Chest Supported Row Machine

Setting up the machine and pulling cleanly

The chest supported row machine works the moment you sit down correctly. The seat height and chest pad position decide whether the lift trains your lats, your mid back or your rear delts.

1. Seat height

Adjust the seat so the handles align with the lower chest or upper abdomen at the start position. Too high and you bias the rear delts. Too low and you bias the lower lats. Slightly below chest height is the standard hypertrophy position.

2. Chest pad

The pad should support the upper chest and sternum, not the abdomen. Belly support lets the trunk pivot during the rep. Sternal support pins the trunk down. Sit tall, hips back in the seat, feet flat on the platform or floor.

3. Grip selection

Most chest supported row machines offer two grips. Wider, pronated handles bias the upper back, rhomboids and rear delts. Narrower neutral handles bias the lats. If both are available, alternate them across sessions or within a week.

4. The pull

Set the shoulders back and down before the rep starts. Drive the elbows back toward the hips. Squeeze the shoulder blades together at the top for a one second pause. The handles should arrive close to the lower ribs or hip line, not the upper chest.

5. The descent

Lower the handles under control over two seconds. Allow the shoulder blades to protract slightly at full extension. This protraction at the bottom is the lengthened position the machine is designed to train. Do not skip it by stopping the descent short.

What the machine trains

The chest supported row machine trains horizontal pulling without the trunk stability cost of free weight rows. The muscles worked depend on which handle you use.

Lats and lower trapezius

Primary movers with neutral or narrower grip. The lats handle shoulder extension and the lower trapezius assists with scapular depression. This combination produces the muscle thickness behind the lats and below the shoulder blade that defines a developed back.

Rhomboids and middle trapezius

Primary movers with wider pronated grip. The scapular retractors do most of the work pulling the shoulder blades together. Wider grip versions of the chest supported row are some of the best rhomboid training in the gym.

Posterior deltoid

Rear delt involvement is significant especially with wider grips and higher elbow positions. For lifters chasing rear delt development the wide grip variant of this machine is more productive than most direct rear delt fly work.

Biceps, forearms and grip

The biceps and brachialis assist with elbow flexion. The forearm flexors hold the handles. Grip is rarely limiting on this machine because the handles are designed to be easy to hold and the load is contained within the machine path.

Five errors that limit machine row gains

The chest supported row machine prevents most of the bad form available on free rows. The errors that remain are about effort and execution rather than safety.

Sliding back and forth on the seat

Using trunk movement to assist the lift defeats the support. The chest stays pressed into the pad throughout every rep. If you find yourself shifting back on the seat the weight is too heavy. Drop the load and rebuild the pattern.

Short range of motion

Pulling only the back third of the rep and resetting before the arms fully extend wastes the machine. The full range is what produces the lengthened tension on the back muscles. Let the arms straighten completely at the bottom.

Using a death grip

Squeezing the handles like your life depends on it shifts work to the forearms and biceps. Hold the handles firmly but not maximally. The back should fail before the grip on this machine. If grip is limiting your rep count something is off.

Pulling to the chest

Pulling the handles to the upper chest forces high elbows and reduces lat involvement. The handles should arrive at the lower ribs or hip line. This keeps the elbows tucked at roughly 45 degrees and loads the lats through their longest range.

Stacking too many plates

Most lifters chase load on machine rows because the lift feels stable. Honest range of motion is more productive than heavy partial reps. NSCA Essentials recommends loading that allows full range under control as the priority over load alone.

Sets, reps and machine row programming

The chest supported row machine is high volume tolerant. Trunk stability is fixed, load steps are precise and recovery is fast. Programme it accordingly.

Hypertrophy: 8 to 15 reps

The productive range. 3 to 5 sets of 8 to 15 reps at 60 to 75 percent of working capacity. Stop 1 to 2 reps short of failure. Drop sets and rest pause sets are practical on this machine because the load returns to a tracked position on every rep.

Strength: 5 to 8 reps

Heavier machine rows build pulling strength that carries over to free rows. 3 to 4 sets of 5 to 8 reps at 75 to 85 percent of working capacity. Keep range of motion honest. Half rep heavy machine rows accomplish little.

High volume: 15 to 25 reps

High rep machine rows are excellent for back hypertrophy at lower joint stress. 2 to 3 sets at the end of a session. The constant trunk support means recovery is fast and the next session is not compromised.

Frequency

Machine rows can be trained 2 to 3 times per week. They recover quickly because the eccentric stress is moderate and the spinal load is zero. Pair them with heavier free rowing on different days for the best of both pulling patterns.

Progression

Increase reps before load. When you can complete the top of your prescribed rep range across all sets with one rep in reserve, increase load by one plate or by 5 percent. Machine row loading progresses faster than free weight row loading because the technique stays constant.

More on back training

For free weight alternatives, our Chest supported dumbbell rows page covers the bench based version. Plate loaded row machine is the heavier loadable cousin. And Low row machine covers seated alternatives that bias the lats more directly.