Running Shoes for Wide Feet Over 60: Width, Not Size
The single most common fitting mistake after 60 is treating a width problem as a length problem.
What actually changes, and what doesn't
The received wisdom is that your feet "get bigger" with age. The measurement data says something more specific and more useful: they get wider, and they largely do not get longer.
The clearest recent evidence comes from a 2024 study in Gerontology that 3D-scanned the feet of 374 women active in racket and team sports, grouped into ten-year bands from 18–29 up to 70–79. The youngest group had significantly smaller foot width, ball-of-foot circumference and short heel circumference than the older groups. Foot length showed no such age pattern. The authors also found some evidence of increased hallux valgus — the big-toe deviation most people call a bunion — in the older bands, and concluded that athletic footwear designers should account for these shifts.
Two honest caveats, because they matter. First, the effect sizes were small: this is a real, consistent shift, not a dramatic one. Second, the study is cross-sectional — it compares different women of different ages at one moment, so part of what it captures may be generational differences in footwear and body size rather than a change happening inside any one person over time. And the participants were racket and team-sport players, not distance runners. That is closer to our audience than most foot-morphology research, but it isn't the same thing.
What this means for you. If your shoes feel tight across the ball of the foot, the correct response is almost certainly a wider fitting in the same length, not the next half-size up. Going longer to buy width gives you a heel that slips and a toe box whose widest point now sits behind the widest part of your foot. You have moved the problem, not solved it.
Most older adults are already in shoes that are too narrow
This is not a rare edge case. A 2018 systematic search and narrative review in the Journal of Foot and Ankle Research pulled together the fit literature and found that between 63% and 72% of participants across the included studies were wearing shoes that did not accommodate either the width or the length of their feet. In the subgroups most relevant here — older adults and people with diabetes — the review reported that between 46% and 81% were in footwear too narrow for them.
The review also noted a pattern worth naming, because it is exactly the trap described above: older people and people with diabetes tend to select footwear of inappropriate length in order to get enough forefoot width. Incorrect fit was associated with foot pain and with disorders including lesser toe deformity, corns and calluses.
Label the strength of that honestly: these are associations from observational studies, not proof that narrow shoes caused the problems. People with deformed toes may also simply find it harder to buy shoes that fit. The direction of causation is not settled, and anyone telling you it is has read the headline and not the paper.
Measure your feet at the wrong moment and the number is wrong
A 2014 study in the same journal scanned the feet of 56 older people in 3D and compared the results with shoes allocated by the standard Brannock measuring device, in medium, wide and extra-wide fittings. The fittings matched foot dimensions well at the ball of the foot, and participants rated fit and comfort highly — the conclusion being that conventional measurement works fine for older feet provided extra width fittings are actually available. That proviso is doing most of the work. Measurement is rarely the failure point. Stock is.
The same paper makes the point that feet are not fixed objects: dimensions increase under full weight bearing compared with sitting, and increase again with walking compared with standing still. Practical consequence: measure and try shoes late in the day, standing, after you have been on your feet — not first thing on a Saturday morning.
What to look for
In rough order of how much difference it makes.
| Characteristic | Why it matters | What to target |
|---|---|---|
| A genuine width fitting | The only thing that reliably fixes a width problem. In the US system, men's D is standard, 2E wide, 4E extra wide; women's B is standard, D wide, 2E extra wide. | Buy the width, keep the length. If a brand offers no width fittings, it is not a candidate. |
| Toe box shape, not just width | A wide-but-tapered toe box still angles the big toe inward. Shape and width are separate variables. | Broad and squared off. Check where the widest point of the shoe sits relative to your own. |
| Comfort on your own feet over a real run | The best-supported single predictor in footwear research — Nigg's "comfort filter" argument is that runners self-select toward mechanics their body prefers better than any fitting algorithm does. | Retailers with a 30–90 day returns window are effectively lending you a proper trial. Use it. |
| Upper material and construction | Overlays, welded plastics and stiff support cages can bind across a wide forefoot even in a nominally wide size. | Soft engineered mesh across the ball of the foot; minimal structure over the first metatarsal head. |
| Length allowance | Feet swell over a long run and over the course of a day. | Roughly a thumb's width beyond the longest toe — which is not always the big toe. |
| Heel drop continuity | Wide-fitting shopping often pushes people toward brands with much lower drop than they are adapted to, which shifts load toward the Achilles and calf. | Stay within about 4mm of what you currently run in, regardless of what the width search turns up. |
| Removable insole | Lets you gain a little volume, and lets you check fit directly by standing on the bare insole. | If your foot overhangs the insole edge, the shoe is too narrow. This test takes ten seconds. |
Shoe families with real width availability
We do not publish invented test scores, so this is a shortlist of long-running families known for offering width fittings or a broader last — not a ranked verdict. Width availability changes by version, region and colourway, so confirm the specific fitting is stocked before committing.
| Family | Why it fits the criteria | Watch for |
|---|---|---|
| Widest rangeNew Balance Fresh Foam X 1080 | The broadest width-fitting range on the market, on a wide and stable platform with a generous forefoot. | Foam durability reports vary between versions. |
| Conservative dailyBrooks Ghost | Wide and extra-wide fittings widely stocked; unremarkable geometry in the range most masters runners are already adapted to. | Dull. Usually a feature. |
| Foot-shaped lastAltra (various) | Built on a deliberately foot-shaped last with a genuinely broad, squared toe box rather than a widened tapered one. | Zero drop across most of the range — a significant change if you are adapted to a raised heel. Not a casual switch. |
| Broad toe box, normal dropTopo Athletic (various) | A similar wide-toe-box philosophy but with conventional drop options available, which makes it an easier transition. | Narrower retail availability; harder to try on in person. |
| Plush daily, wide fittingsASICS Gel-Nimbus | High stack with a relatively high drop that keeps load off the Achilles; wide fittings offered in most markets. | Last shape and sizing vary notably between versions. |
| Rocker, wide fittingsHoka Bondi | Wide fittings on a pronounced rocker geometry, which eases toe-off if the first toe joint is stiff. | Heavy. The upper is snugger than the outsole footprint suggests. |
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What not to buy
- A longer shoe as a substitute for a wider one. This is the single most common error and it is the one the fit literature specifically flags in older adults. It buys forefoot room at the cost of heel slippage, friction and a toe box misaligned with your foot.
- "Wide" versions of shoes built on a narrow last. Some brands widen the upper without changing the sole unit underneath. Stand on the bare insole. If your foot overhangs it, the widening is cosmetic.
- Bunion correctors, toe spacers and splints bought as a fix. If you have painful hallux valgus, the evidence for permanently realigning the joint with an over-the-counter device is weak. Some people find spacers comfortable, which is a fine reason to own them. Structural correction is not a promise the products can keep, and it is not a reason to spend.
- A shoe you plan to stretch. Modern running uppers are engineered mesh, not leather. They give slightly and then stop. "It'll break in" is how people end up with black toenails.
- A zero-drop wide-toe-box shoe as an emergency fix for forefoot pain. The toe box may well suit you. The drop change is a separate decision that loads your Achilles and calf differently, and making both changes at once means you will not know which one caused whatever happens next.
Where the evidence is thin
Almost none of the width research above was conducted on runners, and essentially none of it on runners over 60 specifically. The morphology data comes from sportspeople in racket and team sports; the fit-prevalence data comes largely from general older-adult and clinical populations, much of it concerned with walking, falls and diabetic foot risk rather than running. What we have is a well-supported description of how older feet differ and how badly shoes tend to fit them, and very little direct evidence on running outcomes. Anyone presenting a confident causal claim about wide fittings and running injury rates in over-60s is going beyond what has been measured.
The toe box story is less tidy than it sounds, too. A 2025 study measured toe-box shape against medial forefoot pressures in older women with painful hallux valgus and found no significant relationship between the two — the shape of the shoes these women habitually wore was not associated with higher pressure over the bunion. Narrow footwear across a lifetime looks like a plausible contributor to developing hallux valgus; changing toe-box shape once you already have it is a comfort intervention with thinner support than the marketing implies.
If you are also managing joint discomfort, the cushioning question is a separate one and the answer is less flattering to shoe marketing than you would expect — see best cushioned running shoes for knee pain.
The broader picture of what changes after 50 — arch flattening, tendon stiffness, plantar fat pad thinning — sits alongside this one in best running shoes for men over 50 and best running shoes for women over 50, the latter of which covers hallux valgus in more detail.
Not medical advice. This guide summarises published research on foot morphology and footwear fit. It is not a diagnosis and not a treatment plan. Persistent forefoot pain, numbness, a diagnosed deformity, or any foot problem alongside diabetes warrants assessment by a podiatrist or doctor who can actually examine you — footwear is not a treatment.
Sources
- Dixon et al., Differences in Foot Morphology across Age Groups for Women Active in Sport, Gerontology (2024) — the 374-participant 3D scanning study.
- Buldt & Menz, Incorrectly fitted footwear, foot pain and foot disorders: a systematic search and narrative review of the literature, Journal of Foot and Ankle Research (2018).
- Menz et al., Evaluation of the accuracy of shoe fitting in older people using three-dimensional foot scanning, Journal of Foot and Ankle Research (2014).
- Nigg et al., Running shoes and running injuries: mythbusting and a proposal for two new paradigms: 'preferred movement path' and 'comfort filter', Br J Sports Med (2015).
- Bajraszewski et al., Footwear Toe-Box Shape and Medial Forefoot Pressures in Women With Hallux Valgus, Journal of Foot and Ankle Research (2025).