Rack Pulls

Setting up the rack and pulling cleanly

The rack pull setup is what decides whether the lift is productive or wasted. Pin height, foot position and brace all matter. Walk through each phase before chasing weight on the bar.

1. Pin height selection

The standard rack pull starts with the bar at knee height or just below. This shortens the deadlift range by approximately 40 percent. Higher pin settings (mid thigh) are an ego exercise that produces little training carryover. Lower pin settings (just below knee) carry over to standard deadlifts more directly.

2. Stance and foot position

Stand with feet hip width apart, bar over mid foot. Toes pointed slightly out. The foot position is the same as a conventional deadlift. The bar sits at the pin height directly above the mid foot. Confirm bar position by looking down before each set.

3. Grip and wedge

Grip the bar just outside the legs. Mixed grip or hook grip for top sets because rack pull loads exceed standard deadlift grip strength for most lifters. Pull the slack out of the bar by hinging down until the legs press tight against the plates. Chest up, lats engaged, neutral spine.

4. The pull

Push the floor away with the legs and pull the bar to a complete lockout. The bar travels in a straight vertical line. The hips drive through to a tall standing position. The shortened range means the lift feels faster than a standard deadlift but the loading is higher.

5. The descent

Lower the bar to the pins under control. The bar should land softly on the pins between reps, not crash down. Reset every rep. Touch and go rack pulls accumulate spinal fatigue quickly because of the high loads.

What rack pulls train

The rack pull loads the upper portion of the deadlift range with heavier weights than a full deadlift allows. The result is significant upper back, trap and grip stimulus alongside the standard deadlift musculature.

Upper trapezius and rhomboids

These work isometrically under heavier loads than they would experience on a standard deadlift. The rack pull is one of the most direct upper trap builders available because the loaded position holds the traps under tension at near maximal weights. Visible trap thickness is largely rack pull and deadlift built.

Spinal erectors

The erector spinae works isometrically to maintain neutral spine under the heavy load. Even with the shortened range the erector stimulus is significant. The high loading potential makes the rack pull a productive erector builder for lifters who have stalled on conventional deadlift erector development.

Glutes and hamstrings

The glutes drive the lockout. The hamstrings assist with hip extension. Both are loaded heavily but the contribution is less than in a full range deadlift because the bottom range is removed. Lifters who want maximal posterior chain stimulus should not use rack pulls as a deadlift replacement.

Grip and forearms

The grip is one of the primary beneficiaries of rack pull work. Holding loads 20 to 40 percent above standard deadlift maximum produces grip strength carryover faster than any other exercise. The forearm flexors and finger flexors adapt to the heavier hand loads quickly.

Five errors on rack pulls

The rack pull is the most ego abused exercise in any gym. The shortened range encourages excessive loading and the form failures follow predictably. These are the errors to watch.

Pin height too high

Setting the pins at mid thigh or above turns the lift into a shrug with a bar. The training carryover is minimal and the load on the bar misleads lifters about their actual deadlift strength. Keep pins at knee height or just below for productive rack pulls.

Rounded lower back

Lumbar flexion under load is the rack pull injury mechanism. The heavier weights amplify the risk compared to standard deadlifts. Film every set from the side. If the lower back rounds at any point during the pull, drop load by 15 percent and rebuild the brace.

Hyperextending at lockout

Leaning back at the top to compensate for heavy loading places the lumbar spine in extension. Lock out tall with glutes squeezed and ribs stacked over hips. The lift is done when you are standing fully upright. Anything beyond vertical loads the back unnecessarily.

Crashing the bar on the pins

Dropping the bar onto the pins between reps damages the bar, the pins and the lifters wrists from the rebound shock. Lower the bar under control. The pin reset should be deliberate, not a controlled drop. NSCA Essentials supports controlled eccentric loading as part of productive resistance training.

Using rack pulls as deadlift replacement

Some lifters drop full deadlifts in favour of rack pulls because the loaded weight feels impressive. The training carryover does not work that way. Rack pulls are an accessory, not a substitute. Lifters who replace deadlifts with rack pulls typically see deadlift one rep max decline within 4 to 8 weeks.

Sets, reps and where rack pulls fit

Rack pulls are an accessory to the standard deadlift, not a main lift. The shortened range, high loading and spinal demand mean programming requires more care than standard deadlifts.

Strength accessory: 3 to 5 reps

The most common use case. 3 to 5 sets of 3 to 5 reps at 95 to 110 percent of conventional deadlift one rep max. Three minutes rest between sets. Use these as a secondary lift on your deadlift day or as the main lift on a back focused day.

Hypertrophy: 5 to 8 reps

For upper back and trap development 3 to 4 sets of 5 to 8 reps at 80 to 95 percent of conventional deadlift maximum. Reset every rep. The shortened range means total time under tension is lower than a full deadlift so volume tolerance is slightly higher.

Frequency

One session of rack pulls per week is enough for most lifters. Two sessions is possible if total deadlift volume is managed and at least one of the sessions stays below 80 percent. NSCA Essentials recommends 48 hours between sessions training the same muscle group at intensity.

Programme placement

Place rack pulls after the main deadlift on heavy pulling days. They also work as the main lift on a lighter day in a deadlift focused programme. Avoid stacking rack pulls with heavy squats because the combined posterior chain demand is high. Two heavy lower body exercises in one session is rarely productive.

Block periodisation

Run rack pulls in 4 to 8 week blocks rather than year round. They are most useful when targeting upper back development or lockout strength. Once carryover to the main deadlift is achieved cycle them out for a different accessory such as deficit deadlifts or pause squats.

More on back training

For the parent lift, our Conventional deadlifts guide covers full cueing in detail. Deficit deadlifts are the opposite range accessory, loading the bottom of the pull. And the Smith machine rack pulls guide covers the fixed bar path alternative.