Lat Flare and Mind-Muscle Connection: How to Feel Your Lats Working

If you want to know how to flare lats, start with this: stand tall, put your hands on your hips, push your elbows out and slightly down, and feel the sides of your ribcage widen. That is a lat spread. It is a posing skill, but it is also the quickest way to find out what a lat contraction feels like.

Many lifters finish a whole back day with sore biceps and a pump in their forearms and nothing in their lats. This guide explains why that happens, which cues and drills are worth trying, and what the research on the mind-muscle connection does and does not show. It sits inside our complete back training guide.

Why can’t I feel my lats working?

It is one of the most common complaints in back training, and it is rarely a sign that something is wrong with you. A few ordinary reasons stack up.

You cannot see them. Your biceps and chest are in front of a mirror. Your lats are behind you. No visual feedback means your brain has to rely on feel alone.

The hands get there first. Every pulling movement starts at the handle. Your grip and biceps are the first things that report effort, so the sensation lands there.

The load is too heavy to control. Add weight and the body recruits whatever helps finish the rep: momentum, a lean back, a bent-elbow yank.

The pull starts in the wrong place. If the first thing you do is bend your elbows, the biceps are already doing the work.

The lats are a large muscle, and they attach from the upper arm to the spine and pelvis. For an anatomy refresher, see our functional anatomy of the back. The practical point is that their job is to pull the upper arm down and back toward your body. Any cue that makes that happen on purpose is useful.

What does the research say about the mind-muscle connection?

Be careful here, because the internet treats this as settled. It is not.

What supports it. In 2016, researchers tested 18 resistance-trained men on the bench press. When the men focused on using the pectoralis major or the triceps, muscle activity (EMG) went up at relative loads from 20-60% of 1RM, but not at 80% (Calatayud et al., 2016). An earlier study of 11 trained football players found a similar pattern: a verbal cue to use the chest raised pectoral EMG by 22% at 50% 1RM, and a triceps cue raised triceps EMG by 26%; at 80% the chest cue still shifted activity, but the triceps cue no longer did (Snyder et al., 2012). A later trial found that an internal focus might slightly (4-6%) raise pectoral or triceps activity depending on grip width, but the authors called this exploratory (Calatayud et al., 2018).

Then the growth data. In an 8-week trial, 30 untrained young men trained with either an internal focus (contract the target muscle) or an external focus (the outcome of the lift). Elbow flexor thickness rose 12.4% in the internal group and 6.9% in the external group, while quadriceps thickness changes were similar between the two groups (Schoenfeld et al., 2018).

What complicates it. Every one of these studies used the bench press or arm and leg exercises, not the lats. Three of them used EMG, which tells you about electrical activity during a set, not about long-term growth. The growth trial used untrained men, 30 people is a small sample, and the advantage showed up in the arms only, not the quads. And a published commentary pointed out that focusing on a specific muscle has well-established negative effects on performance, so the benefit has to be weighed against that cost (Halperin and Vigotsky, 2016).

The strength data lean the other way. A 2021 meta-analysis of 10 studies found an external focus produced an acute strength advantage (SMD 0.34), and no significant long-term difference between internal and external focus for overall strength gains, though external focus was better for lower-body strength gains (Grgic et al., 2021).

Putting the two together, the cautious takeaway is this. Muscle-focused cues look useful on lighter and moderate sets, where the goal is to feel and load a specific muscle. When you are chasing a heavy top set, think about moving the bar. Neither side has been tested directly in lats, so this is an extrapolation.

How to flare your lats: the lat spread, step by step

The lat spread is a front or rear pose in bodybuilding. You do not need to be on stage to use it as a learning drill.

1. Stand tall with your feet about shoulder width apart.
2. Put your hands on your hips, thumbs pointing backward, fingers forward.
3. Without shrugging, push your elbows out to the sides and slightly forward and down.
4. Imagine pushing your ribcage wider, as if your armpits were being pulled away from each other.
5. Hold for about 5 seconds, relax, repeat 3-4 times.

Use a mirror from the back if you can, or film yourself. Seeing the shape change gives the brain the visual feedback it normally lacks.

Does touch help? Tactile cueing for lats

Here is a simple trick that costs nothing. Ask a training partner to place two fingers on the side of your back, just below the armpit, where the lat sits along the ribcage. Then pull your elbows down toward your hips and try to push into their fingers.

I could not find a study that tests this on lat activation, so treat it as a coaching habit rather than a proven technique. Many lifters find it works because touch gives your brain a location to aim at. If you are alone, press your own fingertips into the same area while you do the lat spread.

Straight-arm pushdowns as a primer

The straight-arm cable pushdown (sometimes called a lat prayer or straight-arm pulldown) takes the elbows mostly out of the movement. Stand facing a high cable with a straight bar or rope, arms nearly straight, lean slightly forward, and sweep the bar down toward your thighs.

The lats move the arm; the biceps barely bend. Many lifters report that this makes the lat contraction obvious. Keep the load light enough that you can slow the lowering phase and keep your ribcage stable.

Do 2 sets of 12-15 before your pulldowns, and treat it as a primer. It is not a proven replacement for rows or pulldowns, and I do not know of a trial comparing straight-arm pushdowns with other lat exercises for growth.

The 5-minute lat wake-up before pulldowns

Here is how it fits together on the day:

• Lat spread, 3-4 holds of about 5 seconds.
• Touch cue, repeat the same pull-the-elbows-to-hips movement with fingers on the lat.
• Straight-arm pushdown, 2 sets of 12-15 with a light load.
• Working sets, start the pull by taking your shoulders slightly down, then drive your elbows toward your hips.

For the shoulder blade side of this, including what retraction versus depression feels like, read our guide on scapular retraction vs depression.

Fix the setup before blaming the muscle

Cues cannot rescue a bad setup. A few checks that come up again and again:

• Grip. Hold the bar like a hook, not a clamp. A tight grip lights up the forearms.
• Elbow path. Think about pulling elbows down and slightly back, not hands to the bar. Our guide to arm path and elbow flare goes deeper.
• Load. If you need to lean back to finish the rep, the weight is too heavy for the feeling you are chasing.
• Tempo. Pause for a second at the bottom and lower in about 2-3 seconds.

On grip width, do not expect a wide grip to be a magic fix. In 15 men performing 6RM pulldowns, lat EMG was similar across narrow, medium and wide grips, and the authors concluded similar activation and hypertrophy can be expected with a grip 1-2 times the biacromial distance (Andersen et al., 2014). Another study on 12 men found that a pronated (overhand) grip activated the lats more than a supinated grip, whatever the width (Lusk et al., 2010). A 2026 narrative review agrees that effects of grip width were inconsistent, and that an anterior bar path (bar in front of the face) was the configuration most consistently linked with greater lat EMG, though it reflects acute EMG, not long-term growth (Di Fonza et al., 2026). Our deeper comparison is in wide vs close vs neutral grip pulldowns.

Thumbless (suicide) grip: help or hazard?

A thumbless grip, with the thumb on the same side as the fingers, can make you stop gripping the bar so hard. Some lifters find that moves the sensation from the forearms to the back.

I could not find a trial showing a thumbless grip grows lats better. The risk is real, though: if your hand slips, a loaded bar can fall. If you try it, use a machine pulldown with a fixed bar, keep the load light, and never use it with a heavy free bar over your face or chest. Lifting straps are a safer way to reduce grip dominance.

What if I still cannot feel my lats?

Give it a few weeks of consistent cueing before drawing conclusions, since learning to feel a muscle is a motor skill. If nothing changes, try these:

• Switch to a single-arm iliac pulldown, where it can be easier to see and feel the pull.
• Try a pull-up or chin-up variation with light assistance, and notice where the work lands.
• Lower the load by 20-30% and slow the tempo.
• Record a set from behind and watch your elbows.

If you notice sharp shoulder pain, tingling or numbness down the arm, or pain that wakes you up at night, stop and see a doctor or physiotherapist. A cue will not fix that, and this article cannot diagnose it.

You can also plan the weekly sets for your back with our training volume calculator, or follow our free pull day plan which already includes pulldowns and rows.

Quick reference: which cue for which job

Goal	Cue to try	Load
Learn what a lat contraction feels like	Lat spread, hands on hips	Bodyweight
Find the location	Fingers on the side of the ribcage	Bodyweight or very light
Reduce biceps takeover	Straight-arm pushdown	Light
Feel the pull in pulldowns	Elbows to hips, loose grip	Moderate
Heavy strength sets	Move the bar, keep technique	Heavy

Frequently asked questions

The FAQ section below answers the most common questions about flaring the lats, thumbless grips and when to get pain checked.