Running Shoes and Injury Prevention: What the Evidence Actually Supports

Running shoe advice online sounds more certain than the science behind it. Pronation control, drop height, "correct" gait, each gets sold as a fix. The actual evidence is narrower, and in places surprising.

Why "the right shoe" is a harder question than it sounds

The idea that a specific shoe category prevents injury is intuitive: match the shoe to the foot, and the foot stays healthy. A 2025 review of running shoe and injury considerations lays out why the evidence does not support that as cleanly as the marketing does. Running injury patterns correlate strongly with experience level, weekly training volume, and how quickly training progresses, while footwear's own effect on clinically relevant injury outcomes is limited despite clear biomechanical differences between shoe types in a lab setting. In plain terms, a shoe can change forces measured on a treadmill without that change reliably translating into fewer injuries in the real world.

The review's stated conclusion is direct: there is no single best shoe to prevent injury, and the authors recommend an individualized approach based on comfort, experience level, and performance goals rather than a prescriptive category match.

Pronation-matched shoes: a real but narrow benefit

The idea of matching a shoe to how much your foot rolls inward, called pronation, when it lands is one of the oldest pieces of running shoe advice. The research here is genuinely mixed rather than a flat myth or a flat truth.

A randomized controlled trial comparing motion-control and standard neutral shoes in 372 recreational runners over six months found that motion-control shoes lowered the risk specifically of pronation-related injuries, a category that includes some presentations of plantar fasciopathy, Achilles tendinopathy, exercise-related lower-leg pain, and anterior knee pain. The hazard ratio for this specific injury category favoured motion-control shoes.

The same trial found no meaningful difference in overall running injury risk between the two shoe types once every injury category was combined. That distinction matters. A motion-control shoe may genuinely help a runner with a pronation-related injury history, without acting as a general injury shield for everyone who happens to pronate more than average. Choosing a shoe based on an in-store pronation test alone, without weighing your own injury history, overstates what that test can actually predict.

Heel-to-toe drop: less decisive than the marketing suggests

Drop is the height difference between the heel and the forefoot of a shoe, often marketed in millimetres as a headline feature. A systematic review of footwear constructions in running biomechanics and the broader 2025 review both describe a similar pattern: one large study comparing 10mm, 6mm, and 0mm drop in standard cushioned shoes found no significant overall difference in injury risk between them, despite real biomechanical differences at each drop height.

There is a more specific finding worth knowing. Some research associates a higher drop with a greater rate of knee-related injuries and a lower drop with a greater rate of ankle and foot injuries, which suggests drop may redistribute where load lands in the body rather than simply raising or lowering total risk. The 2025 review also notes that regular runners showed a higher injury rate with lower-drop shoes compared with occasional runners, which points toward experience and training history shaping how well a runner tolerates a given drop, not the drop number in isolation.

The practical read: changing your drop meaningfully, in either direction, is a loading change for your calf, Achilles, and forefoot, and it deserves the same gradual introduction you would give a jump in weekly mileage.

Minimalist shoes: real trade-offs, not a clear winner

Minimalist and "barefoot-style" shoes reduce certain impact forces measured in biomechanics studies, which sounds like an unambiguous injury-prevention story. The 2025 review complicates that picture, reporting an association between minimalist shoes and increased injury risk specifically in runners above roughly 71 kilograms of body weight, despite the biomechanical loading benefits these shoes can produce.

This does not mean minimalist shoes are unsafe. It means the shift from a cushioned shoe to a minimalist one changes load distribution enough that body weight and adaptation time matter, and a rapid, full-volume switch is a common way this transition goes wrong. Anyone changing shoe style significantly benefits from treating it like a new training stimulus: small doses first, built up over weeks.

The comfort filter: an underrated, evidence-informed shortcut

If pronation matching and drop selection are both narrower tools than advertised, what should guide a purchase? A BJSM paper proposing the "comfort filter" and "preferred movement path" concepts argued that a runner's own perceived comfort in a shoe is a reasonable, evidence-informed selection method, because comfort tends to reflect how well a shoe matches the runner's own natural movement pattern rather than forcing a correction onto it.

This is a more modest claim than "buy the comfortable one and you are guaranteed injury-free running." It is a case for trusting your own feel over a prescriptive in-store fitting ritual, particularly when that fitting is based on a brief pronation observation rather than your actual injury history and training load.

Where a gait analysis actually fits in

None of this means gait and movement pattern are irrelevant. A running gait analysis is genuinely useful for a runner with a recurring injury in a specific spot, since it can identify a movement pattern that correlates with that symptom and guide a targeted intervention, which sometimes includes a shoe change but usually also includes strength work, cadence adjustments, or a mileage change. It is a different tool than a general retail shoe fitting for a runner without symptoms, and the evidence does not support chasing a single "correct" gait for everyone.

What actually moves the needle on injury risk

Across the running injury literature, the factors that show up again and again as the strongest predictors are training load and how quickly it increases, along with prior injury history. A shoe that fits your foot and feels comfortable at your current training volume is a reasonable, defensible choice. It becomes a much smaller lever than mileage progression, strength, and recovery once you zoom out to the full picture of what actually causes running injuries.

When to get it assessed

If you keep getting the same running injury regardless of the shoes you try, or you are considering a significant shoe change, such as a large drop shift or a move to a minimalist shoe, an assessment is a better next step than guessing. We look at your training history, your injury pattern, and where relevant your running mechanics, to work out whether the shoe, the training load, or something else is the actual driver.

Book a 30-minute assessment and we will sort out what is actually behind a recurring running injury and build a plan that fits your training, rather than sending you shopping for a different shoe. You can also read about our return-to-sport approach or see what we treat.

This article is general information about running injury prevention. It is not personal medical advice. A regulated practitioner can confirm whether the patterns described apply to you.

Sources

• Updates to the Running Shoe and Injury Considerations (PMC, 2025)
• Motion-Control Shoes Reduce the Risk of Pronation-Related Pathologies in Recreational Runners: A Secondary Analysis of a Randomized Controlled Trial (PubMed)
• Systematic Review of the Role of Footwear Constructions in Running Biomechanics: Implications for Running-Related Injury and Performance (PMC)
• Running shoes and running injuries: mythbusting and a proposal for two new paradigms: 'preferred movement path' and 'comfort filter' (British Journal of Sports Medicine)
• College of Physical Therapists of BC (CPTBC)

This article is for general information only and does not constitute medical advice, diagnosis, or treatment. Individual presentations vary, and assessment findings and treatment plans differ from person to person. If you are experiencing severe symptoms, neurological changes (numbness, weakness, bowel or bladder changes), or a significant trauma, contact your physician or emergency services. Care at Medstar Sport Physio & Health is provided by practitioners registered with their respective British Columbia regulatory colleges.