Lat pulldown: how to do it and how much you should lift

The lat pulldown is a cable exercise: you sit under a high pulley and pull a long bar from overhead down to your upper chest. It trains the lats, the wide muscles at the sides of your back. The biceps, the rear of the shoulders and the muscles between your shoulder blades help. Grip the bar overhand a little wider than your shoulders, lean back slightly, and drive your elbows down to your sides.

Trains
Lats, biceps, rear shoulders, mid back
Equipment
A lat pulldown machine, or a high cable with a long bar
Level
Beginner
First cue
Drive your elbows down to your sides

Muscles the lat pulldown works

The lat pulldown works the latissimus dorsi (the lats) hardest. These are the wide, flat muscles that run from your upper arm down to your lower back. The teres major, a smaller muscle below the shoulder blade, works with them. The biceps and the forearms bend your elbow and hold the bar. The rear of the shoulders, the middle and lower trapezius and the rhomboids pull your shoulder blades down and together. Your lower chest helps a little.

Most of that comes from studies that measure electrical activity with skin sensors (EMG). EMG shows which muscles fire, not which ones grow. A 2026 review of 23 EMG studies of pulling exercises found one steady pattern on the pulldown: a bar pulled in front of the face fired the lats most consistently.

No study has measured lat growth from the pulldown, only arm growth. In a 10-week study of 29 untrained young men, a program of only lat pulldowns and bench presses grew the elbow flexors by 6.5%. Adding curls and triceps work gave about 7%, and the 2 groups did not differ.

Back
Front

Muscles worked

Main muscles

Upper back

Helping muscles

Biceps, Rear of the shoulders, Traps, Forearms

How to do a lat pulldown

  1. Sit facing the machine. Set the thigh pad so your thighs fit snugly under it, with your feet flat on the floor.
  2. Stand up and grip the bar overhand, about 1.5 times your shoulder width, thumbs wrapped around it. Sit back down with the bar in your hands.
  3. Start with your arms straight overhead. Let the weight lift your shoulders a little, so your lats start on a stretch.
  4. Lean back slightly, enough for the bar to pass your face. Keep your chest up.
  5. Pull your shoulders down, away from your ears. Then drive your elbows down to your sides until the bar touches your upper chest, near your collarbones.
  6. Let the bar rise under control until your arms are straight again. The plates on the stack should only touch lightly between reps.
  7. Breathe out as you pull the bar down, and breathe in as it goes back up.

Keep the same torso angle from the first rep to the last. If you rock further back each rep, the weight is too heavy.

Which grip: wide, close, overhand or underhand?

Grip matters less than gym talk suggests. An overhand grip about 1.5 times your shoulder width, pulled to the front, is a good default. After that, pick the grip that feels best on your shoulders and elbows. Shoulder width here means the distance between the bony tips of your shoulders.

GripWhat the studies found
Wide, overhand, in frontIt gave the most lat activity of 4 grips in a study of 10 men. For years after, it was recommended as the best version for the lats.
Medium or close, overhandIn 15 men, grips of 1, 1.5 and 2 times shoulder width gave similar lat activity. The narrow and medium grips lifted about 3 kg more for 6 reps.
Underhand, palms facing youIn 12 men, an overhand grip gave more lat activity than an underhand one, at both a wide and a close width. Biceps activity did not change. A second study of 12 men also found no extra biceps work underhand.
Close, palms facing each other (V-handle)In 24 trained men, lat activity matched the wide grip in front. The biceps worked harder and the chest less.
Wide, behind the neckWhile pulling down, the lats were as active as with the front pull in one study and less active in 2 others. Read the safety section below first.

The largest study had 40 men with at least 5 years of training try 7 versions, with different grips, widths and torso lean. Lat activity did not differ between them. A 2026 review came to a similar view: grip width effects were inconsistent, and only pulling in front stood out.

All of this is EMG, measured over a few reps. No study has compared back growth between pulldown grips.

A cue may matter more than the grip. In a study of 8 women new to lifting, spoken instructions on pulling with the lats raised lat activity. Biceps activity stayed the same. A common cue: pull your elbows down towards your back pockets.

Where the advice differs

Most pulldown rules are coaching habit, not tested in studies. Where coaches disagree, the right answer depends on your shoulders and your goal.

QuestionWhat to doWhy, and when it changes
How far should you lean back?Lean back a little, enough for the bar to pass your face.No study sets an angle. In 40 experienced men, a 30-degree lean with a wide grip raised rear shoulder activity, not lat activity. Lean much further and the pulldown turns into a row.
How low should the bar go?To your upper chest, around your collarbones.No study compares how far down to pull. Going lower usually means leaning far back or rounding forward. If your shoulders roll forward at the bottom, stop a little higher.
How high on the way up?Let your arms straighten and your shoulders rise a little at the top.In an 8-week study of 30 trained people, partial reps in only the stretched, arms-overhead half matched full reps. Arm growth and the one-arm pulldown 10-rep max improved alike. The lats were not measured.
Use some momentum?Keep your torso still on most sets. A small rock back on the last hard reps is a choice.No study has tested it on the pulldown. A swing moves more weight but takes work away from your back.
Use lifting straps?Use them when your grip gives out before your back.In 12 trained men, straps did not change the max, the reps at 70% of the max or lat activity. They help only when your hands are the weak link.
Pulldown or pull-up?Do both if you can. The pulldown lets you train with less than your body weight.Chin-ups worked the biceps and lower back harder than the pulldown in one study. Pulldown and pull-up strength were closely linked in college men, loosely in women.

Common mistakes and how to fix them

MistakeFix
Leaning far back and rowing the bar to your stomachSit nearly upright with a slight lean, and lower the weight
Swinging your body to start each repLower the weight until your torso stays still
Pulling the bar behind your neckPull it in front of your face, to your upper chest
Pulling with your hands and bicepsThink of your hands as hooks and drive your elbows down to your sides
Shoulders shrugged up to your ears at the bottomPull your shoulders down before you bend your elbows
Letting the bar yank your arms back upLet it rise under control, in about the same time it took to pull it
Never straightening your arms at the topLet your arms go straight before the next rep
Your thighs lifting off the seatLower the thigh pad until it holds your thighs down
Your head poking forward to meet the barKeep your head still and let the bar pass your face

Sets, reps and rest for the lat pulldown

There is no single right number. The table is a starting point built on the research on lifting in general. None of these studies tested the pulldown on its own.

GoalReps per setSetsRestHow hard
Starting out8 to 122 to 31 to 2 minutesStop 2 to 3 reps short of failure
Strength4 to 83 to 52 to 3 minutesStop 1 to 3 reps short of failure
Muscle6 to 15Enough for 10 or more back sets a week1.5 to 3 minutesStop 0 to 2 reps short of failure

What the studies show:

  • Heavy weights build more strength. Muscle grows about as well with light or heavy weights, if the sets go close to failure.
  • More weekly sets bring more muscle, up to a point. Strength gains level off sooner.
  • Your biceps help on every rep. A 2026 review of 67 studies found that such sets count best as half a set for the helping muscle. So 2 pulldown sets make about one biceps set.
  • With the same weekly sets, training a muscle 2 or 3 times a week does not add size over once.
  • You do not need to reach failure. On the pulldown, a failed rep is safe: the bar just rises back up. That makes it a good lift to take close to failure.
  • Rest longer before heavy sets. Rests of 3 minutes built more strength than 1 minute in trained men. For muscle size, rests past 90 seconds made little further difference.

For longer answers, read how many sets and reps build muscle and how long to rest between sets.

Warm-up sets before the lat pulldown

One or 2 lighter sets on the stack are enough before your working sets. For example, do 10 easy reps at about half your working weight, then 5 reps at about 80%. A stack moves in fixed steps, so pick the nearest pin.

Only the 80% set has some study support. In 15 men, a warm-up set of 5 reps at 80% of the working weight led to more total work than warm-ups at 40% or 60%. Their session included the wide-grip pulldown, but the clearest gain was on the bench press. A study of the squat and bench press found much the same. Another found that the kind of warm-up made no difference to reps.

The half-weight set and the rep counts are habit. No study shows that warm-up sets prevent injury.

If you did pull-ups or rows earlier in the session, your back is already warm. One set at about 80% is usually enough.

How much should you lat pulldown for your weight?

The table shows where each level starts, as a one-rep max (1RM), for ages 18 to 29. 1RM is the most weight you can pull once. These are Trackist's own strength standards, the same ones the strength calculator and the app use.

Trackist scores the lat pulldown in one pulling group with rows, pull-ups and chin-ups. They all meet the same lines. Pull-ups and chin-ups count your whole body weight plus any weight you add. The standards were written from published coaching tables, rounded, and they describe people who train, not everyone.

Lat pulldown standards by body weight

Estimated one-rep max where each level starts, ages 18 to 29.

Men

Body weightBeginnerNoviceIntermediateAdvancedElite
60 kg130 lb35 kg75 lb50 kg110 lb65 kg145 lb85 kg185 lb105 kg230 lb
70 kg155 lb42.5 kg95 lb60 kg130 lb77.5 kg170 lb97.5 kg215 lb122.5 kg270 lb
80 kg175 lb47.5 kg105 lb67.5 kg150 lb87.5 kg195 lb112.5 kg250 lb140 kg310 lb
90 kg200 lb55 kg120 lb77.5 kg170 lb100 kg220 lb125 kg275 lb157.5 kg345 lb
100 kg220 lb60 kg130 lb85 kg185 lb110 kg245 lb140 kg310 lb175 kg385 lb
110 kg245 lb65 kg145 lb92.5 kg205 lb120 kg265 lb155 kg340 lb192.5 kg425 lb
120 kg265 lb72.5 kg160 lb102.5 kg225 lb132.5 kg290 lb167.5 kg370 lb210 kg465 lb

Women

Body weightBeginnerNoviceIntermediateAdvancedElite
50 kg110 lb20 kg45 lb27.5 kg60 lb37.5 kg85 lb50 kg110 lb65 kg145 lb
60 kg130 lb25 kg55 lb32.5 kg70 lb45 kg100 lb60 kg130 lb77.5 kg170 lb
70 kg155 lb27.5 kg60 lb37.5 kg85 lb52.5 kg115 lb70 kg155 lb90 kg200 lb
80 kg175 lb32.5 kg70 lb45 kg100 lb60 kg130 lb80 kg175 lb105 kg230 lb
90 kg200 lb35 kg75 lb50 kg110 lb67.5 kg150 lb90 kg200 lb117.5 kg260 lb
100 kg220 lb40 kg90 lb55 kg120 lb75 kg165 lb100 kg220 lb130 kg285 lb

After 29, the lines drop: by 5% in your 30s, 12% in your 40s, 20% in your 50s and 30% from 60. The strength calculator adjusts for your exact age and scores all 4 main lifts.

A 60 kg woman reaches the intermediate level at 45 kg (100 lb), 0.75 times her body weight. An 80 kg man reaches it at 87.5 kg (195 lb), 1.1 times his.

How this compares with other tables:

  • Strength Level builds its table from 2 million pulldowns its users logged. For a 60 kg woman, its 5 levels start at 23, 33, 46, 60 and 76 kg. Ours start at 25, 32.5, 45, 60 and 77.5 kg.
  • For an 80 kg man, its levels start at 47, 64, 85, 108 and 133 kg. Ours sit 0.5 to 7 kg higher at every level.
  • Its lines rise more slowly with body weight than ours. So for heavier lifters our lines sit higher, and for lighter ones a little lower. For a 100 kg man, its intermediate line is 98 kg and ours is 110 kg.
  • Each table uses a different group of people and different cut-offs, so a level in one does not match a level in another.

The same line is harder to reach on the pulldown than on the pull-up. In a study of 35 men and 23 women at college, the max pull-up, counted with body weight, came out higher than the max pulldown. Men pulled 1.16 times their body weight on the pull-up and 0.93 times on the pulldown. Women pulled 0.73 and 0.55 times. A pull-up figure under 1 means that, on average, the women needed help for a single rep.

Machines differ too. Pulleys, cams and friction change how heavy the same pin feels, so one machine can feel lighter than another. Your numbers compare best on the same machine, and the table works as a rough guide.

Under 18? The table is for adults, and it sets no target for teenagers. For a young lifter, clean reps and slow, steady progress matter more than any number on it.

Find your lat pulldown max

You do not need to test a true one-rep max on the pulldown, and few people do. Type a set you did, and the calculator estimates your max with 7 formulas. Sets of 10 reps or fewer give the closest estimate. For more detail, open the 1RM calculator.

Formulas may run a little low on the pulldown. Two of these formulas, Mayhew and Wathen, were tested in 23 men and women. They underestimated the true max on the pulldown and the seated cable row by about 2 to 7 kg.

Your set

A recent hard set, where you could not have done another rep.

Units
kg

Your estimated 1RM: 116.7 kg.

Your estimated 1RM

116.7kgBy the Epley formula

The 7 formulas give 112.5 to 119 kg.

Each formula

  • Epley116.7 kg
  • Brzycki112.5 kg
  • Lander113.7 kg
  • Lombardi117.5 kg
  • Mayhew119 kg
  • O’Conner112.5 kg
  • Wathen116.6 kg

Watch your max climb

Trackist estimates your max from the sets you log

This page reads one set. The app reads the loaded sets you log and, from your second session, charts your estimated one-rep max on the exercise’s page.

  • A chart of your estimated 1RM on the exercise page, from your second session
  • A personal record when you beat your best estimated 1RM
  • A suggestion for your next session, from the sets you logged last time
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Percentages of your 1RM

From your estimated 1RM above.

% of 1RMWeight
100%116.7 kg
95%110.8 kg
90%105 kg
85%99.2 kg
80%93.3 kg
75%87.5 kg
70%81.7 kg
65%75.8 kg
60%70 kg
55%64.2 kg
50%58.3 kg

Your rep maxes

The weight for each number of reps, by the Epley formula.

RepsWeight
1116.7 kg
2109.4 kg
3106.1 kg
4102.9 kg
5100 kg
697.2 kg
794.6 kg
892.1 kg
989.7 kg
1087.5 kg
1185.4 kg
1283.3 kg

Lat pulldowns and your shoulders

The pulldown is one of the gentler back exercises: you sit, nothing rests on your spine, and a failed rep just lets the bar rise. Three things keep it that way.

Behind the neck. Pulling the bar behind your head turns your upper arms out with your elbows high, the so-called high-five position. In a study of 159 men, those who did behind-the-neck pulldowns or presses more often showed signs of a loose, unstable shoulder. That is a link, not proof of cause, and the authors called for trials to test it. In 3 studies, the lats worked as hard or harder with the bar in front as you pulled down. So pulling in front costs you no lat work.

The thigh pad. Set it so your thighs fit snugly under it, with your feet flat. Once the weight on the stack nears your body weight, the pad is what keeps you in the seat. Set too high, it lets you rise with the bar.

On the way up. Let the bar rise under control and your arms reach overhead. Do not let the stack yank your arms straight, because the top is where your shoulder is most stretched. That is mechanics, not a measured result. At the end of a set, let the bar rise all the way before you let go of it.

When the lat pulldown hurts

Pain is a reason to change something, not to push through. Diagnosis and treatment belong to a physiotherapist or a doctor. Up to 36% of the injuries recorded in weight training are at the shoulder, so take shoulder pain seriously.

  • Front of the shoulder: pull in front, never behind the neck. Try a slightly narrower grip or a V-handle, and stop the bar a little higher for a few weeks.
  • Elbow or biceps: try the other grip. Some lifters find a neutral or underhand grip easier on the elbow, others overhand. Straps take load off your forearms.
  • Neck: stop pulling behind the neck, and keep your chin from poking forward to meet the bar.
  • Numbness, tingling or weakness down an arm needs a doctor soon.

For lasting pain, read what to do when a lift hurts.

Lat pulldown variations and alternatives

VariationWhat it changes
Close-grip pulldown (V-handle)Your palms face each other, close together. Lat activity matched the wide grip in one study, with more biceps work.
Underhand pulldownYour palms face you, about shoulder width apart. In one study, the lats were less active than with an overhand grip.
Single-arm cable pulldownOne handle on a high cable. Each side works on its own.
Straight-arm pulldownYou stand and sweep a bar down to your thighs with nearly straight arms. The biceps barely help.
Kneeling pulldownYou kneel facing a high cable. With no thigh pad, your trunk holds you in place.
Machine pulldownHandles on a lever arm instead of a cable. The path is fixed.
Assisted pull-upA machine or a band takes part of your body weight. A step between the pulldown and a full pull-up.
Pull-upYou pull your own body up to an overhand bar. In 2 studies of college men, 8 weeks of pulldown training raised their pull-up reps.
Chin-upA pull-up with an underhand grip. It worked the biceps and lower back harder than the pulldown in one study.

In Trackist's exercise library, the lat pulldown sits in one group with 6 other pulls from overhead: the wide-grip lat pulldown, the neutral-grip lat pulldown, the pull-up, the wide-grip pull-up, the chin-up and the assisted pull-up. The app's lat pulldown page lists them as similar movements. When you swap the pulldown for one session or for the rest of your plan, the picker puts that group first, then other lat exercises, starting with those your equipment and joints allow.

How Trackist runs your lat pulldown

Trackist is an AI personal trainer for the gym. It writes your plan, and the lat pulldown gets this from the app:

  • From your second session of the pulldown, Trackist suggests what to try from the last time you logged it. When every set at your top weight reached the top of the rep range, it adds 5 kg (10 lb). Inside the range, it keeps the weight and asks for more reps. There is no suggestion in a deload week.
  • When you fall short of the reps, it keeps the weight, takes about 5% off or leaves the call to you, depending on how far short you fell and how hard the sets felt.
  • From your second session, it logs a personal record when you beat your heaviest weight, your most reps at a weight or your best estimated max.
  • The exercise page shows 4 form cues, the muscles worked and the joints the pulldown loads: the shoulder and the elbow. From your second session, it adds a chart of your estimated one-rep max.
  • When your elbow hurts on the pulldown, you report it and rate it from 1 to 5. Trackist swaps the pulldown for a lat exercise that spares the elbow, such as the straight-arm pulldown or the machine pullover. Your profile remembers that pulling hurts the elbow, so later plans leave out pulls, rows and curls that load it, and keep your presses.
  • When your shoulder hurts on it, the library has no lat exercise that leaves the shoulder out. Trackist picks a replacement from the exercises your profile still allows, or lets you pick one. Later plans leave out pull-ups, pulldowns, bent-over rows and other pulls that load the shoulder. Rows where a pad, a bench or a seat holds your torso stay, such as the chest-supported row, the machine row and the seated cable row.
  • Your lat pulldown counts towards your Strength Score in the pulling group, with the same standards as the table above, adjusted for your age.

FAQ

Questions, answered.

What muscles does the lat pulldown work?

The lats most, with the teres major below the shoulder blade. The biceps and forearms bend the elbow and hold the bar. The rear of the shoulders, the middle and lower trapezius and the rhomboids work between the shoulder blades.

Is a wide or close grip better for lat pulldowns?

Neither is clearly better. In 15 men, grips of 1, 1.5 and 2 times shoulder width gave similar lat activity. The narrow and medium grips lifted about 3 kg more. Start at about 1.5 times your shoulder width.

Should I do lat pulldowns overhand or underhand?

Overhand is the usual default. In a study of 12 men, an overhand grip gave more lat activity than an underhand one, at both a wide and a close width. Biceps activity was the same. Use underhand if it feels better on your elbows or shoulders.

Are behind-the-neck lat pulldowns bad for your shoulders?

They give your lats nothing extra, and they are linked with signs of a loose shoulder. In a study of 159 men, behind-the-neck pulldowns and presses went with signs of an unstable shoulder, though that does not prove they caused it. In 3 studies, the lats worked as hard or harder with the bar in front as you pull down. Pull the bar in front of your face.

How much should I lat pulldown for my body weight?

By Trackist’s standards, a woman aged 18 to 29 reaches intermediate at a one-rep max of 0.75 times body weight, and a man at 1.1 times. For a 60 kg woman that is 45 kg, and for an 80 kg man about 88 kg. Strength Level’s table, built from lifts its users logged, puts them at 46 and 85 kg.

How many sets and reps of lat pulldowns should I do?

For muscle, sets of 6 to 15 reps taken close to failure, enough for 10 or more back sets a week. For strength, 3 to 5 sets of 4 to 8 reps. Starting out, 2 to 3 sets of 8 to 12 reps is plenty.

Will lat pulldowns help me do a pull-up?

They help, but they are not the whole answer. In 2 studies of college men, 8 weeks of pulldown training raised their pull-up reps. In women, pulldown strength and pull-ups were only loosely linked. Add assisted pull-ups and practice the pull-up itself.

Should I lean back on a lat pulldown?

A little, enough for the bar to pass your face. No study sets an angle. In 40 experienced men, a 30-degree lean raised rear shoulder activity, not lat activity. Leaning far back and pulling the bar to your stomach turns the pulldown into a row.

Sources

The studies and rules this page draws on. Where the evidence is thin, the text says so.

  1. Di Fonza D and others (2026). Electromyographic analysis of latissimus dorsi activation during common resistance training exercises: a narrative review. Journal of Functional Morphology and Kinesiology.
  2. Vigotsky AD and others (2017). Interpreting signal amplitudes in surface electromyography studies in sport and rehabilitation sciences. Frontiers in Physiology.
  3. Gentil P and others (2013). Effect of adding single-joint exercises to a multi-joint exercise resistance-training program on strength and hypertrophy in untrained subjects. Applied Physiology, Nutrition, and Metabolism.
  4. Signorile JF, Zink AJ and Szwed SP (2002). A comparative electromyographical investigation of muscle utilization patterns using various hand positions during the lat pull-down. Journal of Strength and Conditioning Research.
  5. Andersen V and others (2014). Effects of grip width on muscle strength and activation in the lat pull-down. Journal of Strength and Conditioning Research.
  6. Lusk SJ, Hale BD and Russell DM (2010). Grip width and forearm orientation effects on muscle activity during the lat pull-down. Journal of Strength and Conditioning Research.
  7. Lehman GJ and others (2004). Variations in muscle activation levels during traditional latissimus dorsi weight training exercises: an experimental study. Dynamic Medicine.
  8. Sperandei S and others (2009). Electromyographic analysis of three different types of lat pull-down. Journal of Strength and Conditioning Research.
  9. Padovan R and others (2024). High-density electromyography excitation in front vs. back lat pull-down prime movers. Journal of Human Kinetics.
  10. Buonsenso A and others (2025). Electromyographic analysis of back muscle activation during lat pulldown exercise: effects of grip variations and forearm orientation. Journal of Functional Morphology and Kinesiology.
  11. Snyder BJ and Leech JR (2009). Voluntary increase in latissimus dorsi muscle activity during the lat pull-down following expert instruction. Journal of Strength and Conditioning Research.
  12. Wolf M and others (2025). Lengthened partial repetitions elicit similar muscular adaptations as full range of motion repetitions during resistance training in trained individuals. PeerJ.
  13. Valério DF and others (2021). The effects of lifting straps in maximum strength, number of repetitions and muscle activation during lat pull-down. Sports Biomechanics.
  14. Doma K, Deakin GB and Ness KF (2013). Kinematic and electromyographic comparisons between chin-ups and lat-pull down exercises. Sports Biomechanics.
  15. Johnson D and others (2009). Relationship of lat-pull repetitions and pull-ups to maximal lat-pull and pull-up strength in men and women. Journal of Strength and Conditioning Research.
  16. Halet KA and others (2009). Relationship of 1 repetition maximum lat-pull to pull-up and lat-pull repetitions in elite collegiate women swimmers. Journal of Strength and Conditioning Research.
  17. Li Q and others (2025). Eight-week lat pull-down resistance training with joint instability leads to superior pull-up endurance performance and reduced antagonist coactivation in recreationally active male college students. European Journal of Sport Science.
  18. Li Q and others (2025). Effect of eight-week transcranial direct-current stimulation combined with lat pull-down resistance training on improving pull-up performance for male college students. Life.
  19. Currier BS and others (2026). American College of Sports Medicine position stand: resistance training prescription for muscle function, hypertrophy, and physical performance in healthy adults. Medicine and Science in Sports and Exercise.
  20. Schoenfeld BJ and others (2017). Strength and hypertrophy adaptations between low- vs. high-load resistance training: a systematic review and meta-analysis. Journal of Strength and Conditioning Research.
  21. Pelland JC and others (2026). The resistance training dose response: meta-regressions exploring the effects of weekly volume and frequency on muscle hypertrophy and strength gains. Sports Medicine.
  22. Schoenfeld BJ, Grgic J and Krieger J (2019). How many times per week should a muscle be trained to maximize muscle hypertrophy? Journal of Sports Sciences.
  23. Refalo MC and others (2023). Influence of resistance training proximity-to-failure on skeletal muscle hypertrophy: a systematic review with meta-analysis. Sports Medicine.
  24. Schoenfeld BJ and others (2016). Longer interset rest periods enhance muscle strength and hypertrophy in resistance-trained men. Journal of Strength and Conditioning Research.
  25. Singer A and others (2024). Give it a rest: a systematic review with Bayesian meta-analysis on the effect of inter-set rest interval duration on muscle hypertrophy. Frontiers in Sports and Active Living.
  26. Viveiros L and others (2024). High-load and low-volume warm-up increases performance in a resistance training session. Journal of Bodywork and Movement Therapies.
  27. Ribeiro B and others (2020). The role of specific warm-up during bench press and squat exercises: a novel approach. International Journal of Environmental Research and Public Health.
  28. Ribeiro AS and others (2014). Effect of different warm-up procedures on the performance of resistance training exercises. Perceptual and Motor Skills.
  29. McCrary JM, Ackermann BJ and Halaki M (2015). A systematic review of the effects of upper body warm-up on performance and injury. British Journal of Sports Medicine.
  30. Strength Level. Lat pulldown standards (user-logged lifts, read 25 October 2026).
  31. Pérez-Castilla A and others (2021). Validity of different velocity-based methods and repetitions-to-failure equations for predicting the 1 repetition maximum during 2 upper-body pulling exercises. Journal of Strength and Conditioning Research.
  32. Kolber MJ, Corrao M and Hanney WJ (2013). Characteristics of anterior shoulder instability and hyperlaxity in the weight-training population. Journal of Strength and Conditioning Research.
  33. Kolber MJ and others (2010). Shoulder injuries attributed to resistance training: a brief review. Journal of Strength and Conditioning Research.

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