How to Bench Press: A Complete Form, Grip, and Programming Guide (Barbell, Dumbbell, Incline, and Close-Grip)

The Bench Press in One Sentence (and the Cue That Fixes 80% of Reps)

The bench press is a horizontal push driven by your chest, front delts, and triceps, executed by lowering a barbell to your sternum under tight scapular control and pressing it back over your shoulders in a slight diagonal arc.

That is the whole lift. Everything that follows — grip width, foot drive, arch, tempo — is a refinement of that picture.

If you only remember one cue, make it this: “bend the bar.” Imagine trying to snap the barbell in half by externally rotating your shoulders as you press. Your elbows tuck. Your lats fire. Your shoulders pull back into the socket where they belong. That single thought corrects the three most common faults at once — elbow flare, lat disengagement, and the dangerous shoulder position that produces most of the injuries you read about online.

The bench press has a reputation for being simple. It is not. The lift hides a stability problem behind a strength problem. Atle Saeterbakken’s comparison of barbell, dumbbell, and Smith-machine chest-press in the Journal of Sports Sciences found that prime-mover activation was comparable across all three variants — but free-weight presses demanded substantially more stabilizer recruitment (biceps and shoulder stabilizers) that the Smith machine handles for you.¹ That is the whole game in one paper. The bench rewards lifters who treat setup as a load-bearing skill, not a transition between sips of pre-workout.

This is the post you wish you had read before you loaded a barbell. We cover the muscles you are actually training, the setup that determines whether the rep happens at all, the eight-step execution, how deep to go, six variations with explicit verdicts, the mistakes you are almost certainly making, shoulder safety for the long haul, programming by goal, when to worry, and what to do next. It is the third installment in our compound-lift series — pair it with our deep dives on how to squat and how to deadlift for the full picture.

This is also the kind of post we wrote SensAI to make actionable. Reading about form is one thing; logging your grip width, your touch point, and your bar speed across a 12-week training block so you can actually see what is working — that is the part most lifters skip, and it is the part that compounds.

Why the Bench Press Earns Its Reputation

The bench press is the most efficient compound exercise for developing the muscles of the anterior upper body, and that is why it has anchored every serious strength program since the barbell was invented.

The lift hits the pectoralis major through its full sterno-clavicular range, recruits the anterior deltoid as a powerful synergist (especially as the bar leaves the chest), and finishes with the triceps brachii at lockout. The free-bar version also lights up the stabilizing musculature of the shoulder girdle in a way no machine can replicate. Saeterbakken’s lab compared barbell bench, dumbbell bench, and Smith-machine bench at the same relative load and found that while prime-mover activation was comparable across the three, the dumbbell and barbell variants demanded significantly greater stabilizer recruitment than the Smith machine — same primary stimulus, more total training adaptation.¹

But here is the part most lifters miss: the rate-limiting step in the bench press is rarely raw pectoral strength. It is setup. The lifter who can press 315 pounds is not pec-stronger than the lifter who can press 275 — they are setup-stronger. Their scapulae are pinned. Their feet are loaded. Their bar path is grooved. The pec is doing the same thing it always does. The difference is everything happening underneath it.

The bench also has the highest rate of pectoral and AC-joint injuries of any major lift. Wise et al.’s analysis of pectoralis major ruptures in the NFL between 2010 and 2018 found that the bench press was the single most common mechanism — and that most ruptures occurred during the eccentric phase, near the chest, under heavy load.² The injuries are real. But they are also overwhelmingly preventable with the techniques in the rest of this post.

Setup: Bench Position, Foot Drive, Arch, and Grip

The bench press is won or lost before the bar leaves the rack. Setup is the lift.

Start by lying down with your eyes directly under the bar. This is non-negotiable. If your eyes are too far forward, you will fight the J-hooks every rep; too far back, and you will press the bar into the rack on the way up.

Next, the five points of contact: the back of your head, your upper back, your glutes, and both feet. All five stay locked through every rep. Lose any of them and you have lost the lift.

Now the most important part of the setup — scapular retraction and depression. Pin your shoulder blades down and back into the bench, as if you were trying to tuck them into your back pockets. This does two things. It shortens the distance the bar has to travel. And it creates a stable, bony shelf for your shoulders to press from. A “soft” upper back is the single most common reason lifters develop anterior shoulder pain. Lock the scapulae before you touch the bar, and never unpack them until the set is over.

Introduce a modest thoracic arch — chest up, lower back flat-to-slightly-curved, ribcage proud. The arch is not powerlifter showmanship; it is biomechanics. A small upper-back arch reduces the distance the bar has to travel, places the shoulder in a safer position, and lets the upper pec and front delt take on a fair share of the work. A rigid upper back and pinned scapulae are what convert your pressing force into bar speed instead of into a wobbling humerus. Arch from your thoracic spine (mid-back), not your lumbar spine (lower back). The first is healthy. The second is how you wake up tomorrow with a sore lower back from a chest day.

Grip width is the single most-debated bench-press variable, and the research is actually clear. Lehman’s classic EMG study in the Journal of Strength and Conditioning Research compared narrow, medium, and wide grip widths and pronation states on the flat bench. Medium grip — roughly 1.5x biacromial width, meaning your forearms are vertical when the bar touches your chest — produced balanced activation across the pectorals and triceps without sliding into the shoulder-aggravating elbow positions that show up with very wide grips.³ Wider grips slightly increase pec involvement but at a measurable cost to AC-joint stress, as Green and Comfort summarized in the NSCA’s Strength and Conditioning Journal.⁴ If you are not a competitive powerlifter chasing every inch of bar-path reduction, medium grip is the right default.

Finally, leg drive. Plant both feet flat, slightly behind your knees, and push the floor as you press. Leg drive is not optional; it transmits a pressing force up through your hips and into the bar, and it stabilizes the entire chain. Brace your abs hard before the unrack — same brace you would use under a squat — and hold the brace through the rep.

Lifters who use SensAI for strength training typically log per-set details like grip width, foot position, and touch point alongside load and reps. It sounds neurotic until you watch a six-month strength curve and realize that the week your bench plateaued was the week you quietly drifted your grip half an inch wider — and your touch point migrated two inches up your chest with it.

Execution: The Descent, the Touch, the Press

The bench press is an eight-step sequence. Every step has a purpose. Skip one and you trade away strength, control, or shoulder health.

Unrack. With straight arms (not bent), pull the bar out of the J-hooks and hold it directly over your shoulders. Take two breaths in this position to confirm your bracing and your scapular set.
Reset the upper back. Re-pin your shoulder blades down and back. They will have loosened slightly during the unrack. Lock them.
Brace. Big inhale through the nose into your belly. Lock the brace. Hold the breath through the descent.
Descend in 1.5 to 3 seconds. The bar travels in a slight diagonal — back toward your shoulders, not straight down to your sternum. Control matters more than speed here. You are not lowering the bar; you are pulling it down with your lats.
Tuck the elbows to 45-75 degrees from your torso. Not 90. Ninety degrees is where the AC joint and anterior capsule live. Forty-five to 75 is where the shoulder is safe and the pec is loaded. Lehman’s grip-width work supports this range, and Green and Comfort’s review specifically flags the 90-degree elbow position as the most consistently injury-correlated bench-press fault.³⁴
Touch the lower pec or sternum lightly. Not a bounce, not a slam — a controlled touch with brief contact. Saeterbakken’s 2020 follow-up on chest-press training showed that lifters who emphasized a controlled touch and pause through the sticking region produced larger strength gains over ten weeks than those who used pure touch-and-go style.⁵ The pause kills the stretch reflex and forces the muscles to do the work the elastic tissue was masking.
Press the bar diagonally back toward the J-hooks. The bar path is a reverse-J — down toward the sternum, up and back toward the eye-line. Pressing straight up from the chest is the most common reason lifters get stuck in the mid-range.
Lock out cleanly. Elbows extended, scapulae still retracted, no shrugging the shoulders forward at the top. Reset and repeat.

Throughout every rep, the master cue holds: “bend the bar.” That single thought maintains your elbow tuck, lat tension, and shoulder safety in one cognitive package.

How Deep Should You Bench? (Touch the Chest)

The bar should touch your chest on every rep. That is full range of motion for the bench press, and the evidence on full ROM versus partial ROM is unambiguous.

Pinto et al.’s study in the Journal of Strength and Conditioning Research compared full-ROM elbow flexion-extension training to partial-ROM training matched for load. Full ROM produced greater gains in both strength and muscle thickness — and the strength gains transferred to the partial range, while the partial-ROM training did not transfer up to the full range.⁶ Pallarés’ 2021 systematic review and meta-analysis in Scandinavian Journal of Medicine & Science in Sports synthesized 20 years of ROM research and reached the same conclusion: long-muscle-length training, including full-ROM bench press, produces superior hypertrophy outcomes compared with shortened-range work at matched volume.⁷

Greg Nuckols, who runs Stronger by Science and has read more strength research than almost any human alive, puts it this way: full-ROM strength transfers down; partial-ROM strength does not transfer up. If you train the full range, the partial range comes for free. The reverse is not true. A bencher who only locks out from a board press will be embarrassed by their full-ROM 1RM. The lifter who touches their chest every rep will rep their old board-press weights for sets of five.

There are real exceptions. If you have had a prior pectoral tear, an active AC-joint flare-up, or diagnosed subacromial impingement, you may need to limit ROM temporarily — usually by switching to neutral-grip dumbbells, raising the touch point with a foam roller on the chest, or rotating to incline and floor press until the symptoms quiet down. See our guide to shoulder pain exercises and rotator-cuff relief if you are working around an existing problem.

For everyone else: touch the chest, every rep, every set. The bar weight that feels heavy in full ROM is the bar weight that is actually building you.

Bench Variations: Flat Barbell, Incline, Dumbbell, Close-Grip, Paused, Floor Press

There are six bench variations every lifter should know, and each one solves a different problem. Use them deliberately.

Flat barbell bench press. Best for: maximal strength, the default lift, the variation you measure progress against. The flat barbell allows the heaviest absolute load of any chest-press variant and recruits the entire pec, anterior delt, and triceps complex with comparable prime-mover activation to dumbbell and machine alternatives.¹ If you only do one bench variation, this is it.

Incline bench press (15-30 degrees). Best for: upper-pec (clavicular) development, balancing aesthetics, and reducing AC-joint stress for lifters with cranky shoulders. Rodríguez-Ridao and colleagues compared five bench inclinations and found that 30 degrees produced the highest activation of the upper pec without significantly reducing overall pec activation — meaning you get an upper-chest emphasis without sacrificing the rest of the muscle.⁸ Steeper inclines (45+ degrees) shift the work toward the anterior deltoid and out of the pec. Stay between 15 and 30 degrees.

Dumbbell bench press. Best for: exposing strength asymmetries, training a larger ROM, and continuing to bench when shoulders complain about the barbell. Expect dumbbells to load roughly 80-85% of your barbell 1RM at equivalent total weight — Saeterbakken’s lab quantified the gap at about 17% lower than barbell at matched relative load, and the stability work explains why: the dumbbells demand significantly more stabilizer recruitment, which steals neural drive from the prime movers.¹ That is a feature, not a bug. The greater ROM and unilateral demand are exactly what most lifters need. See our dumbbell workout plan to build muscle for a full dumbbell-only programming framework.

Close-grip bench press. Best for: triceps development and reinforcing elbow-tuck mechanics on the main bench. Take roughly a shoulder-width grip (hands inside biacromial width). Lehman’s EMG work shows close-grip presses shift load toward the triceps and the medial pec while reducing wide-grip shoulder stress.³ Excellent accessory lift, but not a substitute for the flat bench — the load on the pec is genuinely lower.

Paused bench press. Best for: breaking through the sticking region (the spot just above your chest where most missed reps die) and building positional control. Pause for 1 to 2 seconds with the bar lightly touching the chest before pressing. Saeterbakken’s 10-week paused chest-press study showed that lifters using a deliberate pause produced larger strength gains in the sticking region than touch-and-go-only lifters, even when total volume was matched.⁵ Cycle paused work into your program every 8 to 12 weeks; the carryover to your touch-and-go max is substantial.

Floor press. Best for: lifters working around shoulder pain, lifters building lockout strength, and anyone whose home gym lacks a bench. Lying flat on the floor limits the eccentric ROM at exactly the depth most likely to provoke shoulder pain. It also forces a true dead-stop concentric — no stretch reflex, no momentum. Not a primary bench replacement, but a useful tool when needed.

Common Bench Press Mistakes (and the Real Reason They Happen)

Most bench-press faults trace back to one of three things: a bad cue, a bad setup, or volume that has outpaced your recovery. Here are the six you are most likely to be making.

Mistake	Why it happens	Fix
Elbow flare to 90 degrees	Lifter is cueing “press straight up” or copying a flared-elbow influencer	Cue “bend the bar”; narrow the grip slightly; tuck elbows to 45-75 degrees
Bar bounces off the chest	Lifter is using the stretch reflex to mask a weak sticking region	Add 1-2 second paused reps for 4 weeks; reduce load 10-15% during the cycle
Shoulder pain at the bottom of the rep	Scapulae unpacking mid-rep; grip too wide; volume too high	Re-cue scapular retraction; narrow grip; rotate to incline or close-grip; see shoulder pain exercises
Bar drifts toward the throat or face	Lifter is pressing straight up from chest instead of diagonally	Cue “press the bar back toward the J-hooks”; check unrack position (eyes under bar)
One side lags or the bar tilts on press	Genuine strength asymmetry between left and right sides	Rotate in 4-6 weeks of dumbbell bench to expose and equalize
Lower-back pain after benching	Arching from the lumbar spine instead of the thoracic spine	Arch the mid-back, not the low-back; reposition feet directly under or slightly behind the knees

The bar-bounce problem deserves a longer note. A bouncing rep is not a stronger rep; it is a rep where elastic tissue is doing the work your pec and triceps should be doing. Coaches who watch lifters plateau on bench almost always trace the plateau back to a stretch-reflex-dependent technique that breaks down the moment they try to add weight. The fix is unglamorous — drop 10 to 15 percent for four weeks, add a one- to two-second pause to every working rep — and the carryover to your touch-and-go bench is almost always dramatic.

This is also the kind of pattern that is invisible to lifters who do not track. SensAI users who log RPE per set notice the drift early — when your week-five sets at the same load feel meaningfully harder than week one, the answer is rarely “push through.” It is usually the movement quality regression — bar speed dropping, bar path widening, touch point sliding — that you cannot feel but can see on a chart.

Shoulder Safety: How to Bench for the Long Haul

Most bench-press shoulder pain is not a structural problem. It is a technique and volume problem masquerading as one.

Anterior shoulder pain in benchers is overwhelmingly subacromial impingement: the rotator-cuff tendons and the bursa get pinched between the humeral head and the acromion. This happens for three reasons, in order of frequency. First, the scapulae unpack mid-rep — the lifter sets up correctly, then loses the position somewhere on the descent. Second, the grip is too wide and the elbows are flared, which jams the humerus into the wrong joint position. Third, the lifter is doing far more horizontal pressing than horizontal pulling.

That third one is the silent killer. Most lifters bench two to three times per week and row maybe once, with worse technique and lower intensity. The horizontal press-to-pull ratio drifts from a healthy 1:1 toward 3:1, the scapular retractors and posterior deltoid weaken relative to the anterior chain, and the shoulder slowly loses the muscular balance that keeps the joint centered. You can prevent almost all bench-press shoulder pain by treating rowing volume as equally important as pressing volume. If you bench three times a week, you should row three times a week. See our pull-up progression and strength training guide for a structured posterior-chain approach.

A few more rules. Rotate variations every 4 to 6 weeks — flat to incline, barbell to dumbbell, touch-and-go to paused — to redistribute joint stress. Never train through sharp, radiating, or pinching pain; muscular soreness is fine, joint warning signs are not. And the discipline of scapular retraction is not a setup ritual you do once before the first rep — the upper back has to stay rigid through every rep, not just the first one.

If you bench heavy and the next morning your shoulders feel beaten up but mobile, that is normal training stress. If they feel sharp, pinchy, or weak through specific arcs, that is a signal to back off. SensAI’s AI coach remembers your shoulder history — past tweaks, what variations triggered them, which deloads helped — across every session, so the system is not making you re-explain your old left-shoulder issue every time you open the app.

Programming: Load, Reps, and Frequency by Goal

The bench press programs cleanly along three goals — strength, hypertrophy, and endurance — and the parameters for each are well-established.

Strength

Variable	Range
Load	80-95% 1RM
Sets	4-6
Reps	1-5
Rest	3-5 minutes
Frequency	2-3x per week

Hypertrophy

Variable	Range
Load	65-80% 1RM
Sets	3-5
Reps	6-12
Rest	90-180 seconds
Frequency	2-3x per week

Endurance

Variable	Range
Load	50-65% 1RM
Sets	2-4
Reps	12-20
Rest	30-90 seconds
Frequency	2-3x per week

Two pieces of research drive these numbers. Schoenfeld and colleagues’ 2017 meta-analysis in the Journal of Strength and Conditioning Research compared low-load (≤60% 1RM) and high-load (>60% 1RM) resistance training and found that hypertrophy outcomes were similar across load ranges when sets were taken close to failure, but strength outcomes strongly favored heavier loads.⁹ If your goal is a bigger bench, you have to lift heavy at least some of the time. If your goal is a bigger chest, you have more flexibility — but the heavy work is still doing strength things no light work can replicate.

Schoenfeld’s separate 2016 meta-analysis in Sports Medicine compared training a muscle group once per week to training it two or more times per week at equated weekly volume. Higher-frequency training produced superior hypertrophy outcomes.¹⁰ The implication for the bench press is simple: two sessions per week of moderate volume beats one session per week of high volume. Three may beat two for many lifters, depending on recovery.

For beginners, the answer is even simpler. Run a linear progression: 3 sets of 5 reps, three times per week, adding 2.5 kg (5 lb) per session as long as the reps are clean. The first time you miss reps, deload 10% and ramp back up. This is the version of programming that has built more first-year benchers than every periodization scheme combined. Our beginner gym workout plan lays out the full structure if you are starting from zero.

The hardest part of bench programming is not the rep scheme. It is knowing when the rep scheme is wrong for your current recovery state. SensAI pulls HRV, sleep quality, and resting heart rate from HealthKit, and the AI coach uses those signals to nudge load down on depleted mornings — instead of grinding through a top set that was never going to happen at 100% on a Tuesday after a three-hour-sleep Monday.

When to Worry: Shoulder Pain, Pec Strain, Red Flags

Most bench-press discomfort is technique and volume, not structure. But some signs need a clinician, not a deload.

Anterior shoulder pain that improves with cueing changes (scapular retraction, narrower grip, dropped load) is almost always subacromial impingement, and it responds to the fixes already covered in this post. Take a week off heavy benching, rotate to incline or floor press, and rebuild slowly with strict scapular control.

Sharp pain at the sternal end of the pectoralis — the spot where the pec inserts on the upper arm — during the eccentric phase under heavy load is a different problem. It is the prodromal symptom of a pectoralis major tear. Stop the set. Stop the workout. Wise’s NFL analysis showed that almost all bench-press pec ruptures occurred during the eccentric phase near the chest under heavy load, often with a prodromal sharp pain in prior sessions.² If you feel a sharp pull at the upper arm during heavy eccentrics, treat it as a warning shot and see an orthopedist before you bench again.

AC-joint pain — sharp, localized to the very top of the shoulder where the clavicle meets the acromion — usually responds to narrowing the grip, rotating to dumbbell or neutral-grip variations, and reducing horizontal-pressing volume for several weeks.

Not normal: sudden sharp pain mid-rep, an audible pop, numbness or tingling radiating down the arm, weakness that does not resolve within a couple of days, or persistent night pain. Any of these is a “see a physician this week” signal, not a “try a different cue next session” signal.

What’s Next: Recovery, Readiness, and Staying in the Game

You do not get stronger from training. You get stronger from recovering from training. The bench press, more than the squat or deadlift, punishes lifters who confuse those two ideas.

The shoulder is a small, mobile, soft-tissue-dependent joint pressing against demands sized for the hips. It needs more recovery time, more variation, and more attention to balance than most lifters give it. The lifters who bench heavy at 50 are the ones who treated their shoulders like investments at 25.

Plews and colleagues’ methodological work in Sports Medicine on heart-rate-variability monitoring in elite endurance athletes laid out the framework for HRV-guided training — modulating intensity to your morning HRV signal rather than rigidly following a pre-planned schedule.¹¹ The same principle applies to strength training. Your nervous system has a vote on whether today is a heavy day. Lifters who track HRV, sleep, and subjective readiness will avoid more shoulder problems in five years than lifters who follow any specific bench program will accumulate.

That is the layer SensAI is built to provide — your HRV, your sleep quality, your readiness score, and the AI coach reading those signals before it tells you what today’s bench session should actually look like. Some days that is a 90% top single. Some days it is paused doubles at 70%. The program is a starting point. The signal is the truth.

This post completes the compound-lift trilogy. Pair it with how to squat and how to deadlift for the full set — the three lifts that, executed well over a decade, build more muscle, strength, and resilience than any other movements you can choose.

Bench heavy. Bench through full ROM. Bench often enough — but only as often as your shoulders can actually recover. That is the whole game.

Frequently Asked Questions

How often should I bench press?

Two times per week is the right answer for almost every lifter. Schoenfeld’s frequency meta-analysis showed superior hypertrophy outcomes for 2+ sessions per week at equated volume.¹⁰ Three times per week works for advanced lifters with the recovery to support it. Once per week leaves gains on the table.

Incline or flat bench — which should I prioritize?

Both. Flat bench is the default for measuring strength progress; incline (15-30 degrees) adds upper-pec emphasis and reduces AC-joint stress.⁸ Most well-built programs include both, with flat as the primary lift and incline as either a same-day accessory or a second-bench-day primary.

Are dumbbells better than barbells for bench press?

Different, not better. Dumbbells produce greater ROM, expose asymmetries, and demand more stabilizer recruitment, but they also limit how much absolute load you can press by roughly 15-20% versus the barbell at equivalent total weight.¹ Most lifters benefit from both in rotation, not from picking one forever.

How wide should my grip be?

About 1.5x biacromial width — meaning when the bar is on your chest, your forearms are vertical. That puts the elbows in the 45-75 degree tuck range that Lehman’s EMG work and Green and Comfort’s review both support as the safest, most balanced position.³⁴

Do I have to touch the chest on every rep?

Yes, unless you have a current shoulder injury preventing it. Full ROM produces superior strength and hypertrophy outcomes compared with partial ROM, and the strength transfers down to the partial range — but not up.⁶⁷

How long does it take to add 50 pounds to my bench?

Beginners can add 50 lb in 6-12 weeks running a strict linear progression. Intermediate lifters (already benching 1.0-1.2x bodyweight) usually need 6-12 months. Advanced lifters (benching 1.5x+ bodyweight) often need years for the same 50 lb. The closer you are to your genetic ceiling, the more every pound costs.

References

Saeterbakken AH, van den Tillaar R, Fimland MS. “A comparison of muscle activity and 1-RM strength of three chest-press exercises with different stability requirements.” Journal of Sports Sciences, 2011. PMID: 21225489. https://pubmed.ncbi.nlm.nih.gov/21225489/ ↩ ↩² ↩³ ↩⁴ ↩⁵
Wise PM, Ptasinski AM, Gallo RA. “Pectoralis Major Ruptures in the National Football League: Incidence, RTP, and Performance Analysis.” Orthopaedic Journal of Sports Medicine, 2021. PMID: 34262984. https://pubmed.ncbi.nlm.nih.gov/34262984/ ↩ ↩²
Lehman GJ. “The influence of grip width and forearm pronation/supination on upper-body myoelectric activity during the flat bench press.” Journal of Strength and Conditioning Research, 2005. PMID: 16095407. https://pubmed.ncbi.nlm.nih.gov/16095407/ ↩ ↩² ↩³ ↩⁴
Green CM, Comfort P. “The Affect of Grip Width on Bench Press Performance and Risk of Injury.” Strength and Conditioning Journal, 2007;29(5):10-14. https://journals.lww.com/nsca-scj/Abstract/2007/10000/The_Affect_of_Grip_Width_on_Bench_Press.2.aspx ↩ ↩² ↩³
Saeterbakken AH, Andersen V, van den Tillaar R, Joly F, Stien N. “The effects of ten weeks resistance training on sticking region in chest-press exercises.” PLoS One, 2020. PMID: 32645111. https://pubmed.ncbi.nlm.nih.gov/32645111/ ↩ ↩²
Pinto RS, Gomes N, Radaelli R, Botton CE, Brown LE, Bottaro M. “Effect of range of motion on muscle strength and thickness.” Journal of Strength and Conditioning Research, 2012. PMID: 22027847. https://pubmed.ncbi.nlm.nih.gov/22027847/ ↩ ↩²
Pallarés JG, Hernández-Belmonte A, Martínez-Cava A, Vetrovsky T, Steffl M, Courel-Ibáñez J. “Effects of range of motion on resistance training adaptations: A systematic review and meta-analysis.” Scandinavian Journal of Medicine & Science in Sports, 2021. PMID: 34170576. https://pubmed.ncbi.nlm.nih.gov/34170576/ ↩ ↩²
Rodríguez-Ridao D, Antequera-Vique JA, Martín-Fuentes I, Muyor JM. “Effect of Five Bench Inclinations on the Electromyographic Activity of the Pectoralis Major, Anterior Deltoid, and Triceps Brachii during the Bench Press Exercise.” International Journal of Environmental Research and Public Health, 2020. PMID: 33049982. https://pubmed.ncbi.nlm.nih.gov/33049982/ ↩ ↩²
Schoenfeld BJ, Grgic J, Ogborn D, Krieger JW. “Strength and Hypertrophy Adaptations Between Low- vs. High-Load Resistance Training: A Systematic Review and Meta-analysis.” Journal of Strength and Conditioning Research, 2017. PMID: 28834797. https://pubmed.ncbi.nlm.nih.gov/28834797/ ↩
Schoenfeld BJ, Ogborn D, Krieger JW. “Effects of Resistance Training Frequency on Measures of Muscle Hypertrophy: A Systematic Review and Meta-Analysis.” Sports Medicine, 2016. PMID: 27102172. https://pubmed.ncbi.nlm.nih.gov/27102172/ ↩ ↩²
Plews DJ, Laursen PB, Stanley J, Kilding AE, Buchheit M. “Training adaptation and heart rate variability in elite endurance athletes: opening the door to effective monitoring.” Sports Medicine, 2013. PMID: 23852425. https://pubmed.ncbi.nlm.nih.gov/23852425/ ↩