological responses when exercising above FTP, even if their FTP values look similar on paper. This mismatch can lead to suboptimal training for those who need a slightly different workload to truly improve threshold performance.
To illustrate the point, consider two example athletes with fairly typical—but distinctly individual—physiological profiles:
|
Metric
|
Athlete A
|
Athlete B
|
|---|---|---|
|
Body Weight
|
70 kg
|
70 kg
|
|
FTP
|
270W
|
260W
|
|
VO2max
|
66 mL/kg/min
|
54 mL/kg/min
|
|
VLamax
|
0.75 mmol/L/s
|
0.30 mmol/L/s
|
Threshold training in endurance sports is primarily aimed at increasing MLSS (Maximal Lactate Steady State) and thereby improving threshold power. One of the key mechanisms behind this adaptation is an improvement in VO2max, as the intensity in this zone is high enough to utilize a significant fraction of VO2max—one of the main drivers of aerobic capacity improvements. However, it is still low enough to be sustained for several minutes, allowing for sufficient training duration to reinforce these adaptations.
A crucial aspect of threshold training is the involvement of fast-twitch and intermediate muscle fibers. While these fibers are typically associated with higher-intensity efforts, threshold intervals represent the lowest intensity at which a significant number of them are recruited. The aim is to stimulate aerobic adaptations in these fibers, increasing their oxidative capacity without excessively triggering adaptations of the glycolytic system.
This is where the fundamental assumption behind FTP-based threshold training comes into play—it is perceived as a training intensity with minimal anaerobic metabolism involvement. However, if the intensity is miscalibrated and the activation of the anaerobic glycolytic pathway is too high, it will provoke adaptations in the glycolytic metabolism. This presents a risk:
Therefore, while threshold intervals are aimed at pushing the lactate balance point right and upward, a too high glycolytic activation during the training could shift this balance in the wrong direction— limiting improvements in MLSS rather than enhancing them. Or in other words: the possible improvements in aerobic capacity are eaten up by an increased lactate production.
Now, let’s examine our two example athletes: what happens when Athlete A and Athlete B execute an 8-minute interval at 108% of their FTP—a typical threshold training designed to improve threshold power. The expectation is that this training should drive adaptations that improve MLSS/FTP, mainly by increasing VO2max while keeping glycolytic contribution low enough to avoid raising VLamax.
For Athlete A, the prescribed FTP-based Zone 4 intensity results in a suboptimal aerobic stimulus. His 71% VO2max utilization is within an endurance training range, but it is not efficient to drive the strong VO2max adaptations that are expected from this type of session. As nicely demonstrated in the scientific literature, a higher VO2max engagement would be needed to make meaningful improvements in his aerobic capacity.
However, the most critical factor here is VLamax utilization—only 4%. This suggests that his glycolytic system is barely being taxed, meaning his VLamax is likely to decrease over time. This isn’t necessarily a bad outcome—reducing VLamax can be a valid strategy for improving endurance performance. A lower VLamax means less lactate production at submaximal intensities, which could lead to a higher MLSS and FTP.
But here’s the catch:
If Athlete A believes that this training is increasing his FTP by improving VO2max, he is likely mistaken. The real reason his MLSS might improve is because his glycolytic capacity is being suppressed—not because he is pushing his aerobic ceiling higher. Without separately measuring VO2max and VLamax, he remains completely in the dark about what is actually driving his improvements.
This leads to a major risk: If Athlete A wants to maintain anaerobic power (e.g., for sprinting, accelerations, or breakaways), this training is counterproductive. His sprint power will likely decline as his glycolytic system downregulates. If his goal is to improve MLSS while keeping sprint ability intact, this training is setting him on a path to failure—because it is fundamentally not achieving the adaptation he expects. Plus, as described above, his adaptations of the aerobic system – aka VO2max – are subpar.
For Athlete B, the FTP-based threshold training prescription appears to work much better from an aerobic standpoint. His 83% VO2max utilization ensures he is getting a much better VO2max adaptation, which will positively impact MLSS.
However, the problem lies in his 11% VLamax utilization. This is right on the edge of stimulating positive glycolytic adaptations. If the intensity is slightly too high, it risks increasing his VLamax, which could lead to greater lactate production at submaximal intensities— lowering his MLSS instead of improving it.
The solution for Athlete B is simple: reduce intensity slightly to stay below the threshold where glycolytic adaptation might occur. If his goal is to improve MLSS without increasing anaerobic capacity, he should lower the target wattage slightly to ensure he remains under 10% VLamax utilization. This would preserve the aerobic gains while avoiding unwanted glycolytic adaptation.
At first glance, the lactate concentrations of Athlete A (6.1 mmol/L) and Athlete B (7.1 mmol/L) seem quite similar. One might assume that because both athletes are at comparable lactate levels, they are experiencing similar metabolic stress.
However, this is not the case. The lactate concentration alone does not provide meaningful insight into whether the session is driving the desired adaptations.
Looking at how differently two athletes can respond to the same threshold training reveals the deeper issue with FTP-based zones. Although VO2max and VLamax are crucial considerations, the real problem is simpler: FTP itself isn’t an actual metabolic capacity—rather, it’s just an output an athlete can sustain for a set duration. Relying on a fixed percentage of FTP assumes that one number accurately reflects the right physiological stimulus for everyone.
Yet when training for threshold gains, we’re not really trying to boost FTP for its own sake. Instead, we aim to:
By prescribing all threshold work purely from FTP, we’re not targeting these deeper physiological levers. Two athletes with the same FTP can wind up with very different metabolic responses—some under-training, others overreaching—because FTP doesn’t directly show how they use oxygen or produce lactate.
Ultimately, that’s why FTP-based threshold zones often miss the mark and fail to deliver the desired adaptation.
This isn’t an isolated issue with threshold training—it’s part of a much broader pattern. We’ve already demonstrated how FTP-based training zones also fail in Zone 2, where using fixed percentages leads to missed adaptations or unintended outcomes. If you want to see how these flaws play out in other crucial intensity zones, be sure to check out – The Limitations of FTP-Based Zone 2 Training
Want a quick, clear explanation of why a training zone based on FTP can backfire for Zone 2? Watch our short video below.
If FTP doesn’t accurately anchor threshold intensity, where should you turn?
Rather than working off a single average power value, it makes more sense to pinpoint the specific metabolic demands of an athlete. In other words, look beyond FTP and consider how athlete’s VO2max (aerobic capacity) and VLamax (glycolytic power) actually interact at higher intensities.
Threshold Training → Prescribe Based on Glycolytic Power Control
By focusing on these core physiological markers, you can set training intensities that truly challenge and develop your athlete’s lactate steady state. Instead of extrapolating percentages from one number, you determine where an athlete’s aerobic system is driven strongly enough to improve but glycolytic contribution stays in check. This ensures that threshold training targets the right adaptations—raising MLSS in a way that matches the athlete’s unique physiology.
We’ve seen that a static percentage of FTP misses the mark for threshold training because it ignores the actual metabolic systems that truly drive performance. The logical step is to replace broad assumptions with physiological data.
But how can this actually be done in practice?
That’s where INSCYD can be transformative. It provides a 360° view of each athlete’s performance including aerobic power, glycolytic capacity, and lactate dynamics, among other metrics. Armed with this information, labs and coaches can set threshold intervals that precisely match the desired metabolic challenge, rather than relying on a single power figure.
In practice, you might discover that 85% of VO2max at a certain wattage is optimal for one athlete, while another needs to back off slightly to keep VLamax in check. Each training can then be calibrated to push MLSS higher without inadvertently shifting too much toward anaerobic development. The result? Threshold training that actually aligns with the athlete’s physiology—making every session count toward meaningful, long-term progress.
INSCYD equips you with a detailed metabolic profile—all from straightforward field tests using simple power-based (cycling) or GPS-based (running). You can also use field- or lab-based lactate testing to collect data if it’s available.
This eliminates the need for a full lab setup while still capturing data that goes far beyond a single power metric.
And get metrics such as:
… and many more metabolic insights.
These insights aren’t just analytical—they guide practical adjustments to training prescriptions. With INSCYD, you don’t have to rely on a blanket percentage of FTP. Instead, you can:
By replacing guesswork with measurable data, INSCYD solves the pitfalls of traditional “one-size-fits-all” zones. Athletes and coaches can be confident that every threshold interval is purpose-built for the individual’s physiology—maximizing gains while avoiding unintended setbacks.
For years, many athletes and coaches have clung to FTP-based zones, unaware that these standardized percentages overlook key aspects of physiology. INSCYD bridges that gap by mapping an athlete’s complete metabolic profile and letting you set training zones according to real physiological responses—resulting in more precise, individualized, and impactful workouts.
This marks the evolution of endurance training: leaving behind one-size-fits-all methods in favor of science-backed, data-driven optimization.
The choice is simple: Stay with vague FTP assumptions, or train with pinpoint accuracy using INSCYD.
Ready to begin? If you’re not yet using INSCYD, book a free demo to take the first step toward integrating physiology-based training into your performance testing and coaching.
And if you’re an athlete, find an INSCYD-certified coach or lab to get your Recovery Index.
Stop guessing training intensity. Start using real physiological data to individualize your athlete’s training and drive consistent progress.
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For nearly two decades, many endurance coaches have relied on Functional Threshold Power (FTP) as the main tool for setting training intensities and measuring progress. This approach, originally intended to approximate the maximal lactate steady state (anaerobic threshold), caught on largely because establishing FTP doesn’t require laboratory-based lactate or gas-exchange testing—just a straightforward field assessment.…
In this blog, Sport Scientist Dylan Lindsey shares how he coached Sarah Gigante towards the National TT Championships. He specifically dives into the benefits of using the Lactate: Recovery & Accumulation graph. Ready to learn how to become a national TT champion? Let’s start! Sarah Gigante: National TT Champion 2021 After a long hiatus from…
DATE: 16 October | 5:00 PM CEST VLamax: how to measure using submaximal efforts Explore a new method to measure VLamax using submaximal efforts. This approach offers an alternative to traditional sprint-based methods by addressing key challenges, making it practical and reliable for coaches and performance labs. arrow-icon-down Book a Free demo arrow-icon-down download whitepaper…
INSCYD users have a clear advantage over their opponents who still work with conventional performance diagnostics. To make the most out of this (metabolic) data, AZUM developed a platform that enables coaches to implement INSCYD data in everyday training. This makes impractical Excel tables or inaccurate training zones a thing of the past. Here are…
Iceland is often associated with geysers, volcanoes, cold water and a generally hostile landscape. Although it’s an island, you hardly think of Iceland as a swimming country or destination. But even this remote country, home to more than 300,000 inhabitants, has its own swimming federation – the Sundsamband Íslands, SSÍ. And its swimmers have already…
In endurance training and competition— efforts can oscillate between high-intensity surges and low-intensity steady paces—an athlete’s ability to recover is a defining factor of repeated, high-quality performance. Whether you coach elite cyclists seeking to outlast the peloton in repeated breakaways or you lead a running club preparing for intervals, an informed approach to recovery during…
Too many runners are underperforming because they don’t know what they are capable of. In this article, we boost your confidence, by showing you exactly how to find out what you’re already able to accomplish. More importantly: we discover precisely what you need to work on in training to increase performance even further. Let’s get…
It almost looks like a new running metric is introduced every day. This makes it easy to lose sight on the metrics that are important and fundamental. In this blog we don’t want to get lost in details like cadence, stride length and ground contact time. Instead, we are going to look at the big…
The last weeks prior to an important race event are crucial. Use the wrong training strategy, and all the hard work is lost. Manage your training the right way and you’ll boost your performance by a few percent. In this use case, Benjamin Tilus, National Champion Coach and Founder of XLR8 Performance Lab, shares how to…
In collaboration with renowned coach Frank Pike, we share why and how recreational athletes and age groupers benefit from using INSCYD. Spread the knowledge! Share this article with your fellow coaches and athletes. Click the share buttons below and inspire others on their journey to athletic excellence. Facebook Twitter LinkedIn Reddit Email The challenge of…
In this use case, coach and sport scientist Florian Heck shares how he and his runners benefit from combining INSCYD software with (STRYD) running power data. Trail runner Josef. Source: Sportograf Florian Heck, coach and managing director at KickAss Sports, shares his story about testing and coaching an experienced trail runner, using INSCYD and STRYD.…
Salenstein, Switzerland./ Colorado Sprints, USA January 12th, 2021. Two of the most innovative and best performing companies have joined forces. The coaching company Carmichael Training Systems (CTS) brings on board the analysis software and the unique training science tool INSCYD to support their performance diagnostic work. Carmichael Training Systems is the premier destination for world-class…
Peter Sagen in Gent-Wevelgem 2018 The spring Classics season is already finished, a moment that always leaves cycling fans with a bit of sadness in their hearts. But for INSCYD and team BORA – hansgrohe the first quarter of the year has been a blast. Watching Peter Sagan winning his first Paris-Roubaix wearing the World…
Chris Case and Trevor Connor of Fast Talk Laboratories performing an INSCYD test Salenstein, Switzerland / Boulder, Colorado, USA At INSCYD we celebrate all our new partnerships, and this is one we cannot keep to ourselves. We are happy to announce our new partnership with Fast Talk Laboratories! About Fast Talk and Fast Talk Laboratories…
If you’ve worked with endurance athletes or run tests in a performance lab, you’ve likely come across Lactate Threshold 1 (LT1). In this article, we’ll delve into LT1 by unpacking the most common misconceptions and pitfalls about it and how to avoid them. Plus, don’t miss the video where Sebastian Weber explains these common mistakes…
Ask Me Anything with Sebastian Weber: Live Q&A for Coaches & Labs arrow-icon-down Book Free demo arrow-icon-down download E-book About the Webinar: Eexclusive ‘Ask Me Anything’ session with Sebastian Weber, the founder of INSCYD and a world-renowned sports scientist. In this interactive session, Sebastian will answer any questions you have and provide valuable insights on…
In this webinar, we share which performance metrics make the difference in swimming, how you can measure those and how you put them into practice. Watch the webinar: Agenda timestamps: [01:29] Physiological testing in swimming: which metrics are of interest? [02:40] VO2max – Maximum aerobic performance. How to test VO2max without measuring it during the…
https://youtu.be/Tl8OCWf-3YI When Mika Luoto – coaching monitor of the Finnish Triathlon Association – heard about INSCYD years ago, he was very skeptical. Will it add value? Is their field test without any lactate or oxygen measurement reliable? In this interview he explains how comparing his own lab test results with INSCYD results convinced him to…
This article covers everything you need to know about the INSCYD testing protocols, test results, testing cost and many more. Let’s start by addressing a common misunderstanding. Image: INSCYD partner Triathlon Training Academy Before we can dive into the INSCYD test, we have to understand what INSCYD is. INSCYD is a software tool that allows…
As the INSCYD community grows, so does our team. We are happy to welcome track and field sprint expert, Brijesh Lawrence OLY. Introduction Brijesh Lawrence OLY Brijesh started running when he was 5, but noticed his Olympic potential when he studied at Doane University. He soon became a 100m & 200m specialist, winning a bronze…
Sebastian Weber reently gave 2-day workshop in Munich about Energy metabolism diagnostics – and how to apply it in training. In attendance were national ski coaches looking to expanding their knowledge. The event was organized by INSCYD partner, the German Ski Association. Do you want to have an inside look at what the national coaches…
As a sports performance coach, you’re well-versed in creating training plans and guiding your athletes to success. However, are you providing them with the metrics they truly crave? Our survey revealed that athletes are highly interested in 3 specific metrics, which most coaches often overlook. Here are these 3 metrics, along with tips on how…
Many labs and coaches use lactate threshold graphs to measure progress in their athletes. However, when analyzing a lactate threshold chart, it’s important to know exactly which factors cause a shift in the lactate curve. After reading this article, you will understand why a right shift in the lactate curve can be a bad thing.…
If you’re looking to run your best 5K race, National and State Champion coach Benjamin Tilus has a secret recipe for both beginners and professional runners. Follow these 3 steps to improve your performance and win your next race. Whether you’re a runner or a coach, this comprehensive guide to 5k race training is packed with valuable…
Profile-Based Training: Tailoring Strategy to Athlete Profiles for Peak Results Case Study with National Champions Discover how to use data-driven, profile-based training to achieve peak performance. In this exclusive webinar, Ben Tilus, National and State Champion coach, will share real case studies of three national champions, revealing how to tailor training strategies based on individual…
Join Sebastian Weber, Founder of INSCYD, and Reinout Van Schuylenbergh, an esteemed coach with over 30 years of experience in endurance sports, as they impart invaluable knowledge on leveraging state-of-the-art training methods to maximize your endurance training. Join us for a webinar where Sebastian Weber, who is the project leader of INSCYD will share insights…
Team Sportforum has one mission: to become the best amateur cycling team in Germany. Head of Performance, Luke Derksen, shares how they use INSCYD for talent identification, progress monitoring, predicting future performances and deciding on race strategies. Image: INSCYD Partner Team Sportforum About Team Sportforum Our mission is to become the best amateur cycling team in…
Webinar Uncommon Strategies to Improve Triathlon Performance Effective but uncommon strategies to increase triathlon performance. Learn how to increase your swimming economy, optimize your carbohydrate intake, improve your running economy and more. arrow-icon-down Book a Free demo About the Webinar: Maximizing triathlon performance often involves complex training schedules and high-volume sessions, which may not be…
Olympic mountain biking coach Filip François reveals his coaching structure, which leads to proven top performance and coaching business success. When I started my coaching business together with my wife (two times cross country Olympian) we wanted to give our athletes the best coaching possible. We chose to use INSCYD, because we already worked with it during the…
AI in sports has become a hot topic, with many coaches concerned about the impact of advanced technologies like ChatGPT on coaching. This article addresses these concerns and demonstrates how coaches can not only stay relevant but thrive in the age of AI. Discover 3 strategies for integrating ChatGPT and other AI tools into your…
Although running, cycling, triathlon – and the majority of other sports – are still performed outdoors, indoor training and (remote) indoor testing are both very popular. Even in the professional world, the digitalization of training software and performance analysis tools are common practice. But take two digital platforms (let’s say INSCYD and Zwift), blend them…
You’ve been told you need to train 15, 18 or even 20 hours a week to qualify for the Ironman World Championships. You’ve been told that you had to want it so badly that you had to devote your entire life to it – let alone your family and professional commitments. And although yes, the task is…
The German Swimming Federation (Deutscher Schwimm-Verband, DSV) and INSCYD have announced the extension of their successful partnership, a collaboration that has already led to groundbreaking results for German swimming on the world stage. By combining physiology-driven insights with tailored training protocols, INSCYD’s software has been instrumental in shaping the Federation’s athletes for top-tier performance—and the…
INSCYD’er and short distance runner Vanessa Scaunet during the European Championships Indoor, Torun 2021. More and more running coaches use INSCYD to create better training programs and race pacing for their athletes. This blog covers the story of Vanessa Scaunet, who was able to switch her running goal from a 2k cross country to an…
DATE: 29 January | 7:00 PM CESt Journey to Paralympic Gold: USA Triathlon Coach Parker Spencer’s Strategy arrow-icon-down SEE INSCYD IN ACTION arrow-icon-down Download Free Guide About the Webinar: Success at the highest level requires more than just hard work—it demands precision, data, and a strategic approach. In this exclusive webinar, Coach Parker Spencer and…
In this post you learn 5 actionable steps to create a nutrition plan for training and racing. In fact, this is the exact process that partners like Alpecin-Deceuninck Cycling Team and the Belgium Triathlon Federation use to create a fueling plan. So if you want to know what and how much you should eat during training and…
Sometimes you need that extra advantage to win against your competitors. Sometimes you want to teach your team the intricacy of human physiology. And sometimes you just want to develop your squad and bring the youngsters to an elite level. It doesn’t matter what your goal is: INSCYD will help you to achieve it. The…
Yes, power has advantages over speed and heart rate. But if you want to fully exploit its potential, you need to know how your running or cycling power is composed. How much power is coming from the aerobic vs the anaerobic energy system? And which fuel source contributes most to your power output? In this…
Lactate accumulation & recovery Accumulation of lactate is associated with fatigue and time to exhaustion during hard exercise. The time an athlete needs to recover from such an accumulation and the intensity he or she can handle during this are crucial for success in some sports like cycling and football. Furthermore knowledge about accumulation and…
This webinar is about Training Zones and the new INSCYD Training Zone Builder (part 1). Watch the webinar: Agenda timestamps: [02:55] What are training zones and what are they used for: benefits and downsides [11:10] Examples of training zones in different sports and countries [19:40] Translating training zones to real life training: the challenges with…
Sind Sie sich nicht sicher, welche Software Sie zur Leistungsdiagnostik in Ihrem Labor verwenden sollen? Werfen Sie einen Blick auf diesen Vergleich zwischen Mesics Winlactat (LC-Laktat) vs. INSCYD und entscheiden Sie, welches Tool am besten zu Ihrem Laktat- und/oder Spiroergometrie-Diagnostiklabor passt. Um Verwirrungen zu vermeiden: Mesics ist der Firmenname. Ihr Produkt heißt Winlactat. Bald wird…
The Belgian Triathlon Team Mixed Relay won the Olympic qualifier in Lisbon. As a result, they will compete in the Tokyo Olympics on July 31. What is their formula for success and how do they use INSCYD to create race winning training programs? Read it in this blog. ABOUT THE TRIATHLON MIXED TEAM RELAY Triathlon…
Lift heavy is the number one tip that all female athletes in perimenopause and beyond can take on to stay strong and play to their best. Eat more protein is another. But what about those endurance goals that we love training for? How do you balance “going long” with doing strength and intensity? How do…
Can you compare indoor lab tests with outdoor field test? The comprehensive results of a complete physiological assessment can help you to plan your training sessions and nutrition more effectively. It’s a necessity for elite runners and it’s even a good idea for recreational runners that are training for a specific time in an upcoming…
FatMax: definition, training (zone) and exercise test Whether you like cycling, running or any other endurance exercise: knowing your FatMax zone will enable you to train your fat oxidation and boost your endurance performance. This blog contains everything you need to know about FatMax. From theory to practical application. Let’s dive right into it! WHAT…
Peak and fade intervals are a key component in the training regimens of elite athletes. These Peak and Fade Intervals start at a very high intensity and gradually decrease, offering a unique approach to training. This article not only delves into the science behind Peak and Fade Intervals but also covers pre-loaded intervals, another effective…
In this webinar we show how to measure the energy cost at a given swimming speed, using simple testing in the pool. About the webinar The energy cost at a given speed is decisive for the race performance in swimming. The methods shown in this webinar are all based on peer reviewed scientific publications. We…
This webinar covers everything you need to know about swimming performance tests. From the test (protocol) itself, to the results and application. Alexander Törpel (Head of Diagnostics – German Swimming Federation) talks about the application of test results in training. You’ll get unique insights into the (longitudinal) development of performance metrics, of 2 Professional National…
Velocity is a new performance-driven indoor cycling app that is designed to make cyclists faster by customizing their training to their physiology. To accomplish this, Velocity will leverage INSCYD’s proprietary software and comprehensive experience with elite athletes to provide riders with their unique metabolic profile. Readers may think of Zwift when hearing “indoor cycling app”,…
Carbohydrate and fat combustion rates are among the most important features INSCYD can offer for runners, triathletes, and cyclists. Here’s why: While fat combustion rates are a valid marker to monitor training progress and set training intensity zones, carbohydrate combustion is crucial not only in training – but even more in a race. Carbohydrate storage…
You’ve done these lactate tests countless times. Your triathlete steps onto the treadmill or bike ergometer, and you guide them through a standardized incremental test. Blood lactate is taken at regular intervals, plotted meticulously, and out comes the familiar curve. Based on this, you make individual training recommendations—or compare results to previous tests to evaluate…
Power vs. Duration respectively Speed vs. Duration analysis has a long history in sport science.Power-Duration relationships have become very popular and also very useful in managing training & performance in endurance sports – particularly in cycling. It provides a relatively easy way to get an idea of the performance of an athlete. Watch the webinar:…
You invested many training hours and money in your next IRONMAN triathlon. You sacrificed social and family life. On race day, you hope all comes together. But how can you be sure? Read this article to prevent hitting the wall or underperform. Learn exactly when to accelerate, recover, eat and drink. Are you ready for…
Lactate threshold 1 (LT1) – also known as the aerobic threshold – is not to be confused with LT2 or anaerobic threshold, as LT1 occurs at a lower exercise intensity. LT1 may not get as much attention as LT2, but it’s still a popular ingredient of famous cycling, running, and triathlon training methods. This includes…
IMPLEMENT INSCYD IN YOUR COACHING OR LAB BUSINESS: BOOST PERFORMANCE & GROWTH Discover the strategic advantages of implementing INSCYD into your business. We will walk you through the step-by-step integration process, share real-life examples of successful implementations, and provide actionable insights to maximize the benefits for your business. arrow-icon-down Get Free Demo Boost Earnings &…
The way training zones are determined and used hasn’t changed for decades, as if nothing happened in sport science lately. It’s time to throw them out of the window and start creating training zones that actually matter. Let’s start right away. TRAINING ZONES MOST COACHES USE – AND WHY IT’S TIME FOR A CHANGE Currently,…
This webinar will teach you how to use a holistic approach, utilising biomechanics, aerodynamics, training and nutrition to tremendously increase the performance of a triathlete in no time. Learn how to use real world biomechanical analysis, nutrition strategies and efficient training programs to maximize value of your coaching and bike fitting service. High Performance Expert…
Here’s how lactate concentrations in training can help to control fat metabolism. We reveal the link between lactate and fat, talk about the lactate concentration at FatMax and explain why knowing an athlete’s lactate levels in training is crucial to control fat metabolism. BONUS: know your athlete’s lactate concentration without measuring it. The popularity of training at…
This case study is about a National Cross-Country (XC) Skier who is not able to keep up with his teammate during training and racing. Field observations and lactate measurements seem to indicate he needs to improve his aerobic energy system, but this turns out to be a false assumption. COMPARING 2 CROSS COUNTRY SKI ATHLETES:…
VO2max intervals are a type of HIIT training that specifically aim to improve aerobic power (VO2max). Although many workouts increase VO2max aerobic power, VO2max intervals are often considered to last about 5 minutes. But why? Here’s how to create individually tailored VO2max intervals that work best for you. Spread the knowledge! Share this article with…
Over the past two decades, Functional Threshold Power (FTP) has become the cornerstone for determining training intensities and tracking performance progression in cycling, triathlon and endurance sports. At its core, FTP is an attempt to approximate the physiological phenomena of the maximal lactate steady state, which is usually derived from a lactate profile test. The…
Lactate testing becomes increasingly interesting once you understand the full mechanism behind it. Fortunately, more and more coaches and athletes understand what lactate is NOT: a waste product. Now it’s time to make sure you fully understand what it is!
James (39) is self-employed, working long hours and having to fit training in around his demanding physical job. His results had plateaued and he was finding it difficult to structure his training and balance his work/life commitments. As a result, he was struggling to improve his performance enough to warrant the time and energy necessary…
In this blog, Certified Sports Nutritionist Coach Sofi Marin (INSCYD user since 2017) explains how she translates INSCYD data into specific nutrition advice. After all, who knows better how to use INSCYD than an INSCYD user? Translating INSCYD insights into specific nutrition advice With INSCYD, I have clear and specific data to support and justify…
Mountain biking is significantly different from road cycling – you can’t just use the same training prescription. Elite coach Janis Musins reveals how he transformed Martin Blums from a rank around 50 to an impressive 11th place on the World XC ranking, using INSCYD performance software. Spread the knowledge! Share this article with your fellow…
Christoph Strasser broke the world record for 24h non drafting by riding 1026 km. His INSCYD coach Markus Kinzlbauer shares what it takes to perform such an amazing effort. https://youtu.be/W4ZKmSDhRbA With 6 victories in the Race Across America and a world record in 24h indoor track cycling (941 km), Christoph Strasser was already considered the…
1) The metabolic origin of the anaerobic threshold. It is one of sports most used terms when it comes to endurance performance and the most important benchmark value. However, most people do not understand what it is and why it even exists. 2) Athlete performance profiling – beyond critical power testing. Critical power testing has…
Many performance labs and coaches determine the anaerobic threshold based on a lactate concentration of 4 mmol/l during an incremental test. This article answers whether that is a valid method of assessing the anaerobic- or lactate threshold. Share this insightful article with athletes, coaches, and sports enthusiasts who can benefit from a deeper understanding of lactate…
We are happy to announce that from now on, heart rate is integrated into our training zones. That means you can now describe a FatMax training zone – or any other training zone – based on heart rate. Image: INSCYD partner Triathlon Training Academy In the past, INSCYD training zones were described based on speed…
Leistungsdiagnostik 4.0 Wir wollen in allen Bereichen des Trainings auf dem neuesten Stand der Technik sein. Wenn es aber um die Ausdauerleistung geht arbeiten die meisten Trainer mit herkömmlichen Laktatstufentests. Einer mehr als 30 Jahre alten Methodik. Wie passt das zusammen? Dabei ist der Fortschritt längst in der Ausdauerdiagnostik angekommen. Leistungsdiagnostik findet heute da statt…
In the previous blog we talked about the importance of knowing fundamental running metrics like VO2max, VLamax, Fat combustion and Carbohydrate combustion. We saw how knowing those metrics makes you a faster runner instantaneously. In this blog we’ll show you how knowing your lactate accumulation and recovery will optimize interval training. How VO2max and VLamax…
For years, Functional Threshold Power (FTP) has served as the default method for setting training intensities in endurance sports. Appealing for its simplicity, FTP is derived from a relatively easy field test—bypassing complex lab procedures. Over time, widely adopted training frameworks tied specific “zones” to percentages of this single metric. One such framework defines Zone…
More and more people are waking up to a powerful truth: longevity isn’t just about living longer—it’s about living better. Staying active, sharp, and independent deep into old age has become a personal mission for millions. But slowing aging or wanting to age well is not the same as knowing how. And while fitness trackers,…
Olympian and former professional triathlete, Jean-Christophe Guinchard, shares his 35 years of experience in coaching. He is the co-founder of JC Sports Coaching and a member of Sansego Tri club, a group of high-level coaches working together to provide the best for athletes. Today, he coaches 42 athletes, including triathletes and trail runners, and is…
Improving running economy is probably the most efficient way to shave off minutes from your 10k or (half) marathon time. At the same time, it’s an overlooked metric that is often wrongly measured. That’s why it’s time for a change! This comprehensive guide covers everything you need to know about running economy (RE): from theory…
Aya Sinay has raced as a triathlete in IRONMAN Kona (Hawaii) twice and has been a successful triathlete coach for over 10 years. In this article, she shares 3 important tips that all triathlete coaches should read. Get ready to boost your athletes’ performance and your coaching business. Spread the knowledge! Share this article with…
You can have a VO2max well above 70ml/min/kg, but still perform below expectations. You could even find yourself having a low anaerobic threshold (or FTP) and a low FatMax. That is because a high VO2max alone is not good enough. Here’s an example of a professional cyclist. By Sebastian Weber Swedish cyclist Hannes Bergström Frisk…
In this partner webinar with Azum, Sebastian Weber talks about creating efficient and effective training plans. Theoretical basics are linked with application examples from practice. Agenda Differentiating primary and secondary goals Timing, timing, timing: how long, how often, how many repetitions? Periodization & Structure: introduction use of macro-nutrients to make informed decisions about training &…
Are you still using training zones based on a percentage of FTP, Anaerobic threshold or fixed lactate concentrations? Do you get the feeling that two athletes training in the same zone don’t show the same adaptation to the same training? If this sounds familiar then it is time for a change! https://youtu.be/hZELSARsJtA With INSCYD’s new…
In this webinar we are going to take a close look at using anaerobic threshold / FTP for prescribing training intensities. What might be the possible limitations and most common errors in using anaerobic threshold / FTP as the sole performance benchmark? Watch the webinar: Agenda: The physiological definition of anaerobic threshold Intensity in competition…
Are 40-20’s (40s ON 20s OFF) the best work to rest ratios in HIIT intervals? Or should you consider 30-30 Billat intervals? Both are common in endurance sports like cycling and running, and recent scientific literature shows why. Continue reading to learn more about work-to-rest ratios in HIIT training. Spread the knowledge! Share this article…
Want to race or run super long races, like the Race Across America, Cape Epic, Dirty Kanza or the Transcontinental? We’ve got you covered! As Certified Sports Nutritionist Coach Sofi Marin (INSCYD user since 2017) says: “During a 4-hour ride, you can underfuel and get away with it. However, during a 48-hour event, it’s essential…
INSCYD is known for its partnerships with national federations and professional teams. However, small-scale (one-man) coaching businesses and their amateur athletes can also significantly benefit from INSCYD. This article covers common reasons why (part-time) coaches are hesitant, but extremely successful once they start using INSCYD. Consider a typical athlete who trains slightly more than 5…
Salenstein, Switzerland / Leipzig, Germany. July 7th, 2022 INSCYD and CANYON//SRAM have signed a partnership agreement. INSCYD becomes the official performance software supplier of the women’s cycling team CANYON//SRAM. With fifteen riders from eleven different countries, CANYON//SRAM Racing is home to a diverse group of highly ambitious women. The team is currently racing the Giro…
How many times have you looked at your power meter or heart rate monitor and wondered if you were going too far above your threshold? Although it is reasonable not to kill yourself ‘just because’ when you’re out training and racing, you might be surprised by how little you actually know about one of the…
With an INSCYD performance projection, you can show your athletes exactly how much their FTP (or any other parameter) changes when they increase their VO2max (or any other parameter) by say 5%. In our experience, that is exactly what motivates athletes to stick to a training program and retest more frequently. The performance projection (dashed…
Exercise Physiologist Tero Joutsen, PhD, rideson the treadmill during a 30min constant load test – the gold standard for validation of the maximum lactate steady state (AKA anaerobic threshold / FTP) Advertising claims are often designed to make more out of products than they actually are. INSCYD’s Power-Performance Decoder (PPD) software doesn’t have a claim.…
Increasing VO2max can be easy at first, but becomes challenging when you already have a decent training history. In this article we talk about all the advanced methods that improve VO2max. From training to nutrition. We also cover how to overcome a plateau in VO2max and common mistakes to avoid when trying to increase VO2max.…
The Norwegian Training Method is gaining attention after the success of Gustav Iden and Kristian Blummenfelt in triathlon. In this blog post, you will learn how to apply the Norwegian Method in 3 simple steps to increase your triathlon performance. We will discuss the training philosophy, how to control intensity with lactate measurements, and the…
The highest VO2max ever recorded is by Junior World Champion Oskar Svendsen. He scored a whopping 96.7 ml/min/kg. Could he beat a multiple Tour de France winner? A recent scientific study by Dr Reinout Van Schuylenbergh answers this question, using the INSCYD software. The results will surprise you. If you are coaching or testing athletes,…
INSCYD College: Bridging the Gap Between Sports Science and Real-World Training https://inscyd.com/wp-content/uploads/2024/09/Vmake-AI-Thumbnail-6.mp4 The role of a coach has evolved, requiring a much wider skill set. Today’s coaches need to master communication, understand psychological aspects, develop tactics and pacing strategies, and even handle business development to market their services effectively. With so many areas of expertise…
Join us for an exclusive webinar where we’ll delve into the secrets behind Team Sportforum‘s success in the ‘Rad-Bundesliga’ opener in Schweigen. Guided by Luke Derksen, Head of Performance, we’ll discuss the strategies and methodologies employed to elevate the team to the status of the best amateur cycling team in Germany. Learn from their real-world experiences…
One-man coach Toll Tollmahawk more than doubled his athlete coaching and testing business in just 4 months. In this article he shares how he did this, via 3 actionable tips. Toll Tollmahawk My need to better understand it kick started my business Tollmahawk Plus. My goal is to enable all athletes – whether they are professionals, weekend…
How often should you do an exercise test? And maybe even more important: when should you do such a sports performance physiology test? Read it in this blog or click here to start listening to the podcast! In the Faster Podcast by FLO, Sebastian Weber talks about how often athletes should perform a metabolic test…
Zone 2 training is promoted as your go-to training intensity, whether you’re a professional athlete or simply looking for exercise health benefits. Zone 2 training gained popularity when the coach of Tour de France winner Tadej Pogačar revealed that his athlete spends 80% of the training days in zone 2. In this article we talk…
