Lat Pulldown

What it trains. The lat pulldown is a vertical pull on a cable machine. The latissimus dorsi is the main mover, with teres major working alongside it. Which shoulder action does the pulling depends on the grip:

• Wide overhand grip: the arms come down from out to the sides, which is shoulder adduction.
• Close neutral (palms-facing) grip: the elbows drive down and back past the trunk, which is shoulder extension.
• In both, the shoulder blades depress (pull down) and rotate downward, helped by the lower trapezius and rhomboids. The elbow flexors (biceps brachii, brachialis, brachioradialis) and the posterior deltoid assist.

Grip width. The old rule was that a grip slightly wider than the shoulders works best. Andersen et al. (2014) tested 15 men at 6-rep-max loads with narrow, medium and wide overhand grips (1, 1.5 and 2 times the distance between the shoulders):

• Lat, trapezius and infraspinatus activity was similar across all three widths over the whole movement.
• During the lowering phase only, the wide grip showed greater lat activity than the narrow grip.
• Lifters were stronger with the narrow (80.3 kg) and medium (80.0 kg) grips than the wide (77.3 kg).
• The authors concluded that any grip 1–2 times shoulder width should give similar muscle activation, with perhaps a minor edge to the medium grip.

The practical choice is the width that lets you pull through your full range. The ACSM 2026 position stand found that training through a complete range of motion improved strength more than partial range.

Overhand vs underhand. Lusk, Hale and Russell (2010) separated width from forearm position in 12 men at 70% of 1RM. An overhand (pronated) grip produced more lat activity than an underhand (supinated) grip at both widths. Grip type did not change middle trapezius or biceps activity.

Upper vs lower lats. An older rule says overhand grips target the upper lats and neutral or underhand grips the lower lats, and Fysiqal's exercise records describe the same regional emphasis. That is a plausible model from fibre direction, but the studies above recorded the lat from a single site, so they could not test it. Treat regional targeting as unproven and pick grips for comfort, range and strength.

Front, not behind the neck. Sperandei et al. (2009) compared behind-the-neck, front and V-bar pulldowns in 24 trained men at 80% of 1RM. Lat activity did not differ between them, but the front pulldown recruited the pectoralis major more, and the authors concluded the behind-the-neck version should be avoided. Padovan et al. (2024), using high-density EMG in 14 trained men, found the front pulldown gave greater overall excitation of the prime movers. The behind-the-neck pull also forces the shoulder into more external rotation to clear the head (see Back (Behind-Neck) Lat Pulldown — Rotation Danger). The 2026 narrative review by Di Fonza et al. also found an anterior bar path was the configuration most consistently linked with higher lat activity, while grip-width effects were inconsistent.

Instruction helps. In Snyder and Leech (2009), eight women new to strength training did pulldowns before and after brief verbal instruction to focus on the lats. Lat activity rose significantly after instruction; biceps and teres major activity did not change. So a coaching cue can shift effort toward the lats, though it does not "isolate" them.

Technique cues:

• Sit with your thighs locked under the pad and your feet flat.
• Take an overhand grip about 1.5 times shoulder width, or the neutral handles.
• Start each rep by drawing your shoulder blades down, then pull your elbows down toward your sides.
• Pull the bar to your upper chest with a slight backward lean, keeping your forearms roughly in line with the cable.
• Return under control until your arms are straight and you feel the stretch at the top.
• Keep the lean steady. If you have to throw your body back, the load is too heavy.

• Beginners who can't yet do pull-ups, as a loadable way to build toward them (see Band-Assisted Pull-Up, Full Pull-Up).
• Anyone building back width and strength who wants a stable, easy-to-learn pull.
• Lifters who were told a wider grip is always better for the lats.

• Healthy shoulders only. With current shoulder pain or after a dislocation or surgery, get individual advice before overhead pulling.
• EMG is not growth. These studies measure short-term activation, not muscle growth over months; the Di Fonza review makes the same point.
• Small samples of young men. 8 to 24 participants per study, mostly men. They show direction, not exact numbers for you.
• Grip strength can limit heavy sets; straps are an option (see Lifting Straps).

Maya uses a very wide grip and stops each rep at chin height.

1. Check the cause: at 2 times shoulder width she can't bring the bar to her chest, and she leans back almost 45° to finish. The wide grip is costing her range and some load (Andersen 2014 found the wide grip the weakest).
2. Plan for 6 weeks, twice a week:
   • Move to a 1.5-times-shoulder-width overhand grip, 3 × 10.
   • Pull to the upper chest every rep, 1 s pause at the bottom, 2–3 s lowering.
   • Alternate sessions with the close neutral handles, 3 × 10.
3. Cue change: "shoulders down first, then elbows to your pockets." She keeps the lean to a small, steady angle.
4. Result: her full-range pulldown climbs from 35 kg to 42.5 kg over the six weeks, and she starts band-assisted pull-ups.

Next lesson: Strict Overhead Press (Military Press). Learn the overhead press, the vertical push that balances the pulldown.

• Primary: latissimus dorsi. Secondary: teres major, elbow flexors, posterior deltoid, lower trapezius, rhomboids.
• Wide grip = mainly shoulder adduction; close neutral grip = mainly shoulder extension.
• Grips 1–2 times shoulder width gave similar lat activation; narrow and medium grips lifted more than wide (Andersen 2014, n = 15).
• Overhand grip produced more lat activity than underhand at either width (Lusk 2010, n = 12).
• Front pulldown preferred over behind-the-neck (Sperandei 2009; Padovan 2024).
• Brief instruction raised lat activity in novices (Snyder 2009, n = 8).
• Upper vs lower lat targeting by grip is unproven.