How To Increase Your Bench Press (Stop Maxing Out Every Session)

Your bench is stalled because you bench once a week and take every set to failure. Bench 2-3 times a week, end every set 1-2 reps short, and put 5 lb on the bar at a time — that combination moves the number faster than any new exercise you could bolt onto the session. The frequency research is real, and smaller than it looks: strength effect sizes climb from 0.74 at one session a week to 0.93 at three (Grgic 2018), but that advantage mostly evaporates once total volume is matched. So frequency isn't the magic. It's the delivery system for the thing that is — more hard sets that aren't already wrecked by the set before them.

This started as a reel 574,000 people watched — here it is. What follows is the long version, with the studies attached.

How often should you bench press to get stronger?

Two to three times a week. Grgic and colleagues' 2018 meta-analysis in Sports Medicine found strength effect sizes rising with frequency in a clean line — 0.74 for once a week, 0.82 for twice, 0.93 for three times, 1.08 for four or more (p = 0.003). Read that alone and the answer looks like "bench as often as possible."

Then read the subanalysis in the same paper, which is the part nobody quotes. When the authors compared groups doing the same total volume at different frequencies, the effect vanished — no significant difference (p = 0.421). A 2021 replication says the same thing louder: Johnsen and van den Tillaar ran eight weeks of volume-matched bench training and the 2x/week group added 7.75 kg (7.7%) to their 1RM while the 4x/week group added 8.86 kg (9.7%) — no group effect (p = 0.431).

So the honest mechanism isn't "your chest needs to be hit more often." It's that spreading the same work across more sessions is how you get more quality sets in without one session eating the next — the same logic behind training four days a week instead of five or six.

Which also means the line you've heard — once a week is maintenance — is overstated. Once a week can work if the volume is there. The problem is it forces every bench set into a single already-fatigued session, and that's exactly where the reps bleed away.

Why is my bench press not increasing?

Because you max out on the first exercise and then spend the rest of the session lifting on the fumes of it. It's the most common way a bench stalls, and unlike most gym advice it's measurable.

Set the size question aside for a second — for hypertrophy, taking sets to failure beats stopping short by a trivial 0.19 effect size (Refalo 2023 meta-analysis), and growth isn't what this article is about anyway. What matters here is the cost, and that comes from a different 2023 paper by the same lead author — an experiment in Sports Medicine – Open that tracked what a set to failure does to everything after it.

Twenty-four trained lifters did six bench sets at 75% of 1RM three different ways. Four minutes after, mean bar velocity was down 25% when the sets went to failure, 13% at 1 rep in reserve, and 8% at 3 RIR. Across the session it compounds: reps fell from the first set to the last by 7.58 at failure, 5.13 at 1 RIR, and 2.79 at 3 RIR.

Here's the part that should settle it. All that extra grinding bought no extra work — total reps came out at 54 at failure, 57 at 1 RIR, and 52 at 3 RIR. You front-load the reps into set one, bleed them back out over the next five, and finish the exercise with the same volume and roughly three times the fatigue.

The fix isn't "train easier." It's ending each work set with one or two reps still in the tank: close enough to collect the stimulus, far enough back that the set doesn't tax the next one. The full case for where to stop is here — should you train to failure.

Do grip width and leg drive actually add weight to your bench?

Grip width, yes — mostly by keeping your shoulders in one piece. Leg drive, not the way it gets sold.

Start with grip, because it's the one with evidence behind it. Green and Comfort's review in the Strength & Conditioning Journal found that gripping wider than 1.5 times your biacromial width — the distance between the bony points of your shoulders — raises shoulder-injury risk, while pulling your grip in to 1.5 BAW or narrower costs only about ±5% of your 1RM. Good trade: a few pounds off the top set to stop grinding your shoulders down.

The mechanics agree, with one limit worth keeping. Noteboom and colleagues (2024) in Frontiers in Physiology modeled shoulder joint forces across 21 bench variations in ten experienced lifters. Grips inside 1.5 BAW lowered compression at the AC joint, and the load jumped specifically when the grip widened from 1.5 to 2 BAW. Setting up with retracted scapulae lowered glenohumeral compression, posterior shear, and rotator-cuff activity. But the narrowest grip they tested, 1 BAW, raised glenohumeral shear above the bar compared with 1.5 — so 1.5 is the target, not "as narrow as I can hold it." Blades back and down, hands about a shoulder-and-a-half apart.

Leg drive is the popular one that doesn't hold up. Gardner and colleagues (2021) trained 23 men for five weeks, one group cued for leg drive and one benching without it. Both gained about 6% on their 1RM, with no difference between groups — the authors' own conclusion was to choose on preference. Keep the tip if it makes the platform feel solid under you. Just don't budget pounds for it that the one study to test it couldn't find.

The cue that does move the bar is speed, and the version you've heard is half right. "Slow down to go heavier" is correct about the descent and wrong about the press. González-Badillo and colleagues (2014) put twenty lifters through six weeks of bench training three times a week with the same loads and reps — the only difference was concentric speed. The group pressing with maximal intended velocity gained 18.2% on 1RM; the group deliberately moving at half that speed gained 9.7%. Same program, nearly double the result, purely from intent on the way up. Meanwhile Schoenfeld, Ogborn and Krieger (2015) found rep tempos anywhere from 0.5 to 8 seconds produced similar muscle growth — so the number on the tempo clock isn't the lever for size. So: control the eccentric over 2-3 seconds so you arrive at your chest in position, then drive the bar up as hard as you physically can, even when it's light and moving fast anyway. If you want to train the lowering on purpose, not just control it, that's what bench press negatives are for.

Which accessory lifts actually carry over to a bigger bench?

Pause reps and upper-back work — and I want to be straight about what kind of claim that is. This one is a mechanism with reasoning behind it, not a trial.

Pause reps first. Stopping the bar dead on your chest for a full second removes the stretch reflex you've been bouncing out of, so you start the press from a standstill in the exact position where a heavy attempt fails. That's the mechanism, and it's a good one. What doesn't exist is a controlled study showing paused benching beats touch-and-go for 1RM — so treat it as reasoning, not proof.

Rows and face pulls are the same category, with one supported piece. No trial links row strength to bench 1RM, and I'm not going to tell you back training adds pounds to your bench. What the Noteboom data supports is narrower: retracted, controlled scapulae reduce shear and rotator-cuff demand under the bar — a stable base to press from, worth training for its own sake, and the same work that builds a bigger back.

One sentence on exercise selection, then I'll leave it: if what you want is a bigger chest rather than a bigger number on one lift, that's a different program with different rep ranges — how to build a bigger chest.

What does a week of bench training actually look like?

Two pressing days you don't skip, plus an optional third that's barely a workout. I lift four days a week on a Push/Pull/Legs/Upper split at 5'8" and about 200 lb, and my bench sits around 335 for a single and 225 for 23 reps. Here's the week the evidence above adds up to.

Day 1 — heavy

3-4 working sets of 3-5 reps at 1-2 RIR. This is the day the number lives on. Grip at about 1.5 BAW and no wider, blades pulled back, lower under control for 2-3 seconds, press as explosively as you can. Every set ends with a rep or two still available — no grinders, no "just see what happens" singles. Give those sets real rest, too — two to three minutes, not the sixty seconds most lifters actually take. Those 3-5 rep sets build muscle as well as strength. Low reps do build muscle; they just need more sets to match a set of ten.

Day 2 — pause + volume

3-4 sets of 5-6 reps with a full 1-second pause on the chest, still 1-2 RIR. Expect to need less weight than Day 1 despite doing more reps — how much less varies enough between lifters that I'd let the 1-2 RIR target pick the load rather than a percentage. That's the pause working, not you getting weaker. Same intent on the press: dead stop, then drive.

Day 3 (optional) — light technique

3-4 sets of 3 reps at about 60% of your 1RM, every rep moved as fast as you can move it. This is the González-Badillo finding turned into a session — the whole point is bar speed and a repeatable setup, not fatigue. If your week is full, this is the day that goes.

Progression is one rule and it's deliberately boring: when every work set on Day 1 hits the top of its rep range at 1-2 RIR, add 5 lb next time. Not 10, not a new program, not a max attempt to "see where I'm at." Five pounds, logged, repeated. If you want the whole week around it, this is the 4-day split and the one-screen scorecard I actually run.

Can you increase your bench press while cutting?

Yes — strength holds in a deficit far better than size does. Murphy and Koehler's 2022 meta-analysis in the Scandinavian Journal of Medicine & Science in Sports found lean-mass gains were clearly impaired when people trained in an energy deficit (ES -0.57, p = 0.02), while strength gains were statistically comparable to training at maintenance (ES -0.31, p = 0.28).

Two honest limits on that. A non-significant result isn't proof of no difference — the strength estimate still leans slightly against the deficit, it just isn't big enough to trust. And the same paper's meta-regression found that a deficit of about 500 calories a day was the point where lean-mass gains stopped — which is the authors' own advice to anyone lifting to hold muscle while they lose fat. Pick the deficit accordingly.

So expect your bench to hold or creep up while you're losing fat, not to set records. Keep the heavy day heavy — dropping to lighter weights "because I'm cutting" is how you actually lose strength — and let the volume day absorb the fatigue. The number won't move as fast as it does in a surplus. It will still move, which is more than most people get told.