Evidence based notes on endurance, strength and the science behind better training.
Everyone knows VO₂max. Almost nobody talks about the other engine: VLaMax, your glycolytic power. It helps set your threshold, your fuel use and your endurance, and the science around it is more interesting than the hype suggests.
Read article →You have done the training. The last two weeks decide whether it shows up. Here is what a taper actually does, the layout the science supports, and why the real answer is personal. For athletes and coaches.
Read article →Training load turns “how hard have I trained” into a number you can steer by. Here is what fitness, fatigue and form actually mean, how to read them, and where they mislead. For athletes and coaches.
Read article →Your road strength work still applies off-road, but the mountains add four demands the road never makes. Here's what changes, and how the emphasis shifts as you grow as an athlete.
Read article →You know your two lactate thresholds. Here is how to actually train them: how much easy, how much threshold work, when the grey zone has its place, and a real training week built from a lactate test.
Read article →Runners, cyclists and triathletes share the goal but not the gym plan. How strength work should differ by sport: plyometrics and single-leg for runners, heavier max-force for cyclists, durability for triathletes and how to periodise it across a season.
Read article →What blood lactate testing really measures, what LT1 and LT2 mean and how the Norwegian method shaped by Marius Bakken turned a lab test into a daily training tool.
Read article →Most endurance athletes need about two strength sessions a week. The evidence on why it works, how many sessions per training phase, and how to fit lifting around your endurance work.
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