Overhead Squat Assessment

Overhead Squat Assessment: what is it?

The overhead squat is popular as a screen because it loads almost everything at once. Ankles, hips, thoracic spine and shoulders all have to cooperate for a client to sit down while keeping their arms above their head, so whichever link is the weakest tends to show itself immediately. That is the whole value of the test and also its whole limit: it tells you where the movement broke down, not why. A coach who treats a compensation as a diagnosis will spend eight weeks stretching the wrong thing.

How to run it

Have the client stand with their feet about shoulder-width apart and their toes pointing forward, arms extended overhead with the upper arms roughly beside the ears. Ask them to squat down to about chair height and stand back up, at their own pace, for five repetitions. Watch five reps from the front, then five from the side. Say as little as possible while they move: cueing a client mid-test hides exactly the thing you are trying to see.

Do it barefoot or in flat shoes. A raised heel on a running shoe hides an ankle restriction, which is one of the most common findings. If the client reports pain at any point, the test is over. Pain during a screen is a referral, not a data point you work around.

What each compensation points at

The table below lists the classic compensations and the areas most often involved. Read the right-hand column as a list of places to investigate, never as a conclusion. Every one of these compensations has several plausible causes, and two clients showing the identical fault can need opposite interventions.

Turning the screen into a decision

The output of a good screen is a short list of things you will and will not program this block. Arms falling forward means no overhead barbell pressing for now and thoracic and lat work in the warm-up. Knees caving under bodyweight means the back squat is not the exercise you build the block around, so you regress to a goblet squat or a split squat while you work on hip control.

The other half of the decision is what you retest. Pick one or two compensations, do targeted work for four to six weeks, and rerun the screen under identical conditions. If nothing moved, your hypothesis about the cause was wrong, and that is useful information rather than a failure.

• Film it. What you notice live and what you notice on a replay are rarely identical.
• Same footwear, same stance width, same depth cue at every retest.
• Change one thing at a time so you know what worked.
• Pain ends the test and starts a conversation about seeing a clinician.

Where the screen stops

This is a movement screen, which means it sorts clients into "train this normally" and "look at this before loading it". It is not a diagnostic tool and it does not identify tissue. You cannot tell from a squat whether a forward lean comes from a stiff ankle joint, a short calf, a hip that does not flex well or a client who has simply never been taught to squat. You test each of those separately if it matters.

It also has a floor of usefulness. On a completely deconditioned client the screen mostly tells you they have never squatted, which you already knew. In that case, teaching the pattern is the intervention, and the screen becomes informative again once they can perform it competently.