Why Rowing Technique Matters
The rowing machine is one of the most effective low-impact conditioning tools available. But most people use it poorly, wasting energy and putting unnecessary stress on the back.
The Common Mistake
Most beginners treat the rower like an arm exercise, yanking with the upper body and barely using legs. Proper rowing is the opposite: it's primarily a leg exercise with arms just finishing the pull.
The Rowing Stroke: 4 Phases
The Catch (Starting Position)
Position: Knees bent, shins vertical, arms straight, body hinged slightly forward from hips (not rounded), core engaged.
Key Points:
- Arms completely straight
- Back straight, slight forward lean
- Weight on balls of feet
- Ready to push explosively
The Drive (Power Phase)
Sequence: LEGS → BACK → ARMS (in that order)
How to execute:
- Drive through the feet powerfully, pushing the seat back
- Arms stay straight until legs are nearly extended
- Once legs extend, open the back (lean back slightly)
- Finally, pull arms to lower chest/upper abdomen
Common Error: Pulling arms too early, before legs finish. This wastes energy and reduces power.
The Finish (End Position)
Position: Legs straight, slight lean back (past vertical), handle at lower chest/upper abs, elbows behind body.
Key Points:
- Don't over-lean - about 10–15° past vertical
- Handle touches body (lower ribs area)
- Shoulders relaxed, not shrugged
- Core still engaged
The Recovery (Return)
Sequence: ARMS → BACK → LEGS (reverse of drive)
How to execute:
- Arms extend FIRST (push handle away)
- Body hinges forward at hips
- Once hands clear knees, bend knees and slide forward
- Recovery should be SLOWER than the drive (ratio 2:1)
The Recovery Ratio: If the drive takes 1 second, the recovery should take about 2 seconds. Do not rush the return to the catch.
Common Rowing Mistakes
Breaking Sequence
Error: Pulling arms before legs finish
Fix: Keep arms straight until legs are 80% extended
Shooting the Slide
Error: Legs extend but body doesn't follow
Fix: Connect legs and back - they move together
Over-Reaching
Error: Rounding lower back at catch
Fix: Maintain neutral spine, hinge at hips only
Over-Leaning
Error: Leaning way back at finish
Fix: Just 10–15° past vertical is enough
Rushing Recovery
Error: Slamming back to catch immediately
Fix: Controlled recovery, 2:1 ratio
Bending Knees Early
Error: Bending knees before arms clear them
Fix: Arms over knees before knees bend
Machine Settings & Metrics
Damper Setting
What the Damper Does
The damper (lever on the side) controls airflow - higher means more resistance per stroke, lower means less. It changes how each stroke feels, rather than simply making the workout harder or easier overall.
- Lower (3–4): Lighter feel, faster stroke rates, better for endurance
- Middle (4–6): Balanced, recommended for most
- Higher (6–8): Heavier feel, slower strokes, more strength-focused
Recommendation: Start at 4–5 and adjust based on feel.
Key Metrics
| Metric | What It Means | Target Range |
|---|---|---|
| Split (pace/500m) | Time to row 500 meters at current pace | Beginner: 2:15–2:30, Intermediate: 1:55–2:15 |
| Stroke Rate (SPM) | Strokes per minute | Steady: 18–24, Intervals: 24–32 |
| Watts | Power output | Higher = more power, compare to yourself |
| Distance | Meters rowed | Use for tracking workouts |
Sample Rowing Workouts
Beginner: 20-Min Steady
Pace: Easy conversational
Stroke Rate: 18–22 SPM
Focus: Technique over speed
Just row for 20 minutes at an easy pace.
Intermediate: 4×500m
Work: 500m hard effort
Rest: 2 min between intervals
Goal: Consistent splits across all 4
HIIT: Tabata Rows
Work: 20 seconds all-out
Rest: 10 seconds
Rounds: 8 (4 minutes total)
Short, intense, and very demanding. Best used sparingly.
Endurance: 5K Row
Distance: 5000 meters
Pace: Steady, sustainable
Time Goal: Varies widely - focus on maintaining consistent pace
Test of aerobic capacity and technique.
Sources & References
- Caldwell JS, McNair PJ, Williams M. (2003). "The Effects of Repetitive Motion on Lumbar Flexion and Erector Spinae Muscle Activity in Rowers." Clin Biomech, 18(8): 704-711. PubMed