Lifting Shoes for Squatting: Do They Help, and for Whom?

Weightlifting shoes, often called lifting shoes or squat shoes, are a specific kind of training footwear built around a raised, rigid heel. Unlike the soft, compressible cushioning of a running shoe, a lifting shoe has a hard, non-compressible sole and a wedge that lifts the heel above the forefoot, commonly somewhere around 1.5-2.5 cm. The design is not cosmetic. The raised heel changes the geometry of the squat, and the firm base gives a stable platform to push from. Whether that adds up to a real advantage, however, depends a great deal on the individual lifter and the way they squat.

The honest answer to the common question, do lifting shoes help the squat, is that they help some people meaningfully and others very little. A raised heel does the most for lifters whose squat is held back by limited ankle mobility, or who squat with a more upright, high-bar style. For a lifter with plenty of ankle range, or one who favors a wide stance and a more forward-leaning torso, the difference is smaller and partly a matter of preference. This guide explains what a raised heel actually does to squat mechanics, who tends to benefit most, the stable-sole point, and the alternatives, without naming brands or telling anyone what to buy. It is general and educational, not a buying guide or injury advice.

The essentials at a glance

• A raised, rigid heel lets the shin travel further forward, which in one study reduced forward trunk lean by 22 mm and let lifters keep a more upright torso compared with running shoes (Sato et al., 2012).
• A wedge under the heel does not increase the ankle's own mobility; it effectively reduces how much ankle dorsiflexion the squat demands, which is why the measured ankle angle actually decreased when the heel was raised (Lu et al., 2022; Sato et al., 2012).
• The lifters who benefit most are those limited by ankle mobility, since limited ankle dorsiflexion forces a greater forward trunk lean and more hip and lumbar flexion in the squat (Zawadka et al., 2025).
• A hard, non-compressible sole gives a more stable base to push from than the soft, deforming foam of a running shoe, which is the footwear to avoid for heavy squats (Sato et al., 2012; Lu et al., 2022).
• A raised heel is not a proven strength booster for everyone: in the same study, how deep the thigh reached was no different between the shoes, so the shoe did not automatically add depth (Sato et al., 2012).
• Flat or thin, firm soles suit the deadlift and lifters with adequate ankle mobility, because a raised heel adds height under the bar and does not help a movement that wants the body close to the floor.

What a raised heel does to the squat

To squat to depth, the knee has to travel forward over the foot, and that requires the ankle to bend so the shin can angle toward the toes. That ankle bend is called dorsiflexion. When a heel is raised, the foot starts in a slightly toes-down position, so the shin can reach the same forward angle without the ankle having to bend as far. A controlled study using a musculoskeletal model found that the maximum ankle dorsiflexion angle actually decreased as the heel was raised, and the share of mechanical work done at the ankle increased. The point worth being precise about is that the wedge does not make the ankle more mobile. It reduces how much of the ankle's own range the squat uses up, which effectively frees the lifter to keep the shin moving forward and stay more upright.

That more upright position is the clearest measured effect. In a study comparing weightlifting shoes with running shoes during the back squat, the shoes reduced forward trunk lean by 22 mm and produced a 3.5 degree increase in the foot segment angle, both statistically significant. The authors connected the more upright torso to less shear stress in the lower back. The same study also found that the shoes increased activation of the knee extensors, the muscles on the front of the thigh, which fits the picture of a squat that loads the knees and quads a little more and the hips and lower back a little less.

One finding deserves emphasis because it punctures a common assumption. In that comparison, the depth the thigh reached was no different between the weightlifting shoes and the running shoes. The shoes changed how the squat looked and where the load was felt, but they did not automatically make the squat deeper or, by themselves, stronger. A raised heel is a tool that reshapes the movement, not a guaranteed performance upgrade for every lifter.

Who benefits most, and who does not need them

Because the main thing a raised heel does is reduce the ankle dorsiflexion the squat demands, the people it helps most are the ones whose squat is held back by limited ankle dorsiflexion in the first place. Research on squat kinematics shows why. People with limited ankle dorsiflexion squat with a greater forward trunk lean and more hip and lumbar flexion than people with normal ankle range, and the degree of trunk lean in the limited group tracks with how much the ankle can bend. For such a lifter, a heel that offsets some of the missing dorsiflexion can be the difference between a squat that pitches the chest toward the floor and one that stays comfortably upright.

Style matters alongside mobility. A lifter who squats high-bar or Olympic-style, with the bar high on the shoulders and a deliberately upright torso and deep position, is leaning into exactly the mechanics a raised heel supports. The shoe helps keep the knees travelling forward and the back vertical, which is why these styles and lifting shoes are so often paired. A lifter who squats low-bar with a wider stance and a more forward-leaning torso is already distributing the work toward the hips and using less ankle range, so a raised heel offers less, and some prefer a flatter shoe.

A simple self-check helps a person place themselves. Someone who can squat to a comfortable depth with the heels flat on the floor and the torso reasonably upright, without the heels lifting or the chest pitching far forward, probably has the ankle mobility to squat well in flat shoes and does not need a raised heel for that reason. Someone whose heels rise, who tips far forward, or who cannot reach depth without that forward pitch may find a raised heel makes the squat feel and look better. Mobility is not fixed either: ankle range can often be improved over time with consistent work, so a raised heel is one option among several rather than the only answer to a tight ankle.

The stable sole, and the alternatives

Heel height is only half of what a lifting shoe offers. The other half is the sole. A weightlifting shoe is built with a hard, non-compressible sole, in contrast to the soft, deforming foam of a running shoe. Under a heavy squat, soft cushioning compresses unevenly and can shift under the foot, which is the opposite of what a lifter wants when bracing against a loaded bar. A firm, flat base does not sink or rock, so force goes into the floor rather than into deforming foam. For that reason, soft, thick running-shoe foam is the footwear most worth avoiding for heavy squatting, regardless of heel height, and a stable sole is part of why dedicated lifting shoes feel solid underfoot.

That stability does not have to come from a purpose-built shoe. A few low-cost alternatives capture much of the same effect. Placing small weight plates or a wedge under the heels mimics a raised heel and is a common way to test whether the extra height helps before buying anything, though plates can be less stable than a fixed heel and are worth treating with care. Flat, thin, firm-soled shoes, the kind with a hard rubber sole and almost no cushioning, give the stable base without the raised heel, which suits lifters who do not need the extra ankle room. Lifting barefoot or in socks on a suitable surface gives a flat, stable feel for those who can squat well without a heel, though many gyms require shoes.

The lift itself also guides the choice. A raised heel suits the squat for the reasons above, but it works against the deadlift, where the goal is to keep the body close to the floor and the bar's travel short. A heel raises the bar's starting height and lengthens the pull, so flat or thin soles are the usual choice for deadlifting. None of this is a verdict that one shoe is best. It is a matter of matching the footwear to the lift, the lifter's mobility, and their squatting style, and for many beginners the most useful starting point is simply a flat, firm, stable shoe rather than a soft running shoe, with the question of a raised heel left until they know how their own squat behaves. The broader principle that form and consistent practice matter more than equipment is covered in the guide on strength training for beginners.

Frequently asked questions

Do I need weightlifting shoes to squat?

No. Most people do not strictly need weightlifting shoes to squat. A raised heel helps most when the squat is limited by ankle mobility or when a lifter uses a more upright, high-bar style, because it lets the shin travel forward so the torso can stay vertical (Sato et al., 2012). Someone who can already squat to depth with flat heels and an upright torso has the ankle range to squat well in flat, firm shoes and does not need a raised heel for that reason. What matters far more than the shoe is a stable, non-compressible base rather than soft running-shoe foam.

Are lifting shoes worth it for beginners?

For most beginners they are optional, not a priority. A new lifter usually gets more from learning the movement, training consistently, and using any flat, firm, stable shoe than from a specialized purchase. The honest reason to consider a raised heel is a specific one: a squat that is clearly limited by ankle mobility, where the heels lift or the chest pitches far forward at depth. Even then, a cheap test, such as standing the heels on small weight plates, shows whether the extra height helps before buying anything. Form and consistency matter more than equipment, a point covered in the guide on strength training for beginners.

Can I squat in running shoes?

Running shoes are the footwear most worth avoiding for heavy squats. Their soft, thick foam is built to compress and absorb impact, which is the opposite of what a squat needs. Under load, that cushioning deforms unevenly and can shift under the foot, making the base less stable and the position harder to control. A flat, firm, non-compressible sole, the kind found in dedicated lifting shoes or in plain hard-soled flat shoes, gives a far more stable platform to push from (Sato et al., 2012; Lu et al., 2022). For light, casual training the difference is minor, but as the weight climbs, a stable sole becomes more important.

Do lifting shoes make you squat deeper or lift more?

Not automatically. In a study comparing weightlifting shoes with running shoes, the depth the thigh reached was no different between them, so the shoes did not by themselves add depth (Sato et al., 2012). They changed the position, a more upright torso and more knee-extensor activation, rather than guaranteeing a deeper or heavier squat. A lifter limited by ankle mobility may indeed reach depth more comfortably and feel more stable in a raised heel, but a raised heel is not a proven strength booster for everyone. The honest framing is that the shoe reshapes how the squat is performed, with the size of the effect depending on the individual.

Should I deadlift in lifting shoes too?

Usually not. A raised heel suits the squat but works against the deadlift, where the aim is to keep the body close to the floor and the bar's path as short as possible. A heel raises the bar's starting height and lengthens the distance it has to travel, which is why flat or thin, firm soles are the common choice for deadlifting. Many lifters keep two options: a raised-heel shoe or flat shoes for squatting depending on their needs, and a flat, thin sole for deadlifts. A beginner does not have to own both; a single flat, firm, stable shoe handles both lifts reasonably well.

Will lifting shoes fix my ankle mobility?

No. A raised heel does not make the ankle more mobile; it works around limited mobility by reducing how much ankle bend the squat requires. In studies, the measured ankle dorsiflexion angle actually decreased when the heel was raised, precisely because the wedge takes up some of the bend the ankle would otherwise supply (Lu et al., 2022; Sato et al., 2012). That can be genuinely useful for squatting comfortably, but it is a workaround rather than a fix. Ankle range can often be improved over time with consistent mobility work, so a raised heel and improving mobility are two different tools that can be used together.

Can I just put weight plates under my heels instead?

Putting small weight plates or a firm wedge under the heels mimics the raised heel of a lifting shoe and is a common, low-cost way to test whether the extra height helps before buying anything. It captures much of the same geometry, letting the shin travel forward and the torso stay upright. The trade-off is stability: a fixed heel built into a shoe is more secure than balancing on plates, which can shift, so plates are best treated with care and on a stable surface. For a beginner deciding whether a raised heel suits their squat at all, the plate test is a sensible first step, and a dedicated shoe is only worth considering if the raised position clearly helps.

References

1. 1Sato K, Fortenbaugh D, Hydock DS. Kinematic Changes Using Weightlifting Shoes on Barbell Back Squat. Journal of Strength and Conditioning Research 2012;26(1):28-33 (PubMed 22201687). · Journal of Strength and Conditioning Research (via PubMed, National Library of Medicine). Accessed 2026-06-14.
2. 2Lu Z, Li X, Xuan R, Song Y, Biro I, Liang M, Gu Y. Effect of Heel Lift Insoles on Lower Extremity Muscle Activation and Joint Work during Barbell Squats. Bioengineering 2022;9(7):301 (PMCID PMC9312299; DOI 10.3390/bioengineering9070301). · Bioengineering (MDPI), via PubMed Central, National Library of Medicine. Accessed 2026-06-14.
3. 3Zawadka M, Smolka J, Skublewska-Paszkowska M, Lukasik E, Gawda P. Effect of Limited Ankle Dorsiflexion on Lower Limbs and Trunk Kinematics During Squatting. Journal of Manipulative and Physiological Therapeutics 2025 (DOI 10.1016/j.jmpt.2025.10.050). · Journal of Manipulative and Physiological Therapeutics (Elsevier). Accessed 2026-06-14.