There is no shortage of advice on the internet about rowing faster. Most of it falls into one of two categories: generic motivational exhortations ("pull harder") or credential-heavy content that names a lot of principles but provides no specific workouts, drills, or protocols. Neither is particularly useful to a high school rower sitting in front of a Concept2 wondering how to drop their split.
Speed on the erg and speed in the boat come from the same three sources: technique (how efficiently you convert effort into motion), fitness (how much effort your body can produce and sustain), and execution (how well you deploy your fitness over a given distance). Improving any one of these makes you faster. Improving all three makes you substantially faster. What follows is an honest accounting of what works, organized by what produces the largest gains first.
What makes a rower faster — technique, fitness, or both?
Both, but their relative importance shifts with experience. For athletes in their first two years of rowing, technique improvements produce the largest speed gains. Fixing stroke sequence, improving connection at the catch, and eliminating wasted motion can drop split times by 3–5 seconds per 500 meters without any change in aerobic fitness. This is sometimes called "free speed" — efficiency gains that make you faster without requiring more effort.
For experienced athletes with three or more years of structured training, the technique gains become smaller and fitness becomes the primary limiter. Aerobic capacity, sustainable power output, and the ability to execute a race plan under fatigue — these are the variables that separate a 7:00 2K from a 6:40. If you're wondering what kind of improvement is realistic for your experience level, the timeline depends almost entirely on where you start.
One tool that helps at every level: the force curve on the erg monitor. The Concept2 Performance Monitor displays the shape of your power application through each stroke. A clean, early-peak curve — where force rises quickly as the legs engage and tapers smoothly through the back and arms — indicates efficient power transfer. A ragged or double-peaked curve suggests sequencing problems. Two athletes producing the same average wattage can row at meaningfully different speeds if one has a more efficient force application. Biomechanics researcher Valery Kleshnev has documented this extensively: it is not just how much force you produce, but when and how you apply it.
What are the most effective technique changes for speed?
In order of typical impact, the technique changes that most reliably improve split times are:
Earlier connection at the catch. This means applying force the instant the blade enters the water (or the instant the handle changes direction on the erg). Most rowers lose the first 5–10 centimeters of the drive to a soft catch — the legs push but the handle doesn't move because the connection through the core isn't established. The drill: pause at the catch for two seconds, then initiate the drive with an emphasis on feeling the load transfer from feet to handle immediately. The self-coaching cue: "I should feel pressure on the handle before my seat starts to move."
Correct drive sequence. Legs first, then back opens, then arms draw through. When the arms pull early — the most common mistake in rowing — the athlete bypasses the legs, which produce 60–70% of total rowing power. The drill: legs-only rowing for 20 strokes (arms extended, drive with legs only), then add back swing for 20, then add arms for 20. Repeat until the sequence feels automatic. The cue: "My arms are ropes. They hang. They don't pull."
Patient recovery. The recovery (the part of the stroke where you move forward toward the catch) should take roughly twice as long as the drive. Rushing forward wastes energy, disrupts balance in a boat, and produces a tense, unstable arrival at the catch. The drill: ratio rowing — row at rate 16–18 with an exaggerated slow recovery. Count "one" on the drive and "two-three" on the recovery. The cue: "Speed on the drive. Patience on the way forward."
Consistent blade depth. On the water, a blade that digs too deep wastes energy on extraction; one that washes out loses grip. On the erg, this manifests as an inconsistent force curve. The drill: square-blade rowing at rate 16 (no feathering), which forces precise blade height control. The cue: "Clean entry. Clean exit. No splash." Athletes training in small boats — singles and pairs — develop blade awareness faster than those who train exclusively in eights, because the single scull provides immediate, unfiltered feedback on every stroke.
Stable posture through the drive. When the lower back rounds at the catch, power leaks through the core instead of transferring to the handle. This is also the primary mechanism for rowing-related back injuries. The drill: bodyweight Romanian deadlift holds, practicing a flat back with hips hinging. On the erg: rowing at rate 16 with exaggerated tall posture. The cue: "Sternum up at the catch. I should feel my hamstrings, not my lower back."
The common thread across all five: noticing the difference between a good stroke and a mediocre one, in real time, on every stroke. That awareness — not strength, not talent — is what separates athletes who improve quickly from those who don't. It's the practical core of self-coaching: paying attention to what you're doing while you're doing it, and adjusting based on what you notice.
What rowing workouts build speed on the erg?
Speed on the erg comes from two physiological systems: aerobic capacity (the engine) and neuromuscular power (the transmission). Training both requires different workout types at different intensities. The percentages below reflect what the research on polarized training — associated most prominently with physiologist Stephen Seiler — has consistently demonstrated about how endurance athletes build fitness. For a complete framework on how to structure these sessions across a summer, see our summer training guide for high school rowers.
Aerobic base (60–70% of training volume): 45–90 minutes of steady state at rate 18–22, targeting a heart rate of 130–155 bpm or a pace roughly 15–20 splits above your current 2K. This feels easy, and it should. It is the volume that makes everything else possible. Athletes who skip steady state in favor of more intervals are building a house without a foundation.
Threshold intervals (15–20% of volume): 4–6 repetitions of 8 minutes at 2K+5–7 splits, with 2 minutes rest. Or 3 repetitions of 12 minutes at 2K+8, with 3 minutes rest. These sessions teach the body to sustain speed by working at the boundary between aerobic and anaerobic metabolism. They should feel hard but controlled — you could talk in short sentences, but you wouldn't want to.
High-intensity intervals (10–15% of volume): 8 repetitions of 500 meters at 2K pace, with 2 minutes rest. Or 4 repetitions of 1,000 meters at 2K+2 splits, with 3 minutes rest. These sessions build the race-specific fitness that allows you to hold pace when it hurts. They should not be done more than once or twice per week, and never on consecutive days. For how to deploy this fitness in an actual 2K test, see our pacing and race execution guide.
Power development (supplementary): 10 repetitions of 10 strokes at maximum effort from a standing start, with 1 minute rest. Or 6 repetitions of 1 minute at rate 24, maximum watts, with 2 minutes rest. These sessions develop the neuromuscular power that gives your sprint its teeth.
The percentages matter. Athletes who do interval training every session don't get faster — they get tired, then injured. The aerobic base is what allows the high-intensity work to produce adaptation. If you take one principle from this article, make it this: more steady state, less race pace, more patience.
How does stroke rate affect rowing speed?
Stroke rate and split time are not linearly related. Most athletes can row a faster split at a higher stroke rate — but only to a point. Beyond that point, the stroke gets shorter, less powerful, and less efficient. The goal is not maximum stroke rate; it is the rate at which you produce the most useful power per stroke while sustaining the rate for the distance required.
General guidelines for junior rowers: for steady-state training, rate 18–22. For threshold work, rate 22–26. For a 2K erg test, most athletes perform best at 30–34. For a sprint (the last 250 meters of a race), rate 36–40. The key insight: an athlete who can hold a fast split at a lower stroke rate has more margin for the sprint. If you can hold a 1:45 at rate 30, you can raise your rate to 34 or 36 in the last 500 and gain speed. If you need rate 34 just to hold 1:45, you have nowhere to go.
This is why rate-capped training — rowing pieces where you are not allowed to exceed a certain stroke rate — is one of the most effective speed-building tools. It forces the athlete to produce more power per stroke rather than compensating with rate. Rate 24 at your target 2K split is a common benchmark: if you can hold your goal pace at rate 24, you are strong enough to race it at rate 32.
What role does the erg damper setting play in rowing speed?
The damper setting on a Concept2 does not make you faster or slower — it changes how the erg feels. A higher damper setting (7–10) feels heavier and simulates rowing in a heavy boat or headwind. A lower setting (3–5) feels lighter and simulates a faster, lighter boat. Most competitive rowers train and test at damper settings between 3 and 5.
The common misconception: many new rowers set the damper to 10, thinking higher resistance equals a harder workout equals better training. This is wrong. A high damper setting slows the flywheel between strokes, which creates a dead feeling on the recovery and encourages poor stroke rhythm — specifically, it punishes a quick catch because the flywheel has lost so much momentum. For consistent training, the drag factor number (displayed in the Performance Monitor's utilities menu) is more reliable than the damper position. Most competitive rowers target a drag factor of 115–130, which typically corresponds to damper 3–5 on a well-maintained machine.
How long does it take to get faster at rowing?
The timeline depends on where you start. Newer rowers in their first two years can see significant improvement — 5–15 seconds on a 2K — within four to eight weeks of structured training. This is because the gains come from two sources simultaneously: technique improvements and physiological adaptation to a new stimulus. Both happen quickly when the body and the movement pattern are unfamiliar.
For experienced rowers with three or more years of structured training, improvement slows. Rowing Stronger reports 8–10% power improvement per training cycle (six to eight weeks) for newer rowers, but only 1–3% for experienced athletes. A study by Misfit Athletics found that CrossFit athletes — high general fitness, little rowing-specific training — improved an average of 13.3 seconds on their 2K in just 10 days of rowing-focused work. That improvement reflects the technique learning curve, not a training breakthrough. For the full data picture on realistic improvement rates by experience level, including what causes plateaus and how to break through them, we've compiled data from five different sources into one reference.
The practical implication: anyone who guarantees a specific time drop without knowing your starting point is not being honest about how improvement works. A first-year rower will naturally drop 15–20 seconds in a few months regardless of coaching methodology — that's the learning curve, not magic. An experienced rower fighting for 3 seconds needs a very different approach: meticulous technique work, periodized training, and the patience to build fitness over months, not weeks.
Athletes who track their training — logging every session, noting how it felt alongside what the numbers said — improve faster because they can see what works and what doesn't. The erg provides perfect data on every stroke. The question is whether the athlete has the habit of using it. That habit — recording, reflecting, adjusting — is the practical core of learning to coach yourself. It costs nothing, requires no special equipment beyond the erg monitor and a notebook, and compounds over time in ways that no single workout can match.
