Meadows Rows and Landmine Rowing Variations: Biomechanics for Scapular Retraction

The Meadows row is a landmine row done side-on to the bar, with a staggered stance, an overhand grip and a flared elbow. It is a popular meadows row landmine back exercise because the fixed arc lets you pull hard with the upper back without wrestling a free barbell. Here is the catch: we could not find a single EMG or training study on this exact lift, so the glowing claims you see online are partly theory.

This guide sits inside our complete back training guide. We will cover how to set up the lift, what the biomechanics really say (and what they do not), and which variations suit a home gym or a crowded commercial floor.

What is a Meadows row, and why do lifters rate it?

The lift is named after John Meadows, a bodybuilding coach who championed it for upper back density. The standard version has you stand perpendicular to a landmine bar, hinge forward, grab the loaded end and row it up and back.

Why do lifters like it? Three practical reasons.

• The bar pivots at one end, so the path is guided. You are not balancing a barbell.
• You can brace your free hand on your thigh or a rack, which takes some stress off the lower back.
• The loaded end sits at your hip, so a heavy weight is easy to set up and easy to drop if a rep goes wrong.

None of those is a proven growth advantage. They are reasons the exercise is easy to perform well, and performing it well is what counts. If you already know the lats versus upper back elbow-flare logic, the Meadows row is one more place to apply it.

How to do a Meadows row, step by step

1. Stance. Stand side-on to the bar with the loaded end near your front hip. Stagger your feet so the front foot is slightly ahead, which stops the bar from twisting you.
2. Hinge. Push your hips back with soft knees and a flat back. Rest your free hand on your front thigh or a stable rack.
3. Grip. Hold the sleeve overhand with a long arm. A V-handle under the bar gives a neutral grip if the sleeve bothers your wrist.
4. Pull. Drive the elbow out and back, squeeze the shoulder blade toward your spine, pause for a beat, then lower for 2-3 seconds until the shoulder blade glides forward again.

In the gym, the most common mistake is the heave: hips shooting up and torso rotating to get the bar moving. That turns a back exercise into a momentum drill. Drop the weight 10-20% and make the reps slow enough to feel.

Which muscles does the landmine row actually train?

The target is the muscles that pull the shoulder blade back and the upper arm behind the body: rhomboids, middle and lower trapezius, rear delts and the lats, with the biceps as a helper. Your spinal erectors work isometrically to hold the hinge.

We do not have EMG data from the Meadows row itself, so we lean on related rows. In a Mayo Clinic lab study of 28 people using suspension straps, the high row and horizontal abduction row (elbow wide) pushed the upper, middle and lower trapezius and posterior deltoid above 60% of maximum voluntary contraction. In the low row, with the elbow tucked, only the middle trapezius, latissimus dorsi and posterior deltoid reached 40-60% (Youdas et al., 2021). That is a small, descriptive lab study in healthy adults, not a growth trial. It does suggest that elbow position changes what the shoulder blade muscles are asked to do.

An inverted-row study in 26 healthy adults found the posterior deltoid, lats, lower trapezius and biceps all worked at very high levels (above 61% of maximum), with the middle trapezius and upper trapezius high (Youdas et al., 2016). Again, different exercise, but it shows rows in general load this whole group.

A flared elbow is therefore a reasonable way to bias the mid back, though how much is unmeasured for the landmine. If you want the lats to lead instead, tuck the elbow. Our piece on scapular retraction versus depression explains how to feel each.

Why does retraction matter beyond looks? A review of shoulder muscle activity notes that compared with protraction, scapular retraction increases subacromial space width and improves supraspinatus force production during arm elevation, and lists rowing-type exercises among those with high shoulder muscle activity (Escamilla et al., 2009). That is a reason to row with a controlled, genuine squeeze rather than jerking.

Does the landmine have an ascending resistance curve?

You will often read that the pivoting bar creates an “ascending resistance curve” matched to the upper back retractors. It sounds neat. The evidence does not support it.

Look at the geometry. The landmine is a lever pivoting at its far end. If the load sits at your grip end, the hand travels along an arc around the pivot. The part of the plate weight that resists movement along that arc follows a cosine of the bar angle: the steeper the bar, the more of the weight is pushed into the pivot and the less is left resisting the arc. On that geometry alone, the rep gets easier as the bar rises, not harder.

That is only half the story. Your muscles also pull from a changing mechanical position as the elbow travels, so the real demand on the retractors is not the same as the bar weight. No study has measured it for this lift. Treat the “perfect curve” line as a theory.

Does curve shape even matter? Evidence is thin. In a 20-week trial in 23 men training the leg press (a different muscle group), training with a variable resistance device produced similar strength and hypertrophy gains to constant resistance, though only the variable group improved fatigue resistance on a repetition-to-failure test (Walker et al., 2013). Whether that carries over to the upper back is unknown.

Straps, grip and the flared elbow

If your hands give up before your back does, your back never gets its real stimulus. This is a very common problem on heavy rows.

Straps are a fair fix. In a study of 16 men doing deadlift sets, straps reduced grip fatigue, lowered perceived exertion and let lifters keep higher bar velocity (Jukic et al., 2021). That was a deadlift, in young men, over a few sets, so it is indirect evidence for rows. It does support the sensible idea: when grip is the weak link, straps let the target muscle work harder. Our guide on lifting straps for back hypertrophy covers when to use and when to skip them.

A practical rule: use straps on your heaviest working sets and train grip separately, with carries or hangs, so it still improves.

On the flared elbow: it is a coaching choice. Keep the elbow in line with the shoulder blade’s path, away from the ribs, and stop pulling when the shoulder blade is fully retracted. Cranking the elbow far behind the body with an arched back does not add useful range, it just adds spine and shoulder stress.

Landmine row variations for home and commercial gyms

• Standard Meadows row. The version above. Best default.
• Chest-supported landmine row. Chest on an incline bench, bar end below you. It removes most of the hinge demand. See also our breakdown of chest-supported rows for upper back hypertrophy.
• Meadows row with straps or V-handle. For grip-limited sets or a neutral wrist.
• Wedged-barbell row. For home use, jam the end of a barbell into a corner or rack upright with a towel. Make sure it cannot slide, and stop if anything moves.
• Bent-over barbell row. If you have no landmine at all, a standard barbell row works, though lab work shows it produces the highest lumbar load of the rows it tested. Our barbell bent-over row guide covers the trade-offs.

The picture shows the chest-supported T-bar row, the machine cousin of the chest-supported landmine row. If you want the standing-versus-supported comparison in detail, read our T-bar row mechanics article.

How hard is it on the lower back?

We do not know for sure, because the landmine row has not been tested in a spine load study. In a study of 7 healthy men, the standing bent-over row produced large symmetrical activation across the back and the largest lumbar spine load of the three rows tested, while the inverted row gave the lowest spine load (Fenwick et al., 2009). The landmine was not one of the tested rows, and seven men is a small sample, so be careful extrapolating.

What it tells us is general: the more your spinal erectors have to hold a hinge, the more load goes through the lumbar spine. A braced free hand and a stable stance reduce how much you wobble, and a chest-supported setup takes the hinge out almost entirely. That is reasoning from the mechanics, not a measured result for the landmine.

How to program Meadows rows

Run them as a main or second back movement. A reasonable starting point is 2-4 hard sets of 8-15 reps, stopping 1-3 reps before failure. A review of loading research concluded that hypertrophy can be achieved across a broad range of loads when sets are taken close to failure (Schoenfeld et al., 2021). Use our RIR/RPE calculator to calibrate “close to failure”.

Range of motion matters too. A meta-analysis of 16 studies found full range of motion produced larger gains than partial range for strength and lower-limb hypertrophy, with no clear difference for muscle thickness, pennation angle or fascicle length (Pallares et al., 2021). Most of that evidence is lower body, so do not over-read it for rows. A sensible default is a controlled stretch and a hard squeeze, without letting your lower back round.

Where does it fit in a week? Slot it into your pull day plan after a vertical pull, or swap it for another horizontal row. Progress by adding a rep or a small amount of load when you hit the top of your rep range with clean form.

When to see a doctor

Muscle soreness in the upper back is normal. Sharp, pinching or lingering shoulder pain, pain that runs down an arm or leg, numbness, tingling or new weakness is not. Stop the exercise and see a doctor or physiotherapist, who can find the cause. A new back problem after a heavy set is also worth getting checked rather than testing again next week.