What muscles do cable pull-throughs work?

Cable pull-throughs primarily target the gluteus maximus and hamstrings through hip extension. The spinal erectors, adductors and abdominal muscles work mainly to hold the trunk and pelvis steady through the hinge.

Why are cable pull-throughs good for lower back health?

They are not a back treatment, but they are a lower-demand way to train the hip hinge. The loads are usually modest, you are not holding a heavy bar in front of you, and in one EMG study the pull-through produced less back-extensor activity than a Romanian deadlift at the same relative load. That makes them a useful option when you want glute and hamstring work with less effort from the lower back. If you have back pain, get individual advice first.

What is the difference between a cable pull-through and a Romanian deadlift?

A Romanian deadlift uses a bar or dumbbells pulled straight down by gravity, so it feels hardest near the bottom stretch and loads the hamstrings and back extensors heavily. The cable pulls backward through your legs, so the resistance still feels strong as you stand up and squeeze the glutes. The RDL is easier to load heavy; the pull-through is easier to learn and less demanding on the back.

How far away from the cable machine should you stand?

Take two to three steps forward from the low pulley so the weight stack remains suspended even at the deepest point of your hip hinge, so the glutes and hamstrings stay under tension through the whole rep.

How do you prevent leaning backward at the top of a cable pull-through?

Squeeze your glutes and bring the pelvis to a neutral, upright stand rather than arching your lower back. Stop when your shoulders, hips, and knees form a straight vertical line.

Cable Pull-Through: Form & Muscles Worked

How to Do It

Set a rope on the lowest pulley, face away from the stack and straddle the cable, holding the rope between your legs.

Walk two to three steps forward until the stack lifts, and set your feet about shoulder-width apart.

Unlock the knees slightly and push the hips back toward the machine, keeping the back flat and the arms long.

Stop when you feel a strong stretch in the hamstrings without the back rounding.

Drive the hips forward and squeeze the glutes to stand tall, finishing upright without leaning back.

Common Mistakes

Bending the knees so much that the hinge becomes a squat.

Leaning back or arching the lower back to finish the rep.

Pulling the rope with the arms instead of driving with the hips.

Standing too close to the stack so the cable pulls you off balance.

Hinge the hips back against cable tension, then squeeze the glutes to stand tall without leaning backward. Keep the range controlled, adjust the load when technique changes, and stop or seek qualified advice if an exercise causes persistent pain.

Pure Hip Hinge Biomechanics, Horizontal Resistance Vector, and Glute Lockout

The cable pull-through trains the gluteus maximus and hamstrings through hip extension. With free-weight deadlifts and Romanian deadlifts, gravity pulls the load straight down, so the top of the lift gets easy once you are upright. The cable pulls backward through your legs instead, so the glutes still have to work as you finish the rep. In one EMG study, the pull-through produced less back-extensor and hamstring activity than a Romanian deadlift at the same relative load, which makes it a useful lower-demand hinge for learning the pattern or adding glute work.

To calibrate your cable pull-through execution:[1][2][3][4]

Pulley Height & Attachment: Set the cable pulley to the lowest possible setting and attach a long dual-rope attachment.[1][2][3][4]
Straddle Stance & Setup: Face away from the machine, straddling the cable between your legs. Grasp the rope handles with neutral palms, take two steps forward to lift the weight stack off the rest, and set your feet shoulder-width apart with toes turned slightly outward.[1][2][3][4]
The Deep Hip Hinge: Initiate the movement by unlocking the knees slightly and driving your hips straight back toward the pulley. Keep your back flat and let the rope travel through your legs until you feel a strong stretch across your hamstrings and glutes; for many people the torso ends up somewhere around 45 degrees to the floor.
Hip Extension Drive: Drive your feet into the floor and thrust your hips forward, squeezing your glutes hard at the top. Stand completely tall and upright. Do not lean backward or hyperextend your lumbar spine at the finish.[1][2][3][4]

Programming & Volume Guidelines

A sensible starting point for glute and hamstring work and hinge practice:

Target Range: 3 to 4 sets of 10 to 15 reps with 1 to 2 repetitions in reserve (RIR).[1][2][3][4]
Tempo: 3-second eccentric hinge, 1-second pause at full stretch, and a crisp 1-to-2-second glute squeeze at lockout.[1][2][3][4]
Frequency: 1 to 2 times per week as part of lower-body, leg day, or glute-focused training.[1][2][3][4]
Progression: Add repetitions before increasing stack weight to ensure the hinge remains clean without lumbar arching.[1][2][3][4]

Common Mistakes & Troubleshooting

Squatting Instead of Hinging: Bending the knees too much turns the exercise into a squat and takes work away from the glutes and hamstrings. Keep the shins nearly vertical and push the hips backward.
Leaning Backward at Lockout: Arching the lower back at the top finishes the rep with the back instead of the hips. Stop when your body forms a straight vertical line from head to heels.
Pulling with the Arms: Using arm and shoulder strength to pull the rope takes work away from the hips. Keep your arms straight and relaxed like ropes; drive all force through the hips.
Losing Foot Balance: Standing too close to the stack can pull you backward off balance. Maintain solid tripod foot pressure (heels and forefoot planted).[1][2][3][4]

References

See our exercise methodology for how this evidence is applied and its limits.

Frequently Asked Questions

What muscles do cable pull-throughs work?: Cable pull-throughs primarily target the gluteus maximus and hamstrings through hip extension. The spinal erectors, adductors and abdominal muscles work mainly to hold the trunk and pelvis steady through the hinge.
Why are cable pull-throughs good for lower back health?: They are not a back treatment, but they are a lower-demand way to train the hip hinge. The loads are usually modest, you are not holding a heavy bar in front of you, and in one EMG study the pull-through produced less back-extensor activity than a Romanian deadlift at the same relative load. That makes them a useful option when you want glute and hamstring work with less effort from the lower back. If you have back pain, get individual advice first.
What is the difference between a cable pull-through and a Romanian deadlift?: A Romanian deadlift uses a bar or dumbbells pulled straight down by gravity, so it feels hardest near the bottom stretch and loads the hamstrings and back extensors heavily. The cable pulls backward through your legs, so the resistance still feels strong as you stand up and squeeze the glutes. The RDL is easier to load heavy; the pull-through is easier to learn and less demanding on the back.
How far away from the cable machine should you stand?: Take two to three steps forward from the low pulley so the weight stack remains suspended even at the deepest point of your hip hinge, so the glutes and hamstrings stay under tension through the whole rep.
How do you prevent leaning backward at the top of a cable pull-through?: Squeeze your glutes and bring the pelvis to a neutral, upright stand rather than arching your lower back. Stop when your shoulders, hips, and knees form a straight vertical line.