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A lat pulldown machine is a seated cable tower that pulls a bar down from overhead, and it is the most practical way to train vertical pulling at home when pull-ups are too hard or too few. This page is for home lifters choosing a standalone machine. After the three picks it covers how to use a lat pulldown machine, proper form and the research behind it, the muscles worked, plate-loaded versus stack, and how to do the movement without a machine.
The Mikolo pulldown tower is the pick for most home gyms — from a brand whose cages and cable stations already lead two of our roundups. Goimu’s LS01 adds an ab-crunch station for mixed training, and the YOLEO 2-in-1 adds a sliding rowing seat to a plate-loaded pulldown.
How We Chose
We covered only standalone pulldown machines: cage-mounted and functional-trainer pulldowns already live in our power rack and functional trainer roundups, and no ASIN appears twice on this site — which ruled out the GDLF tower already carded in our cable machines guide. Among true standalones we ranked on pulley smoothness reports, loading system (plate-loaded here, as stacks at this size are rare), frame height against normal ceilings, and stability under a hard pull, since a light pulldown frame lifts off the floor before your lats give out. This is a young class.
1. Best Overall: Mikolo LAT Pulldown Machine with Low Row
Mikolo LAT Pulldown Machine with Low Row
Mikolo
- Leg hold-down keeps you seated under heavy pulls
- Low row station doubles the machine’s range
- From the brand behind our power rack and wall-station picks
Why we picked it: Mikolo has quietly become the brand our cable coverage keeps landing on, and its standalone tower earns the same place here: smooth plate-loaded pulleys, a leg hold-down that actually anchors you (the difference between training lats and levitating), and a low row station that turns one footprint into two exercises. Trade-offs stated plainly: we rank it first on build and brand record, and plate-loading means you supply Olympic plates and change them between exercises.
2. Best Multi-Station: Goimu LS01 LAT Pulldown Machine with Ab Crunch
Goimu LS01 LAT Pulldown Machine with Ab Crunch
Goimu
- Pulldown, low row and ab crunch in one frame
- Tall tower geometry for a full stretch at the top
- Suits lifters who want accessory variety in one buy
Why we picked it: The Goimu LS01 packs a third station into the same floor space: the ab-crunch attachment turns the tower into a genuine accessory-work corner, which is exactly what a home gym anchored by a rack tends to lack. Trade-offs: multi-station frames concentrate more moving parts in one place — check the pulley and cable reports before the attachment count when comparing listings like this.
3. Best 2-in-1 (Row + Pulldown): YOLEO 2-in-1 Cable Machine (Lat Pulldown & Row)
YOLEO 2-in-1 Cable Machine (Lat Pulldown & Row)
YOLEO
- Lat pulldown plus a sliding rowing seat on one plate-loaded frame
- 450 lb stated plate capacity; 13 upright and 9 seat positions
- Folding seat and a frame about 73 in tall
Why we picked it: This pick changed in our October re-review: the YOLEO station we carded before is gone. Its replacement is YOLEO’s newer 2-in-1, which pairs a high-and-low pulley with a sliding seat on a 49.6-inch rail, so the same frame handles lat pulldowns, seated rows and actual rowing. It loads the plates or dumbbells you already own. YOLEO also builds a pick in our weight bench roundup. The trade-offs, stated plainly: the frame is long because of the rail, and at about 73 inches tall the frame suits shorter lifters best; if you are over about six feet, check the top pulley height against your seated reach. Treat the return window as part of the purchase.
The Full Comparison
| Pick | Brand | Loading | Best for | Stations | See price |
|---|---|---|---|---|---|
| Best Overall | Mikolo | Plate-loaded | Most home gyms | Pulldown + low row | Check price |
| Best Multi-Station | Goimu | Plate-loaded | Accessory variety | Pulldown + row + crunch | Check price |
| Best 2-in-1 | YOLEO | Plate-loaded | Rowing and pulling in one frame | Row + pulldown | Check price |
Before You Buy
Anchoring is the spec nobody lists. A pulldown pulls you up before it pulls the weight down — a leg hold-down or a frame heavy enough to stay planted is what makes the exercise trainable. Machines without one cap out at the weight of your own body, which arrives sooner than you think.
Plate-loaded is the norm at this size. Stack machines exist mostly in the functional trainers our separate roundup covers; standalone towers almost universally load Olympic plates. Plan for plates (our weight plates guide covers them) and remember the pulley ratio — many towers run 1:1, so what you load is what you feel.
Measure the tower, then the ceiling. Pulldown frames commonly run 6.5 to 7 feet tall and want clearance above for the cable and pulley. Basements are where this category disappoints; our ceiling-height guide has the arithmetic before you order.
Buy the brand record when the listing is young. This class is young enough that listing history cannot decide it. The useful signals are the brand’s record on adjacent products (all three picks here have one on this site) and whether complaints cluster on cables and pulleys — the parts that decide whether you keep using it.
Buyer’s Guide: How to Choose a Home Lat Pulldown Machine
Standalone pulldown machines are a young category, so the specs and the pattern of complaints matter more than usual. Check these in order.
1. Check how it holds you down
Once the weight on the bar is close to your bodyweight, the machine starts lifting you instead. A padded leg hold-down that adjusts to your thigh is what lets you train heavy. Without one, the machine is limited to lighter work.
2. Measure the height against your room
Pulldown towers commonly stand around 6.5 to 7 feet tall. The top pulley needs to sit high enough that your arms reach full extension when you sit, and the frame still has to fit under the ceiling. Measure to the lowest joist or duct. Our home gym ceiling height guide covers basements.
3. Understand plate loading and pulley ratio
Almost all standalone home machines load Olympic plates rather than using a weight stack. Many run a 1:1 ratio, so the plate weight is roughly what you pull. Some use extra pulleys that halve the load and double the cable travel. Check which one you are buying so your numbers make sense, and plan for plates — our weight plates roundup covers them.
4. Read reviews for cable and pulley feel
Smooth pulleys with sealed bearings make the difference between a machine you use and one you avoid. Complaints about jerky movement, cable noise or frayed cables in the first months are the clearest warning signs.
5. Count the stations you will actually use
Pulldown and low row are the core. Ab crunch, rowing seats and extra attachments add variety but also more parts. Choose extra stations only if they replace equipment you would otherwise buy.
6. Check the seat and stability
A wide base and a seat that adjusts to your height keep the machine steady during heavy rows. Reviews from taller users are the best guide to whether a frame fits you.
What We’d Skip
Machines with no leg hold-down. They cap out at a load close to your bodyweight, which arrives sooner than most people expect.
Listings that will not state the height. If you cannot confirm it fits your ceiling, it is a gamble you do not need to take.
Very light frames for heavy rows. Light machines slide or tip forward on low rows. Look for a wide base and a stated frame weight.
Paying for many attachments over pulley quality. A smooth pulley system matters more than the number of handles in the box.
Setup, Space and Upkeep
Assembly. Allow an afternoon for assembly. Routing the cable through the pulleys correctly is the step to take slowly. A second person helps when standing the tower up.
Floor and anchoring. Put the machine on rubber flooring to stop sliding and protect the floor. Bolting the frame down helps for heavy cable work if the manual allows it; follow the manufacturer’s guidance.
Cable care. Check the cable for fraying and the pulleys for noise every month. Replace a fraying cable immediately rather than waiting for it to fail.
Plate storage. Keep the plates you use most on the machine’s storage horns so changing weight between exercises is quick.
Technique. Pull the bar to your upper chest, keep your shoulders down, and control the return. Behind-the-neck pulldowns are best avoided. Nothing here is medical advice.
Who Should Buy Something Else
You already own a power rack. Many cages accept a lat pulldown attachment. Check our power rack roundup before adding a separate machine.
You want many cable exercises. A functional trainer or cable machine covers pulldowns plus chest, arm and leg cable work.
You can already do pull-ups. A pull-up bar or power tower may be all the vertical pulling you need, with rows from dumbbells.
You want a full home gym in one frame. Our Smith machine and all-in-one home gym roundups cover machines with a pulldown built in.
How to Use a Lat Pulldown Machine, Step by Step
- Load the weight first. On plate-loaded towers, slide plates onto the post and collar them; on a stack, push the pin fully through.
- Set the thigh pad. Sit with feet flat and lower the hold-down until it presses snugly on your thighs. That pad is what stops the weight lifting you off the seat.
- Take the bar standing. Stand, grip the bar overhand slightly wider than shoulder width, and sit down with it so your arms reach full extension with the weight just off its rest.
- Pull. Lean back slightly, lift your chest, and drive your elbows down toward your ribs until the bar reaches your upper chest.
- Return under control. Let the bar rise until your arms are straight and your shoulder blades rise, without letting the weight touch down between reps.
- Finish safely. Return the bar to the top, stand up holding it, and let the weight settle before letting go.
For sets and reps, the American College of Sports Medicine’s 2009 position stand recommends that novice and intermediate lifters train at about 60–70% of their one-rep max for 8–12 repetitions, two to three days a week across the whole body. The same position stand suggests raising the load by about 2–10% once you can complete one or two reps beyond your target on consecutive sessions; on a pulldown that is usually a single small plate.
Lat Pulldown Proper Form: What the Research Shows
Two EMG studies in the Journal of Strength and Conditioning Research settle the most common form questions:
- Grip direction matters more than width. A 2010 study of wide and narrow grips with palms forward or back found that an overhand (pronated) grip produced more latissimus dorsi activity than an underhand grip, and recommended a front pulldown with an overhand grip at either width. Grip type made no difference to middle trapezius or biceps activity.
- Pull in front, not behind the neck. A 2009 study comparing front, behind-the-neck and V-bar pulldowns at 80% of one-rep max found no significant difference in lat activity between them, but the front pulldown produced the most chest activity, and the behind-the-neck version produced more posterior deltoid and biceps activity in several comparisons. The authors concluded the front pulldown was the better choice and that behind-the-neck should be avoided.
Common mistakes, and the fix for each:
- Leaning far back turns the pulldown into a row. Keep the lean slight and fixed.
- Swinging the torso to start the rep means the weight is too heavy.
- Shrugging at the top: start each rep by pulling the shoulders down, then bend the elbows.
- Pulling to the stomach or stopping at the chin: finish at the upper chest.
- Thigh pad too high, letting you rise off the seat as the load climbs.
Lat Pulldown Muscles Worked
| Muscle | What it does in the pulldown |
|---|---|
| Latissimus dorsi | Main mover: pulls the upper arm down and back toward the body |
| Teres major | Assists the lats in pulling the arm down |
| Middle and lower trapezius, rhomboids | Pull the shoulder blades down and together |
| Biceps brachii and brachialis | Bend the elbow |
| Posterior deltoid | Assists shoulder extension; more active behind the neck (2009 study) |
| Pectoralis major | Assists; most active in the front pulldown (2009 study) |
| Forearm flexors | Grip the bar |
The lats, middle trapezius and biceps are the muscles measured in the 2010 grip study; the chest and rear-delt roles come from the 2009 comparison. If your biceps or grip give out before your back, use a thumbless or hook grip, or add lifting straps on the heavy sets.
How to Do a Lat Pulldown Without a Machine
- Band pulldown. Anchor a long loop band high (door anchor, rack crossmember or pull-up bar), kneel facing it, and pull both ends to your upper chest exactly as on the machine. Kneeling replaces the thigh pad. Our resistance band guide covers loop bands by tension.
- Band-assisted pull-up. Loop a band over a pull-up bar and under a knee or foot; a thicker band removes more bodyweight.
- Negative pull-up. Jump or step to the top position and lower yourself over three to five seconds.
- Rack pulley kit. A pulley on a rack crossmember with plates on a loading pin gives a true cable pulldown; train half-kneeling because there is no thigh pad.
- Straight-arm band pulldown. Standing, arms straight, pull the band from overhead to your thighs; it isolates the lats without the biceps.
None of these lets you add load in small, known steps the way a machine does, which is the main reason to own one.
Plate-Loaded vs Weight-Stack Lat Pulldown Machines
| Plate-loaded | Weight stack | |
|---|---|---|
| Changing weight | Add or remove plates on a post | Move one pin |
| Smallest jump | Your smallest plate; 2.5 lb plates or fractional plates make jumps tiny | One stack plate, commonly 10 lb |
| Top load | Stated capacity or your plates | The stack |
| Usual ratio | 1:1 | 1:1 on lat stations; 2:1 on functional-trainer columns |
| Home availability | The norm for standalone towers | Mostly on larger cable machines and functional trainers |
Increment size matters more than it looks. On a 1:1 machine, going from 60 lb to 70 lb is a 17% jump; going from 60 lb to 65 lb with two 2.5 lb plates is about 8%. That smaller step is often what keeps a pulldown progressing once the easy gains stop. REP Fitness’s weight-stack guide confirms the ratio rule: 1:1 means the felt resistance equals the selected weight, while 2:1 halves it, so a plate-loaded 1:1 tower and a 2:1 trainer loaded to the same number will feel very different.
Whichever you choose, the practical ceiling is anchoring rather than the stack. Once the load approaches your bodyweight, only the thigh pad keeps you in the seat, so a tower without an adjustable hold-down limits you long before its stated capacity does.
The Verdict: Which One Is Right for You?
Most home gyms: the Mikolo pulldown tower. From the brand our cable coverage trusts.
Accessory variety in one frame: the LS01 multi-station. Three stations in one footprint — early base, stated.
Rowing and pulling from one frame: the YOLEO 2-in-1. Pulldowns, rows and a rowing seat in one machine — thinnest base here, and shorter lifters fit it best.
Ready to buy?
Jump straight to our picks on Amazon — check the current price at click-through.
Common Questions, Answered
What are the best lat pulldown machines in 2026?
We rank the Mikolo LAT Pulldown Machine first, followed by Goimu LS01 LAT Pulldown and the YOLEO 2-in-1 Cable Machine. Those three cover the range most buyers actually choose between. Listing details on this page were captured from the live Amazon listings on the date shown above and can change.
Do I need a lat pulldown if I can already do pull-ups?
It still earns its space: the pulldown lets you train higher rep ranges, drop the load for volume work, and keep pulling on days your grip or elbows object to hanging. Strong pull-up athletes use it as accessory volume, not a replacement.
Can I add a lat pulldown to my power rack instead?
Often yes — several cages in our power rack roundup include or accept pulldown attachments, and that is usually the better answer if you already own a cage. Standalone towers are for gyms built around benches and dumbbells rather than a rack.
How much weight do these machines hold?
Plate-loaded towers commonly accept several hundred pounds of plates; the practical ceiling is usually your bodyweight anchoring rather than the frame. Check the leg hold-down and stated capacity together — they answer the same question.
Is a lat pulldown safe for shoulders?
Pulling to the collarbone in front, with controlled range and no shrugging at the top, suits most people; behind-the-neck pulldowns place the shoulder in a position many clinicians advise against. Existing shoulder problems belong to a professional first — nothing here is medical advice.
How much space does a home lat pulldown machine need?
Plan for the machine’s footprint plus room to sit down and step in, and enough height for the frame and your arms at full extension. Most towers need a ceiling of roughly 7 feet or more. 2-in-1 rowing models are longer because of the rail.
Is a plate-loaded lat pulldown as good as a weight stack?
For home use, yes. It works the same muscles, and plates are more flexible than a stack. The trade-off is changing plates between exercises.
Can a lat pulldown machine replace pull-ups?
It can for most training goals. It lets you train with less than bodyweight, use higher reps and keep pulling on days pull-ups feel hard. Many people use both.
What muscles does the lat pulldown work?
The latissimus dorsi is the main mover, helped by the teres major, the middle and lower trapezius and rhomboids that pull the shoulder blades down, and the biceps and brachialis that bend the elbow. EMG research also shows chest involvement in the front pulldown and more rear-deltoid and biceps activity in the behind-the-neck version, which the study's authors advise avoiding.
Should you lean back on a lat pulldown?
Slightly. A small, fixed lean with a lifted chest lets the bar clear your face and reach the upper chest. Leaning far back or rocking to start each rep turns the movement into a row and usually means the weight is too heavy. Keep the lean the same from the first rep to the last.
Is a wide grip or close grip lat pulldown better?
Grip direction matters more than width. A 2010 study in the Journal of Strength and Conditioning Research found an overhand grip produced more latissimus dorsi activity than an underhand grip at both wide and narrow widths. Use whichever overhand width lets you pull to your upper chest comfortably, and add a neutral V-bar for variety.
How do you do a lat pulldown at home without a machine?
Anchor a resistance band high, kneel facing it and pull to your upper chest; kneeling stands in for the thigh pad. Band-assisted and negative pull-ups train the same pattern on a pull-up bar, and a rack-mounted pulley kit with plates gives a true cable pulldown done half-kneeling.
Sources
- Lusk, Hale & Russell (2010), Journal of Strength and Conditioning Research — Grip width and forearm orientation effects on muscle activity during the lat pull-down
- Journal of Strength and Conditioning Research (2009) — Electromyographic analysis of three different types of lat pull-down (PubMed)
- American College of Sports Medicine (2009), Medicine & Science in Sports & Exercise — Progression Models in Resistance Training for Healthy Adults
- REP Fitness — How to Choose Between a Single or Dual Weight Stack for Your Home Gym
How We Research
Picks are researched and written by Mike Callahan based on manufacturer specifications, current Amazon listings, and patterns across verified owner reviews — particularly the negative ones. We are not a testing lab and do not claim to be; our full standard is in the editorial policy. Specifications and included accessories vary by listing, so confirm current details at the retailer before buying.
Note: Standalone pulldown towers are a young class: all three picks are ranked on build and brand record. The GDLF tower already appears in our cable machines roundup and is excluded here. Verified on the live listings October 1, 2026. The previous YOLEO pick (B0GKP3SPY6) was replaced in this re-review.