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Cable High Row

A seated pull from a high cable to the upper chest or face, with the elbows travelling high. Upper back and rear delts more than lats.

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At a glance

Primary target
Back, Shoulders
Also works
Traps, Biceps, Forearms
Movement type
Compound
Equipment
Cables
Role
Accessory lift
Tracks
Reps and Weight

How to perform it

Set a cable above shoulder height and pull the handle towards your upper chest or face with the elbows travelling high and wide.

  1. Set a pulley slightly above shoulder height and attach a rope or bar.
  2. Sit or kneel facing the machine with the feet braced.
  3. Take the handle in both hands with the arms extended forward.
  4. Sit tall with the chest up and the abs braced.
  5. Let the shoulder blades protract at the front of the movement.
  6. Pull with the elbows high and wide, not tucked.
  7. Draw the handle towards your collarbones or face.
  8. Finish with the shoulder blades drawn together.
  9. Hold the contracted position for a beat.
  10. Return over two to three seconds to a full reach.

Key cues

  • Set the pulley slightly above shoulder height
  • Keep the elbows high through the whole pull
  • Pull towards the collarbones or the face
  • Let the shoulder blades travel forward at the front

Common mistakes

Dropping the elbows

Low elbows turn this into an ordinary row. The high elbow path is the whole reason to do it.

Going too heavy

The rear delts and mid back are small and the leverage is poor. Heavy loads recruit the torso instead.

Leaning back to finish

Rocking backwards moves the weight without moving the shoulder blades. Keep the torso still.

Shrugging the shoulders

If the shoulders rise towards the ears, the upper traps have taken over from the mid back.

Cutting the reach

Not letting the arms extend fully removes the protracted position where the rhomboids are loaded most.

How Pocket Fit programmes it

These are the actual sets, reps and rest the app prescribes for this lift, resolved from your goal, your experience level and whether the exercise is a primary or accessory movement. Once the program exists, the weight is progressed by a written rule rather than a guess: reps go up first, and the load only moves off a confirmed plateau. Where this lift sits in your week depends on which split you train.

GoalSetsRepsRest
Gain Muscle3 depending on experience12-1560s
Gain Strength3 depending on experience8-1290s
Lose Fat3 depending on experience15-2045s

Where it appears in your week

  • Push/Pull/Legs: Pull day, after the heavy rowing and pulling.
  • Upper Duo: Shoulders and Back day, late in the session.
  • Bro Split: back or shoulder day, as accessory work.
  • Upper/Lower plus Full Body: upper session, after the main pulls.
  • Full Body: a fast finisher when the cable station is free.
  • Bodyweight PPL: replaced by band pull-aparts or inverted rows with high elbows.

Variations and swaps

Face pull

The same high elbow pull taken to the face with an external rotation at the end.

Cable low row

A low pull line to the abdomen, which shifts the work towards the lats.

Wide grip seated row

A bar version of the same high elbow pull, easier to load heavily.

Rear delt fly

An isolation movement for the posterior deltoid with no elbow flexion.

Chest supported high row

A pad against the torso, which removes any use of body english.

Band pull-apart

A minimal equipment version, useful as a warm up or a filler set.

What the cable high row actually trains

A cable high row is a horizontal pull performed from a pulley set above shoulder height, drawing the handle towards your upper chest or face with the elbows travelling high and wide.

The rhomboids, the middle trapezius and the posterior deltoid do most of the work, with the latissimus dorsi contributing less than it would on a lower pull and the biceps and forearms flexing the elbow throughout. The infraspinatus and teres minor are involved if you rotate at the finish.

The pull height is the whole exercise. Kara and colleagues measured trapezius activation ratios across scapular retraction exercises and found the balance between upper, middle and lower fibres varies with the movement, which is the mechanical basis for treating a high pull differently from a low one.

When the elbows stay high, the upper arm is abducted away from the body and the movement becomes horizontal shoulder extension rather than shoulder adduction. That biases the rhomboids, the middle trapezius and the rear delts. When the elbows tuck down towards the ribs, the lat becomes the dominant mover. Same machine, same handle, different exercise, and the only thing you changed was elbow height.

It is worth being clear about the size of this difference. Lehman and colleagues measured muscle activation across latissimus dorsi exercises and found variations produce far smaller effects than the training culture claims. Elbow path genuinely does shift emphasis, but nobody is discovering new muscles by changing pull height. You are moving a dial, not switching a circuit.

The other thing worth saying is that this movement, along with face pulls and band work, is routinely sold as posture correction. It is not. It is upper back and rear delt training, which is worth doing on its own terms. Whether it changes how you stand is a separate and much weaker claim.

Setting up and executing

Set a pulley slightly above shoulder height and attach a rope or a straight bar.

Sit or kneel facing the machine with the feet braced, and take the handle with the arms extended forward.

Sit tall with the chest up and the abs braced. Let the shoulder blades travel forward at the front of the movement, so the mid back reaches a genuine stretch.

Pull with the elbows high and wide, drawing the handle towards your collarbones or face. The elbows should finish roughly level with your shoulders.

Hold the contracted position for a beat with the shoulder blades drawn together, then return over two to three seconds to a full reach.

The mistakes that cost you the most

Dropping the elbows is the fault that quietly deletes the exercise. As soon as the elbows tuck towards the ribs, you are doing a slightly awkward standard row. Every rep should look like the elbows are being pulled backwards at shoulder height by a wire.

Going too heavy is the second and it produces the first. The rhomboids and the posterior deltoid are small muscles working at poor leverage, so the honest weight is much lighter than what you row with. When the load exceeds what they can move, the elbows drop, the torso rocks and the traps take over.

Leaning back to finish moves the stack without moving the shoulder blades. Fenwick and colleagues compared rowing variations and found trunk involvement varies enormously with technique and setup, which is why a still torso is the difference between training the mid back and training your hips.

Shrugging at the top means the upper trapezius has taken the work.

And cutting the reach removes the protracted position at the front, which is where the rhomboids are lengthened and loaded best.

Sets, reps and rest by goal

Higher reps, lighter loads, short rest. This is accessory work and behaves like it.

For muscle gain, three sets of twelve to fifteen with a minute. For strength, three sets of eight to twelve with ninety seconds, though nobody needs to be strong at this specifically. In a fat loss phase, three sets of fifteen to twenty with forty five seconds.

Pause at the contracted position for a beat on every rep. The mid back is easy to skip past with momentum, and a deliberate hold is the simplest way to stop that.

Vigotsky and colleagues cautioned against reading electromyography amplitude as a direct proxy for growth, which is worth remembering when a variation is recommended purely on activation figures. Judge the exercise by whether you can load it, control it and progress it.

Schoenfeld and colleagues found a dose response between weekly hard sets and hypertrophy, and the rear delts and mid back are areas most people under train relative to the front of the body.

Refalo and colleagues found stopping a rep or two short of failure produces comparable growth, though on a movement this light, taking the last set to failure costs nothing.

Where it fits in your split

Late in a pulling or shoulder session, after the heavy work.

On push, pull and legs it sits at the end of pull day. On a bro split it fits on back or shoulder day. On an upper and lower split it comes after the main pulls in the upper session. On a full body programme it is a fast finisher when a cable station is free.

Doing it early is a mistake, not because it is dangerous but because it is a waste of your freshest sets. Heavy rows and pulldowns build far more total muscle, and fatiguing the mid back before them makes those movements worse.

It pairs naturally with a low pull rather than replacing one. A low row to the abdomen and a high row to the collarbones cover the two useful elbow paths, and running one of each in a session is a reasonable way to structure horizontal pulling.

Two or three times a week is fine. The loads are light, the recovery cost is small, and this is a region that tolerates frequency well.

Variations worth knowing

The face pull is the same high elbow pull taken to the face, usually with a rope and an external rotation at the finish, which adds a little rotator cuff work.

The cable low row uses a lower pull line to the abdomen, shifting the work from the mid back towards the lats.

The wide grip seated row is the bar version of the same high elbow path and is easier to load heavily.

The rear delt fly isolates the posterior deltoid with the elbows nearly straight, removing the biceps entirely.

A chest supported high row uses a pad against the torso, which eliminates body english and makes the mid back the only thing that can fail.

And the band pull-apart is the minimal equipment version, useful for warming up or filling gaps between sets.

What the evidence says

Fenwick and colleagues compared rowing variations and found substantial differences in trunk muscle activation and lumbar loading across setups, supporting a stable, still torso when the goal is the upper back rather than the trunk.

Kara and colleagues measured trapezius activation ratios during scapular retraction exercises and found the balance between upper, middle and lower fibres shifts with the movement chosen, which is the basis for pulling high rather than low when the mid back is the target.

Ludewig and Reynolds reviewed scapular kinematics and their association with shoulder pathology, which supports allowing full protraction and retraction rather than holding the shoulder blades fixed.

Lehman and colleagues measured activation across latissimus dorsi exercises and found variations produce smaller differences than commonly assumed, which is a reminder that changing elbow height adjusts emphasis rather than creating a new exercise.

Vigotsky and colleagues cautioned that surface electromyography amplitude does not translate directly into hypertrophy, which is worth applying to any claim built on activation numbers alone.

Schoenfeld and colleagues found a dose response between weekly hard sets and hypertrophy, and the mid back and rear delts are usually under dosed.

Refalo and colleagues found stopping short of failure produces comparable growth, which is convenient on a movement where form degrades quickly under fatigue.

Common questions

How is this different from a face pull?

Very little. Both pull high with the elbows up; the face pull usually finishes at the face with an external rotation and the high row finishes nearer the collarbones. If you already do one, the other adds almost nothing. Pick whichever handle and height feel best.

Is it different from a low row?

Yes, but only through elbow path. High elbows bias the rhomboids, middle trapezius and rear delts; low elbows bias the lats. It is the same machine and the same handle doing two related jobs, and both are worth having in a week.

Will it fix my posture?

Probably not, and it is oversold on exactly that promise. It builds the upper back and rear delts, which is a good enough reason to do it. How you hold yourself through the day is driven by habit and context far more than by three sets of anything.

How heavy should I go?

Light enough that your elbows stay high and your torso stays still. This is one of the few movements where adding weight reliably makes it worse, because the compensations arrive long before the muscles fail.

Do I need it if I already row and pulldown?

Not strictly, but it is cheap and it targets a region that heavy pulling under serves. Three sets at the end of a pull session covers it without displacing anything that matters more.

References

  1. Fenwick CMJ, Brown SHM, McGill SM (2009). Comparison of different rowing exercises: trunk muscle activation and lumbar spine motion, load, and stiffness. Journal of Strength and Conditioning Research, 23(2), 350-358. 10.1519/JSC.0b013e3181942019
  2. Kara D, Harput G, Duzgun I (2019). Trapezius muscle activation levels and ratios during scapular retraction exercises: a comparative study between patients with subacromial impingement syndrome and healthy controls. Clinical Biomechanics, 67, 119-126. 10.1016/j.clinbiomech.2019.05.020
  3. Ludewig PM, Reynolds JF (2009). The association of scapular kinematics and glenohumeral joint pathologies. Journal of Orthopaedic and Sports Physical Therapy, 39(2), 90-104. 10.2519/jospt.2009.2808
  4. Lehman GJ, Buchan DD, Lundy A, Myers N, Nalborczyk A (2004). Variations in muscle activation levels during traditional latissimus dorsi weight training exercises: an experimental study. Dynamic Medicine, 3, 4. 10.1186/1476-5918-3-4
  5. Vigotsky AD, Halperin I, Lehman GJ, Trajano GS, Vieira TM (2018). Interpreting signal amplitudes in surface electromyography studies in sport and rehabilitation sciences. Frontiers in Physiology, 8, 985. 10.3389/fphys.2017.00985
  6. Schoenfeld BJ, Ogborn D, Krieger JW (2017). Dose-response relationship between weekly resistance training volume and increases in muscle mass: a systematic review and meta-analysis. Journal of Sports Sciences, 35(11), 1073-1082. 10.1080/02640414.2016.1210197
  7. Refalo MC, Helms ER, Trexler ET, Hamilton DL, Fyfe JJ (2023). Influence of resistance training proximity-to-failure on skeletal muscle hypertrophy: a systematic review with meta-analysis. Sports Medicine, 53(3), 649-665. 10.1007/s40279-022-01784-y

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Cable High Row: Upper Back Work With a High Elbow Path