How Elite Rowers Train (20 Hours a Week for a 6-Minute Race)

A 2000m rowing race takes roughly six minutes. It looks, sounds and feels like an anaerobic event: crews finish grey, blood lactate can reach extraordinary levels, and the recovery is theatrical. So the obvious way to train for it would be short, brutal, and frequent.

Elite rowers do close to the opposite. They train 15 to 30 hours a week, sometimes two or three sessions a day, and spend the overwhelming majority of that time going easy enough to hold a conversation. Rowing is arguably the sport that has taken low-intensity training furthest, and the reason is worth understanding even if you never sit in a boat.

A six-minute race is mostly an aerobic race

The apparent contradiction dissolves once you look at where the energy comes from. Even over six minutes, the majority of the energy for a 2k is supplied aerobically. The figure most commonly cited is around 70 to 75 percent, and published estimates range from roughly 70 to 88 percent depending on the measurement method, so treat it as "mostly aerobic" rather than a precise constant.

That's the whole argument. If most of the energy is aerobic, then most of the training should build the aerobic system, however anaerobic the finish line feels. The physiologist Stephen Seiler, who rowed himself, put the logic plainly: the race is six or seven minutes and primarily aerobic, so what you need to build is the aerobic engine.

The anaerobic side is real, and rowers push it further than almost anyone. It just isn't the part that responds to being hammered every day.

The numbers behind "mostly easy"

This is not a vague claim, because rowing has unusually good published data on how elite crews actually distribute their intensity:

• A Norwegian Olympic champion sculler: about 81 percent of training in the lowest intensity zone.
• Nine New Zealand Olympic rowers: roughly 77 / 17 / 6 percent across low, moderate and high intensity.
• German national squad rowers in a controlled study: about 93 to 94 percent low intensity in both the pyramidal and polarized groups.

Two things stand out. First, whatever the exact split, low intensity dominates everywhere. Second, the shape of the remainder is genuinely contested: in that German study, the polarized approach was not statistically better than the pyramidal one. Anyone who tells you the science has settled which of those is correct is ahead of the evidence. What is not in dispute is the size of the easy base underneath both.

The volume, and where it goes

A senior international programme typically runs 15 to 30 hours a week across six or more days, often 700 to 900 hours a year, with sessions stacked two or three deep on the heaviest days. Documented squads have logged well over 100km a week on the water alone, plus ergometer work, cycling or running as low-impact volume, and weights.

Strength training is not an afterthought either. Because a large endurance load actively suppresses strength adaptation, elite programmes generally need two to four gym sessions a week to make progress at all, built around squats and Olympic-lift variants. One session a week is enough to be sore and not enough to get stronger.

The zones, and how they're set

Rowing has its own five-band vocabulary, running from UT2 at the easy end through UT1, AT and TR to AN at the top. If those letters are new to you, our UT2 explainer defines each band and the stroke rates that go with them.

The important part is where the boundaries come from. In a serious programme they aren't taken off a chart: they come from a step test, where the athlete rows progressively harder stages while blood lactate is sampled from the ear, and the individual's own lactate curve sets the band edges. The 2k ergometer test then sits alongside as the benchmark performance, and it remains the single most used test in the sport.

You can approximate the same structure from your maximum heart rate, which is what our rowing calculator does:

Treat the output the way a coach would treat a first draft: a sensible starting frame that a proper test would sharpen.

Rowers have the biggest engines in sport

If you want a sense of what all this volume builds, look at the physiology. Elite male rowers commonly sit around 60 to 75 ml/kg/min for relative VO2max, but the striking figure is the absolute one, frequently 6 to 7 litres of oxygen per minute, because these are very large athletes. In absolute terms that's about as high as human endurance physiology goes, and VO2max is also the strongest single predictor of 2k performance.

You can get a rough estimate of your own from a field test with our VO2max estimator, though for rowers the 2k erg remains the more meaningful yardstick.

What this means if you're on an erg at home

Most recreational rowers do the exact inverse of the elite pattern: a handful of sessions a week, nearly all of them at a moderate-to-hard effort that feels productive and builds very little. If you take one thing from a national squad's training plan, it should be the boredom.

• Row most of your metres easy. Conversational, low rate, UT2. It should feel like you're under-doing it.
• Set your bands from a test, not a guess. A recent 2k gives you pace anchors; heart-rate bands give you a cross-check.
• Don't sprint your way to a better 2k. The event is mostly aerobic. The aerobic work is what moves it.
• Lift twice a week or don't bother counting it. One token session won't overcome the endurance load.
• Use the erg for consistency, water for skill. The machine is a superb aerobic tool and an indifferent technique coach.

Where the sport is right now

The reigning Olympic single sculls champions from Paris 2024 are Oliver Zeidler and Karolien Florijn, and Great Britain won the men's eight. The 2026 World Rowing Championships are in Amsterdam from 24 to 30 August. Looking further ahead, LA 2028 adds beach sprint rowing as a new Olympic discipline, including rowing's first mixed Olympic event, which will pull a fast, tactical, much shorter format into a sport that has organised itself around 2000m for a century. The training that suits it will be interesting to watch.

More in this series: Eliud Kipchoge, Jakob Ingebrigtsen, Kilian Jornet, Marianne Vos, Demi Vollering, Tadej Pogačar and Jonas Vingegaard.

Sources

The intensity-distribution figures for the Norwegian, New Zealand and German elite rowers, and the finding that polarized was not superior to pyramidal, are from the controlled study and review published in Frontiers in Physiology. Training volumes, the energetic demands of elite rowing and VO2max values are from Frontiers in Physiology and British Rowing. Testing practice, including the prevalence of the 2k erg test and step-test protocols, is reviewed here. British Rowing's own six-part guide to designing an elite programme, including the strength-training guidance, is published on British Rowing Plus. Stephen Seiler's comments on the aerobic demands of the 2k are from this interview. Championship and Olympic programme details are from World Rowing and World Rowing. The aerobic share of a 2k is given as a range because published estimates genuinely differ by method.

Cover photo by Steve Elliott, CC BY-SA 2.0, via Wikimedia Commons.