Lat pulldown or pull-up alternatives with dumbbells
Dumbbells can't load a pulldown, because gravity pulls down. What to grab first when it's taken, and the best dumbbell rows for your lats, with sets and reps.
Short answer
Here’s the honest answer first: dumbbells can’t load a vertical pull. A lat pulldown or a pull-up has you pull your arms down from overhead against something pulling them up. A dumbbell’s weight only pulls toward the floor, so if you hold one overhead and drive your elbows down, gravity helps you. No dumbbell exercise copies the pulldown.
What dumbbells can do is train your lats with rows. That keeps your back working for a session, or for months if you have to. But reach for the dumbbells last, not first.
When the pulldown is taken, go in this order
Ask how many sets they have left. Pulldown sets are quick, so if it’s one or two, do your rows now and come back. If it’s a long wait, take the first option on this list that’s free.
| Order | What’s free | Do this | Why |
|---|---|---|---|
| 1 | A bar: pull-up bar, assisted pull-up machine, or a Smith or rack bar | Pull-up, chin-up, assisted pull-up, or an inverted row under a bar at hip height | Still a vertical pull, or a bodyweight row that works the lats hard |
| 2 | Any cable with a high pulley | Single-arm cable pulldown, kneeling, or a straight-arm pulldown | Same line of pull as the machine |
| 3 | A band and something high to anchor it | Band lat pulldown or band straight-arm pulldown | Same line of pull, but light with your arms overhead and hardest at the bottom |
| 4 | Dumbbells only | One-arm row, chest-supported row, then a pullover | Trains the lats, but as a row, not a vertical pull |
If you can’t do a pull-up yet and the assisted machine is busy too, see assisted pull-up machine taken for band and negative options.
Pick by why you were doing pulldowns
| If you do pulldowns for | Best swap | Note |
|---|---|---|
| Lat size | Any option from steps 1 to 3; with dumbbells, a one-arm row plus a pullover | Two dumbbell exercises cover the row and the stretch. Add the pullover only if reaching back overhead feels fine |
| Working toward your first pull-up | Negative pull-ups or assisted pull-ups on any free bar | Rows build your back, but they don’t practice the pull-up |
| A shoulder that doesn’t like overhead pulling | Chest-supported dumbbell row | Keeps your arms below shoulder height |
If a pull, row or pullover hurts, stop the exercise, and see a qualified professional if it’s sharp or lasting.
The best dumbbell options for your lats
One-arm row, elbow toward your hip. Put one hand and knee on a bench, or a hand on a rack if no bench is free. Start each dumbbell row with your arm hanging long and your shoulder blade reaching forward. Pull the dumbbell back toward your hip, not up toward your chest, with your elbow close to your side. Lower it for 2 seconds.
Why the tucked elbow? A review of muscle-activity studies found that in seated rows, a narrower grip and keeping the upper arm closer to the body were each linked with more lat activity. Applying that to a dumbbell row is our inference, but it’s the same arm position.
Chest-supported row. Lie chest-down on an incline bench and row two dumbbells with your elbows in. Your lower back does nothing, so it’s the pick late in a session or after deadlifts. If no incline bench is free, a seal row on a high flat bench does the same job.
Dumbbell pullover, with its limit. Lie on a flat bench and hold one dumbbell with both hands above your chest. With a slight bend in your elbows, lower it behind your head until you feel a stretch under your arms, then pull it back until it’s over your forehead. Two honest limits: a barbell pullover at 30% of body weight worked the chest more than the lats, a review of pullover studies found the same pattern, and the load drops away as the dumbbell passes over your shoulders. Use it as a second exercise after a row, never as your only lat work.
Sets, reps and the load
Your pulldown stack number won’t carry over. Stacks and pulleys vary between machines, and a dumbbell loads the muscle differently. Even pulldown and pull-up numbers don’t line up: in one study of 58 college students, the two maxes tracked closely in men but not in women. Treat the first set as a test and stop 2 to 3 reps short of failure.
| Swap | Sets and reps | Rest |
|---|---|---|
| Pull-up or chin-up | 3 × 6 to 12 | About 2 minutes |
| Inverted row | 3 × 8 to 12 | 60 to 90 seconds |
| Single-arm cable pulldown | 3 × 10 to 12 each arm | 60 to 90 seconds after both arms |
| Band lat pulldown | 3 × 10 to 15 | 60 seconds |
| One-arm dumbbell row | 3 × 8 to 12 each arm | 60 to 90 seconds after both arms |
| Chest-supported dumbbell row | 3 × 10 to 12 | 60 to 90 seconds |
| Dumbbell pullover, after a row | 2 × 12 to 15 | 60 seconds |
Two time costs to plan for. One-arm rows take about twice as long as a pulldown, because you train one side at a time; go straight from one arm to the other and rest after both. And covering both the row and the stretch means two exercises, not one. If you’re short on time, do the chest-supported row, which trains both sides at once, and skip the pullover.
Once you hit the top of the rep range on every set, go up to the next dumbbell. The double progression calculator works for this.
The honest limit
Rows train the lats, but in a different direction. If your goal is a stronger pulldown or a first pull-up, rows won’t train that movement. For one session that doesn’t matter. If you train with dumbbells only for months, make the one-arm row your main back lift, and get a doorway pull-up bar or a set of bands, the cheapest ways to bring the vertical pull back.
What the research says
- In 8 men doing a barbell pullover at 30% of body weight, the exercise worked the chest more than the lats (Marchetti and Uchida, 2011).
- A review of 23 muscle-activity studies found the pullover seemed to favor the chest over the lats, and that pull-up grips gave broadly similar lat activity. In seated rows, a narrower grip and a smaller angle between upper arm and body were each linked with more lat activity, in separate studies (Di Fonza and colleagues, 2026).
- In 26 adults, every inverted-row version tested drove lat, biceps, lower-trap and rear-delt activity above 61% of maximum (Youdas and colleagues, 2016).
- In 58 college students, pulldown and pull-up maxes correlated well in men but weakly, and not significantly, in women (Johnson and colleagues, 2009).
All of these measured muscle activity or strength on the day, not growth over weeks. They show which moves work the lats hardest, not which swap builds the most muscle.
Founder and editorial lead, Handler
Handler's founder writes general training guides and documents their sources. This article is educational, not an individual coaching or medical assessment.
Sources
The study findings below come from the linked abstracts. The order of options, the swap tables, sets and reps and the row technique are coaching guidance, not results from those studies.
Sources
- 01Marchetti and Uchida 2011, J Appl Biomech: the pullover on chest and lats (In 8 men doing a barbell pullover at 30% of body weight, the exercise worked the pecs more than the lats. Muscle activity, not growth.)pubmed.ncbi.nlm.nih.gov/21975179/
- 02Di Fonza et al. 2026, J Funct Morphol Kinesiol: lat activity across pulling exercises (A narrative review of 23 muscle-activity (EMG) studies. The pullover seemed to favor the pecs; in seated rows, a narrower grip and a smaller shoulder-abduction angle were each linked with more lat activity in separate studies. Short-term muscle activity, not training results.)pubmed.ncbi.nlm.nih.gov/42647355/
- 03Johnson et al. 2009, J Strength Cond Res: lat-pull and pull-up strength (In 58 college students, lat-pull and pull-up maxes correlated well in men (r = 0.78) but weakly and not significantly in women (r = 0.44).)pubmed.ncbi.nlm.nih.gov/19387371/
- 04Youdas et al. 2016, J Strength Cond Res: the inverted row (In 26 adults, all four inverted-row versions on a portable pull-up device drove lat, biceps, lower-trap and rear-delt activity above 61% of maximum.)pubmed.ncbi.nlm.nih.gov/26422610/