Heel-Elevated Squats

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Exercise Overview

The heel-elevated squat is a bilateral squat variation performed with the heels supported on an elevated surface. Heel elevation allows greater forward knee translation and can increase the relative demand placed on the quadriceps.

Clinical Purpose

Used to progressively strengthen the quadriceps and lower extremities while modifying ankle mobility requirements and allowing greater knee flexion during the squat.

Primary Muscles

Quadriceps, gluteus maximus, adductors

How to Perform

Stand with both heels supported on a stable incline board or elevated surface. Position the feet in a comfortable squat stance. Lower under control by allowing the hips and knees to flex while maintaining foot contact with the support surface. Descend through the available range, then drive through the feet to return to standing.

Coaching Cues

Keep the heels supported throughout the movement.
Allow the knees to travel naturally forward.
Maintain pressure through the entire forefoot.
Keep the trunk controlled as you descend.
Sit down between the hips rather than excessively shifting backward.
Use a depth you can control.

Common Errors

Allowing the knees to collapse inward.
Losing forefoot contact.
Excessively shifting the hips backward.
Using momentum out of the bottom position.
Losing trunk control with increasing depth.
Using excessive heel elevation when it is not needed.

Common Clinical Uses

Quadriceps strengthening, knee rehabilitation, squat retraining, progressive lower-extremity loading, and strengthening when ankle dorsiflexion limitations affect squat depth.

Programming

3–4 sets of 6–15 repetitions.

External resistance, squat depth, heel elevation, repetition range, and tempo can be adjusted according to the rehabilitation or training goal.

Regression

Reduce squat depth, decrease heel elevation, perform with bodyweight only, or squat to a box or target.

Progression

Increase external resistance, increase squat depth, add a slower eccentric phase or pause, or progress toward more demanding bilateral and unilateral squat variations.

Equipment Needed

Incline board, squat wedge, or another stable heel-elevation surface

Rehab Phase

Mid

PRO+ Clinical Pearl

Heel elevation reduces the ankle dorsiflexion required to achieve a given squat depth and typically permits greater forward knee translation. That makes it useful for increasing knee excursion and quadriceps demand, but it should not automatically replace addressing ankle mobility when limited dorsiflexion is clinically relevant.