Ask any of your athletes which is the easiest HYROX station and they'll say the rower. And if you ask about the SkiErg, they'll say it's "the warm-up." They're sitting down, they're holding onto something, there's no weight to push: it looks like rest.
It isn't. The SkiErg opens the race and the rower comes in the middle, and both are machines that give back exactly what you put into them. An athlete with poor technique doesn't lose thirty seconds on the monitor: they lose three minutes spread across the runs that follow, because they came off the machine with their heart rate where it shouldn't be and their legs loaded from work that was never the legs' job.
It's the most expensive and least visible mistake in HYROX, because it doesn't show up in the station split. It shows up in the next kilometer.
Why the machines aren't rest
You can rank the eight stations by what they cost the athlete after finishing them. The sled costs legs. Wall balls cost legs and shoulders. The SkiErg and the rower, done well, cost almost nothing but upper body and some cardio: they're the only two stations that let the athlete reach the next run with relatively fresh legs.
That's the point. They're not rest: they're opportunity. And that opportunity gets wasted for two reasons, always the same ones.
- Backwards technique. The athlete who rows with arms and back, or who pulls the SkiErg with only the shoulders, turns an efficiency station into a local-fatigue station. They post the same time, but at a much higher cost to the system.
- Station pace instead of race pace. The athlete who remembers their best 1000-meter row and tries to replicate it at minute 30 of a race. They gain fifteen seconds on the monitor and pay it back, multiplied, over the next three runs.
The SkiErg and the rower aren't won: they're managed. The right question isn't how fast your athlete does the 1000 meters, but what state they come off the machine in and what pace they can start running at ten seconds later.
SkiErg: the station that defines the whole race
The SkiErg is station 1, and that changes everything. The athlete gets there fresh, with start-line adrenaline and a heart rate already up from the first kilometer. It's exactly the moment an athlete wrecks their race without realizing it.
The three technique mistakes you see the most
- Pulling only with the arms. The SkiErg is a hip movement: the athlete rises tall, catches high with long arms, and drives the hips back while the torso follows. If the elbows do all the work, the lats and triceps are fried within the first 300 meters and the rest is pure willpower.
- Excessive range at the bottom. Pulling the hands down to the knees feels powerful and is pure wasted time. The final part of the pull adds very little force to the flywheel and lengthens every cycle. Finishing at hip height is faster and cheaper.
- Not using body weight. The root mistake. The force that drives the SkiErg comes from falling onto the handles, not pulling them. An athlete who learns to drop and brake with the core brings down their 100-meter split without adding a single heartbeat.
What to fix first
If you only get to give one correction, make it the catch height: arms fully extended, handles above the head, shoulders active. Almost every error at the bottom of the pull fixes itself once the athlete catches high.
And one pacing cue: the first 200 meters of the SkiErg are done slower than the athlete wants. They're coming off a kilometer of running with their heart rate spiked; if they attack the machine, they start the second run already in the red and never recover for the rest of the race.
Rowing: the station in the middle
The rower shows up after the sled pull, with the forearms already battered, halfway through the race. It's an odd moment: the athlete is tired but still has plenty of race ahead, and the temptation to "make the most of sitting down" to recover is huge.
The sequence almost nobody follows
Rowing has an order, and that order is 80% of performance: legs, torso, arms on the drive, and arms, torso, legs on the recovery. It's simple to say and hard to hold under fatigue, which is exactly when it matters.
- Simultaneous pull: the classic mistake. The athlete drives the legs and pulls with the arms at the same time, and the two forces fight each other. The result is a short stroke, poor pace, and a lower back that complains at the next kilometer.
- Rushed recovery: the recovery should take almost twice as long as the drive. The athlete who comes back fast rows at a 1:1 ratio, pushes the rate up to 34 or 36 strokes per minute and burns oxygen without gaining distance.
- High damper. Many athletes set the damper to 8 or 10 because "it feels stronger." At that setting the rower becomes a leg-strength station right before running. A setting of 4 to 6 pays off more and costs less.
Stroke rate and race pace
In competition, a range of 24 to 28 strokes per minute works for most amateur athletes. Lower rate with a longer stroke is almost always the right answer: it covers the same distance at lower cardiovascular cost.
And the target pace is worked out the opposite way from how the athlete would do it on their own. It's not "my best 1000 meters minus a bit." It's: the fastest pace they can use and still come off the machine and run the next kilometer at their planned pace. That number is found in training, not in competition.
The test that gives you the real number
The only data point that matters is the one that measures what the machine costs the runs. You get it with a thirty-minute test you can fit into any week of the block.
- 1000 meters of running at your athlete's target competition pace. Record the time.
- 1000 meters of rowing at the pace they believe is their race pace. Record the average per 500 meters and the stroke rate.
- 1000 meters of running again, at the same target pace. No rest in between: ten seconds, just the time it takes to stand up.
The difference between the first and third kilometer is your diagnosis:
- Under 10 seconds: the rower isn't costing them anything. They can afford to go faster on the machine.
- Between 10 and 25 seconds: a reasonable range. The rowing pace is well chosen.
- Over 25 seconds: they're paying for the station with the runs. Either the pace is too aggressive, or the technique is shifting the work onto the legs. Almost always it's both.
Repeat the same test with the SkiErg as the middle station. You'll find athletes who perform perfectly on one and fall apart on the other, and that asymmetry is information no generic plan will ever give them.
How to fit it into the week
The machines lend themselves to a type of work most coaches don't take advantage of: quality aerobic volume with no impact. For an athlete who's already running three or four times a week, that's worth its weight in gold.
- A weekly technical block, done fresh. Ten minutes at the start of a session, focused on a single element (the rowing sequence, the SkiErg catch). Under fatigue you don't fix technique, you reinforce the bad one.
- Intervals with transition. The format that transfers best: 500 meters on the machine + 400 meters running, four to six rounds. It's not about going fast, it's about teaching the body to switch patterns without collapsing.
- Aerobic replacement work. When an athlete comes in with heavy legs or some aches and pains, a 30 to 40-minute machine session at conversational pace keeps the engine ticking without adding impact. It's the most underrated tool in hybrid training.
- Specific work in the final weeks. Exact competition distance, at target pace, always preceded and followed by running. Never isolated.
Two weekly exposures are enough. A third rarely adds anything and takes time away from the stations that actually limit most athletes, like the sled and the wall balls.
What to tell them on race day
- SkiErg: the first 200 meters, five seconds per 100 slower than their body wants. High catch, finish at the hip, breathe with the rhythm of the pull.
- Rowing: damper between 4 and 6, stable rate between 24 and 28, and a single mental cue for when fatigue shows up: slow recovery. It's the first thing to go and the costliest to lose.
- The last 100 meters of both: don't speed up. That final sprint gains three seconds on the monitor and wrecks the first 200 meters of the next run, which are worth three times as much.
Why this sets you apart as a coach
The SkiErg and the rower are the perfect place to show your judgment, because they're the stations where the athlete has the least intuition of their own. With the sled, everyone understands you have to push harder. With the machines, the athlete's instinct is usually exactly backwards: they think they have to push harder when what they need is to manage their effort.
- The result shows up fast. A technique correction and a pacing rule can cut an amateur athlete's total time by one or two minutes in a few weeks, without their fitness having improved at all.
- It's measurable with no extra equipment. The machine's monitor already gives you everything: pace, rate, distance. You just have to log it and compare it.
- It's an honest sales argument. "Your problem isn't that you don't run enough: it's that you're paying for the rower with your last three kilometers" is the kind of sentence that turns a consultation into a twelve-week block.
To back that up, you need your history organized. In ATHRIX you can set up the three-part test as a workout with its blocks, keep the times for each kilometer and the machine pace on record, and watch that gap evolve over the course of the block. When you show the athlete their drop-off went from 28 to 11 seconds, the conversation about renewing the plan takes care of itself.
Conclusion
The SkiErg and the rower aren't won with power: they're won with efficiency and a deliberately chosen pace. They're the two stations where an athlete can reach the next run with their legs intact, and also where they can throw away the race without even realizing it.
Measure the drop-off between your athlete's first and third kilometer, fix the SkiErg catch and the rowing sequence, add two sessions a week with a transition to running, and measure again. It's half an hour of your time. In return, your athlete stops believing they were resting.