Ankle sprain is one of the most common musculoskeletal injuries, particularly in sports like netball, basketball and football where jumping, landing on one foot and sudden direction changes are part of the game.

Ankle sprains can be painful, debilitating and may result in ongoing ankle problems. In fact, people with a history of a previous ankle sprain are more likely to sprain an ankle again in future.

Prevention is key. In an effort to reduce sprain risk, many people look for “high-top” shoes, where the section around the side of the shoe (also known as the “collar”) extends up closer to the ankle.

But what does the research say? Do high-top shoes actually reduce your sprain risk?

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Read more:
Why do I sprain my ankle so often? And how can I cut the risk of it happening again?

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High-tops don’t always help – and can sometimes harm

Plenty of research exists on this topic but unravelling the truth is complicated by inconsistency between studies. Researchers may have different ways of investigating the issue, of measuring the shoes success, or even different ways of defining a “high-top” shoe.

For example, the reported difference in collar height between “high-top” to “low-top” shoes was considerable, ranging from 4.3 to 8.5cm across different studies.

That said, the trend in the current research literature suggests the ankle protection provided by high-top shoes may not be enough to significantly reduce sprain risk while playing sport.

In fact, this design may also reduce athletic performance, and increase the risk of ankle sprain in some people.

Research does support the idea high-top shoes provide good stability when outside forces may cause an ankle sprain when the person is stationary (for example, when a person standing still is knocked from the side and starts to topple over, putting stress on the ankle).

However, once you start moving it’s a different story. In fact, some research suggests high-top shoes may even increase the risk of ankle sprain in some activities.

This may be because these shoes can change the way we use the muscles in our ankles and legs.

Specifically the muscles on the outside of the lower leg may start firing later and not work as strongly to stiffen the ankle when your’re wearing high top shoes (compared to low top shoes).

To reduce ankle sprain risk, it is important the muscles on both sides of the legs work together at the same time.

Tellingly, delayed and weaker activation of the muscles on the outside of the lower leg is greater in people with chronic ankle instability. This finding suggests high-top shoes may not be the best choice for anyone with a history of ankle sprain.

There is also some evidence wearing high-top shoes may impede athletic performance by reducing jump height and increasing shock transmission to other parts of the body.

Getting the right fit

External supports such as tape and braces are effective in both uninjured and previously injured ankles. But they’re most effective when used in combination with preventive exercise programs.

What is crucial when selecting footwear is good fit and good function. Footwear should fit the foot in length, width and depth, with a thumb’s width between the end of the longest toe and the tip of the shoe. You should have enough space across the ball of the foot for it to not be pulled tight when standing.

However, around 70% of people are wearing shoes that are not fitted appropriately. Women and girls more often have shoes that are too narrow, and older males often wear shoes that are too long.

Ill-fitting footwear can increase falls, induce greater levels of osteoarthritis and impedes natural foot function in adults and children.

Make sure you’ve got the right shoe for the job. Form must suit function.

As an example, there’s merit in wearing a well-fitted high-top sneaker during static, standing based activities.

However, a low-top sneaker may be more beneficial during sporting activities that require frequent stopping, jumping, sudden changes in direction or for people with a history of ankle sprains.

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Read more:
Running shoes may cause injuries – but is going barefoot the fix?

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Kristin Graham is affiliated with Australian Podiatry Association. Non executive member.

Helen Banwell has received in-kind support from ASICS Oceania and Skobi in the last two years. Neither funded the relevant studies – just gave us the shoes. I am currently involved as an external ‘content expert’ on a study with Monash with Bobux shoes but the study has been on hold since Covid started and I’m not receiving any monies for my involvement.

Ryan Causby receives funding from Australasian Podiatry Education Research Fund. He is a Director on the Australasian Council of Podiatry Deans and a member of the Australian Podiatry Association.

Lewis Ingram and Saravana Kumar do not work for, consult, own shares in or receive funding from any company or organisation that would benefit from this article, and have disclosed no relevant affiliations beyond their academic appointment.