Sticking Point Analysis: How to Fix Weak Points in Squat, Bench and Deadlift

If you want to know how to fix sticking points, start with this: a sticking point is the spot in a rep where the bar slows the most, and the fix depends on where that spot is and why. A bench that dies halfway, a squat that stalls above parallel, a deadlift that will not leave the floor: each points to a different likely weak link. The catch is that technique faults can look exactly like weak muscles, so you diagnose before you add accessories.

This guide gives you a simple troubleshooting method, what the biomechanics research actually says, and a fix list for each lift. It sits inside our wider maximal strength and powerlifting science guide. Where the research is thin (and for accessory-by-accessory fixes, it is), I will say so.

What is a sticking point, really?

The sticking region is the part of the lift where bar velocity falls to its lowest point after the initial push. You grind, the bar crawls, and it either gets through or it does not.

Two explanations have been argued over. One says muscle activation drops or potentiation fades (the early “boost” runs out). The other says the position is just mechanically poor, so you can produce less force there.

The evidence leans toward the second. In ten elite powerlifters, the prime movers (sternal pecs, anterior delts, triceps long head) reached maximal activation at the start of the ascent and stayed essentially unchanged throughout the sticking region, so the stall was not explained by muscles switching off (Elliott et al., 1989). A later study tested 12 resistance-trained men in a normal 1RM and in isometric presses at 12 fixed bar heights. Both showed a region of lower force output, which supports the poor-position idea and argues against fading potentiation (van den Tillaar et al., 2012).

Practical meaning: the fix is rarely “try harder” or “get psyched”. It is to get stronger in that position and clean up how you reach it.

Step one: find your sticking point before you pick a fix

Film a heavy set (RPE 9 or a true max) from the side at hip height. Watch where the bar slows, or where it speeds up again after a slow patch. Do not trust feel alone. It is easy to blame the wrong region.

Then ask the uncomfortable question: is this a strength problem or a position problem? Hips shooting up in the squat, the bar drifting forward off the floor, or a flat upper back on the bench can all create a “sticking point” that no accessory will cure. Fix the position first.

How to fix a bench press sticking point (off chest, mid-range, lockout)

Bench is the best studied of the three, and it also has the clearest “regions” to talk about.

Off the chest. A stall within the first few centimetres is usually read as a start strength problem, where the pecs and a tight setup matter most. A pause on the chest removes the bounce and makes you drive from a dead stop. Try 3-5 sets of 3-5 reps with a 1-2 second pause on lighter loads. If the bar only dies when you do not pause, look at your upper back tightness and leg drive. Our competition bench technique guide covers both.

Mid-range. A bench that stalls in the middle is common, and it matches the lab finding of a low force region partway up. Coaches usually reach for the Spoto press (a pause an inch or so above the chest) or dumbbell pressing to strengthen the front delts and pecs through that range. Paused work in general is covered in our guide to paused repetitions and deficit movements.

Lockout. When the bar moves fine until the elbows are nearly straight, the triceps are the usual suspect. Close-grip bench, board presses and triceps extensions are the standard answers. Grip choice matters. In 14 bench-trained men, triceps medialis activity was greater with medium and narrow grips than with a wide grip, while wide and medium grips produced similar shoulder and elbow moments at the slowest bar point (Larsen et al., 2020). Our close-grip bench press guide covers wrist and hand spacing.

One more detail: the sticking region is not fixed. In a 10-week trial of 35 resistance-trained men, all three chest-press groups lifted more slowly at the post-training 6RM test (with heavier loads) and took longer to reach the sticking and post-sticking regions, and the authors concluded that improved strength itself altered the sticking region (Saeterbakken et al., 2020). So do not expect your stall to stay put forever.

Squat sticking point: why you stall halfway up

The back squat tends to fail somewhere around or just above parallel. A 2021 study of 25 recreationally trained lifters did 3-RM back squats and looked at what changes in the sticking region. Torso forward lean, hip moment arm and the hip contribution to total moment increased, while knee contribution decreased. Hip extensor (gluteus maximus and biceps femoris) activity rose after the sticking region, and the authors suggest large hip moment arms combined with lower hip extensor activity make it a poor region for force output (Larsen et al., 2021).

In plain terms: when the chest drops and the hips take over, the lift gets harder right where you cannot afford it. That fits what coaches see when a squat “turns into a good morning”.

What to try, one at a time:

• Pause squats (1-3 seconds in the hole) for control and drive from a dead stop.
• Pin squats or squats to a box, starting from the stalling position, to build force there.
• Hip-focused work (hip thrusts, RDLs) if the hips clearly shoot up. See hip thrusts versus squats for glutes.
• Technique review, including bar placement. Our low-bar squat biomechanics guide explains how bar position changes torso angle.

This study was in recreationally trained lifters at 3RM. Elite lifters may use different strategies, and one systematic review noted that lifters can adopt distinct mechanical strategies near the sticking point (Bakhshinejad et al., 2025).

Deadlift sticking point: off the floor vs lockout

The deadlift is not a slow squat. A kinematic study of 25 competing lifters compared the sticking points of the two lifts and found the squat looked like a simultaneous movement and the deadlift a sequential one, with different thigh and trunk angles and different bar velocities (0.09 m/s in the squat, 0.20 m/s in the deadlift). The authors concluded there is no direct crossover between the lifts (Hales et al., 2009).

The same joint-moment data helps here. In 28 resistance-trained people, the deadlift produced a larger hip extensor moment (3.59 vs 2.98 Nm per kg) while the back squat produced a larger knee extensor moment (2.14 vs 1.18 Nm per kg) (Choe et al., 2021). It is a useful reminder that the lifts load the joints differently.

Weak off the floor. Common causes are setup (bar not over mid-foot, slack in the lats), poor leg drive, or hips that rise first. Deficit deadlifts and paused pulls just off the floor spend more time in the weakest position. Our deficit and pause guide goes deeper, and the conventional versus sumo guide helps if your stance is the real problem.

Weak at lockout. If the bar flies off the floor and then crawls near the top, glutes and upper back are the usual targets. Block pulls (or rack pulls) and hip thrusts are standard. A quick check: if a rack pull from just below the knee feels easy, lockout is probably not your limiter.

Do weak point exercises actually work? What the evidence supports

Honest answer: partly proven, partly coaching consensus. I could not find controlled trials showing that a particular accessory fixes a particular sticking point. What we have is related.

Training is task specific. A 2025 meta-analysis of 43 studies and 1,660 participants found dynamic training raised dynamic strength with a moderate effect (SMD 0.98) but transferred less to isometric strength tests (SMD 0.42) (Saeterbakken et al., 2025). That supports training positions that resemble the stall, but it does not prove any specific accessory.

Full range still matters. A 2021 meta-analysis of 16 studies found full range of motion training beat partial range for strength (ES = 0.56) and lower-limb hypertrophy (ES = 0.88) (Pallarés et al., 2021). So pins and boards are supplements, not replacements.

A simple way to run it

1. Film your heaviest recent set and mark where the bar slows.
2. Decide: technique fault, or genuine weakness there?
3. Pick one variation aimed at that region. Keep it for 4-8 weeks.
4. Run it once or twice a week after your main lift, around 3-5 sets in the 3-8 rep range, at loads you can control.
5. Retest with video. If the stall moved, find the new weak link. If not, reconsider the diagnosis.

Use the 1RM calculator to set percentages for variations, and see our systematic plateau flowchart if nothing is moving. If you want structure, the free push pull legs plan leaves room for one accessory slot per lift.

Who should be careful

Pain is different from a sticking point. Sharp pain, pain that lingers, numbness, or pain at the same point every rep is not a weak link to train through. Stop and see a doctor or physiotherapist. Heavy partials and max attempts add load on joints, so build up gradually, particularly if you are returning from injury.

The bottom line

The sticking point is usually a mechanically hard position, not a muscle that “switches off”. Find it on video, separate technique from strength, pick one targeted variation, and retest. The specific accessories are coaching tools backed by sensible logic more than by direct trials, so stay humble and let your own video tell you whether they work.