Higher erg drag factor, more core strength and smart rigging: how to train specifically for the heavy coastal boat and for mixed crews.
Reader question: "I already train hard on the erg — isn't that enough for the coastal boat?" Almost, but not quite. Your coastal boat is significantly heavier than a racing single — a coxed four alone weighs at least 130 kilograms, before a single person even boards. That changes how efficiently your erg training transfers to the real coast.
The first lever: drag factor. Experienced coastal rowers deliberately set it on the erg roughly 30 points higher than for classic flat-water training — typically in the range of 140 to 150 for women and 160 to 170 for men. That simulates the higher resistance of the heavy, wide hull in the water more realistically than the standard setting most clubs train with.
The second lever: core and lat strength. Because the coastal boat has to move more mass and needs constant stabilizing in waves, your core needs more reserves than pure flat-water rowing demands. Classic erg training alone doesn't cover this extra stabilization work.
The third, often overlooked point concerns mixed crews — far more common in coastal rowing than on the track. A biomechanical study of a mixed double found: the male partner produced 42% more force and 48% more power, but only 1.7% more handle velocity — not enough to compensate for the difference in stroke length. The solution wasn't more power, but lighter rigging for the stronger partner, to improve synchronization.
Train Smart. Play Hard. — in a mixed boat that means: identical rigging for both isn't fair, it's just convenient.
Set your drag factor roughly 30 points above your usual flat-water value — as a rough guide, 140–150 for women and 160–170 for men. This isn't a trick for a harder workout, it's a more realistic simulation of heavy coastal boat resistance.
Add core stability and lat exercises to your erg program that specifically mirror the stabilization work needed in swell. Pure erg volume alone only partially builds this extra load capacity.
Elite coastal rowers train the buoy turn as a separate skill, not just incidentally at race pace. Schedule fixed blocks for it in your weekly plan, the same way you'd train starts or sprints separately.
If you sit in a mixed double, check together with your partner whether identical rigging actually gives the best synchronization. Research suggests: lighter gearing for the stronger person often improves synchrony more than pure strength adjustment.
As good as drag factor adjustment simulates it — real wave feel, hand height variation and buoy turn timing you only learn on the water. Plan erg sessions as a supplement to regular boat time, not a replacement.
Put higher-drag-factor and core-work blocks into phases without coastal access, such as winter. Once boat time is possible again, the focus shifts toward wave technique, buoy turns and, for mixed crews, joint rigging fine-tuning. That rough structure prevents you from serving only one of the two training modes all year round.
A higher drag factor means more load per stroke — increase it gradually to avoid overloading back and wrists. Build additional core work progressively instead of pressing it into the program at full volume all at once.
Measure your current drag factor at your next flat-water erg test and note it down. Then you know your personal starting point for the plus-30 adjustment — blanket values are only a guide, your own baseline counts more.
Because the heavy, wide coastal boat creates more water resistance than a light racing single. A drag factor roughly 30 points higher simulates that resistance more realistically than the standard setting most clubs use.
As a rough guide, around 140 to 150 for women and 160 to 170 for men — each roughly 30 points above the usual flat-water setting. Your personal baseline remains the best reference, though.
Force and power differences between partners barely balance out through handle velocity. Adjusted, often lighter rigging for the stronger person usually improves synchronization more than pure strength training.
No. Drag factor adjustment simulates resistance, but reading waves, hand height variation and buoy turn timing you only learn on real water. The erg remains a supplement, not a replacement.
Coastal Rowing: Getting Started and Overview