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Bent-Over Row
Positions & Range of Motion
- Start
- standing, feet hip-width with soft knees, hip-hinged to roughly 30-45° of trunk inclination with a neutral spine, arms hanging holding a barbell or dumbbells
- End
- load pulled toward the lower ribs/upper abdomen with elbows driven back toward the pockets and shoulder blades squeezed together, trunk angle unchanged
- Range of Motion
- elbow flexion with scapular retraction and shoulder extension — load travels from full hang to lower ribs while the hip-hinge position is held constant
How to Perform
Stand holding a barbell or dumbbells, hinge at the hips to roughly 30-45 degrees of trunk inclination with a neutral spine and soft knees, and let the arms hang. Pull the load toward the lower ribs/upper abdomen by driving the elbows back and squeezing the shoulder blades together, then lower under control to full elbow extension without losing the hinge position.
Opens a YouTube search for “Bent-Over Row”
Coaching Cues
- 1
Hinge at the hips and push your hips back until your torso is about 30-45 degrees over the floor, chest proud, spine long.
(setup) - 2
Imagine squeezing an orange between your shoulder blades as you pull the weight to your lower ribs.
(external-focus) - 3
Drive your elbows toward the back pockets rather than curling with the hands.
(external-focus) - 4
Keep the torso angle frozen — if you have to heave upright to finish the rep, the load is too heavy.
(fault-correction)
Evidence-Based Dosing & EMG Data
For strength: 2-4 sets of 6-12 repetitions, 2-3 sessions per week, consistent with general resistance-training guidelines (e.g., ACSM progression recommendations); progress load when all reps are completed with a stable trunk position.
Surface EMG comparisons of rowing variants (e.g., work from McGill's group comparing bent-over, inverted, and one-arm cable rows) show the bent-over row produces high activation of the latissimus dorsi, middle trapezius, and scapular retractors, together with substantial isometric thoracolumbar erector spinae activity and among the highest lumbar spine compressive loads of common rowing exercises because the trunk must be held cantilevered against the external load. Elbow flexor (biceps brachii/brachialis) activity is moderate and grip-dependent, and posterior deltoid contribution increases as the elbow path widens toward horizontal abduction. Chest-supported variants show similar upper-back activation with markedly lower spinal loading, which is the basis for using them as a regression.
Muscles Involved (20)
Primary Movers
Secondary Movers
Stabilizers
Lengthened / Stretched
Synergists & Assistors
Easier Variations ↓
Chest-Supported Dumbbell Row
Perform the row prone on an incline bench so the bench, not the spine and hips, resists the trunk moment — removes the hinge-endurance demand and lumbar load.
Single-Arm Dumbbell Row (Bench-Supported)
One knee and hand on a bench, row a dumbbell with the free arm; the tripod support reduces spinal loading and lets the lifter learn the pull pattern unilaterally.
Harder Variations ↑
Pendlay Row
Row a barbell from a dead stop on the floor each rep with a near-horizontal torso — increases range of motion, eliminates stretch-shortening assistance, and raises trunk-stability demand.
Heavy Barbell Row with Tempo Eccentric
Increase load toward 6RM range and add a 3-4 second controlled lowering phase to increase mechanical tension on the pulling musculature and hinge stabilizers.
Target Movements (4)
Why This Exercise Matters
Everyday activities this exercise helps you do — essential means it directly trains the capacity the task needs:
Goals This Helps With
Rehab, performance, prevention, and mobility goals this exercise supports — essential means it's a cornerstone:
Research Notes
claude-researched 2026-07; muscle/movement links validated against the roster. Adversarial clinical verification pending — do not promote past needs_review without human review.