Why “Pulling Harder” Is Making Your Row Slower
Gripping tighter and yanking the handle toward your chin feels like effort, but it shortens your stroke, burns your arms early, and steals power from the legs.
There’s a specific kind of effort that feels productive but isn’t: white knuckles on the handle, elbows flying early, hauling the grip up toward the chin at the finish. It looks like trying hard. On a monitor, it usually shows up as a worse split than a relaxed, sequenced stroke at the same heart rate.
The high pull problem
A common mistake is pulling the handle up toward the neck or under the chin in the belief that it creates a longer stroke. In reality this breaks efficiency: the ideal line is a straight, linear path between the hands and where the cable attaches to the machine, and pulling too high shortens that line, wastes energy, and adds unnecessary strain to the shoulders and arms. The athlete thinks they’re getting more out of the stroke. They’re getting less, with more effort.
The grip problem
Rowing isn’t fingertip control, but it’s also not a death grip — a tight grip creates tension that radiates up through the forearms, shoulders, and upper body. That tension doesn’t stay isolated. It recruits muscles that have no business doing rowing’s work, and it’s exhausting to sustain over any real distance. The fix is a loose, relaxed grip, so the arms and shoulders can stay calm while the legs do the heavy lifting.
Why this feels counterintuitive
Most strength training rewards maximal tension — grip the bar hard, brace, drive. Rowing inverts that instinct for the upper body specifically. The legs should be working close to maximally; the arms and grip should be doing comparatively little, almost coasting, until the very end of the drive. Athletes who come from a heavy lifting background often fight this the hardest, because “relax your arms” feels like the opposite of effort.
The split doesn’t care how hard a stroke feels. It only cares how much force gets applied, in the right sequence, without leaking energy into tension that isn’t moving the flywheel. Pulling harder with the wrong muscles is, mechanically, just a more exhausting way to go slower.