Slip Resistant Shoes for Seniors: What “Non-Slip” Really Means and How to Check a Pair

Turn a favorite pair of shoes over and look at the heel. If there is a shiny, flat patch where the tread used to be, that patch is what meets a wet kitchen floor first.

If you are a senior shopping for slip resistant shoes, you have probably seen “non-slip” printed on almost every box in the store.

If you are a caregiver, you may be trying to work out whether a parent’s sneakers are safe or just comfortable. The label will not tell either of you much, and the reason why is the most useful thing to know before you buy.

Quick Answer: Do Slip Resistant Shoes Help Seniors?

They can help, but not because of the word on the box. No US safety regulator defines or measures slip resistance for footwear, so the grip comes down to the sole itself: soft rubber, tread with channels for water, and tread that has not worn smooth.

The strongest finding in older adults is simpler than any shoe feature. Going barefoot or in socks is linked to far more falls than wearing almost any shoe.

On ice, ordinary soles struggle, and slip-on cleats are the tool with trial evidence behind them.

Non-Slip vs Slip Resistant Shoes: What the Label Really Means

The two phrases are used as if they mean the same thing, and on a shoe box they usually do.

No US regulator defines either one.

An article in Occupational Health & Safety magazine put it plainly: no US regulatory body with enforcement power, OSHA included, defines or measures the slip resistance of footwear. A brand can print “non-slip” on a shoe that has never been tested.

Test methods do exist. ASTM F2913 measures the friction between a whole shoe and a floor on a machine, under repeatable lab conditions, with or without water or other contaminants on the surface.

In 2021 ASTM added F3445, a voluntary minimum for slip resistance in protective work footwear tested that way. Its own scope says lab results “shall not be deemed as establishing performance levels for all situations.”

So a work shoe that cites F3445 has at least passed a defined test. A casual sneaker labeled “non-slip” usually has not, and the label alone cannot tell you how it behaves on your bathroom tile.

What the Research on Shoes and Falls in Older Adults Shows

Falls are common enough to take seriously. The CDC reports that about 1 in 4 adults aged 65 and older say they fall each year, and falls are the leading cause of injury in that age group.

The footwear research is more modest than shoe ads suggest.

In a Washington State study of 1,371 adults aged 65 and older, Koepsell and colleagues compared 327 people who fell with matched people who did not. Athletic and canvas sneakers were the footwear linked to the lowest fall risk, while going barefoot or in stocking feet was linked to roughly 11 times the odds of a fall.

That 11 comes with a wide margin of error, from about 2 to 52, because few people fell while barefoot.

The direction is clear even if the exact size is not.

Menz, Morris and Lord followed 176 residents of a retirement village, average age 80, for a year. People who fell indoors were much more likely to go barefoot or wear socks at home.

Here is the uncomfortable part.

The same study measured ten shoe features, including tread pattern and sole hardness, and none of them differed between the people who fell and those who did not.

That was one small study, so it does not prove tread is useless. It does mean the honest message is “wear real shoes, and keep them in good shape,” not “this sole will prevent falls.”

Wet floors are where everyday shoes do worst. In lab testing on bathroom tile, vinyl, concrete and terra cotta, Menz and colleagues found that none of the men’s or women’s casual shoes they tested could be considered safe on wet surfaces.

Adding a textured sole material did not improve grip on wet floors. The authors found that heel shape affects grip and called for a safety standard for casual shoes.

Our main guide to choosing footwear for seniors to prevent falls covers fit, heel height and slippers. This article goes deeper on grip.

What Actually Makes a Sole Grip

Since the label is not reliable, look at the sole in your hand. A few features are worth checking, in rough order of importance.

• Rubber, not leather or hard plastic. A 2024 review of footwear design for older adults by Kim and Hegazy describes rubber as a natural choice for traction.
• Tread with gaps between the blocks, so water has somewhere to go
• Tread at the heel. The heel strikes the floor first, and that is where wear shows up first too.
• A low, wide heel rather than a narrow or tall one

A shoe-traction research group led by Kurt Beschorner explains the tread part. Small, evenly spaced tread blocks raise friction and let fluid drain from under the shoe, and both benefits fade as the shoe wears.

Laces or a strap matter here too. A heel that lifts out of the shoe with each step gets less of that grip on the floor.

For rainy sidewalks, a water-resistant upper keeps feet dry and warm, but it does nothing for grip. The sole still has to do that job.

Sizes on our cards are listed in EU sizing, which does not match US sizes one to one. Check the size chart on the product page against a measurement of your foot.

Thin, Flexible Soles Are Not for Everyone

Both shoes in our cards are zero-drop, minimalist styles. That means a level heel and a thin, bendable sole, which some people like for ground feel and toe room.

Some people need the opposite.

If you have arthritis in the big toe joint, a firm, stiff-soled shoe is often advised, as our guide to big toe arthritis and the shoes that ease it explains. A flexible sole asks that sore joint to bend with every step.

Numb feet change the picture too. Someone with peripheral neuropathy may not feel a stone or a rubbing seam through a thin sole, so check with a podiatrist or physical therapist before switching, and see these exercises for peripheral neuropathy for the balance side of that problem.

Anyone used to a cushioned, raised-heel shoe should also switch gradually, wearing the new pair for short stretches at first.

The Battery Test: How to Tell When Tread Is Worn Out

Worn tread is the problem most people miss, because the shoe still feels fine.

In an 11-month workplace study, Hemler and colleagues found that traction dropped steadily as shoes wore down. Once the smooth, worn area reached a certain size, friction fell by 16 to 38 percent.

The same research group tested a quick check anyone can do with an AA battery.

1. Turn the shoe over and find the flattest, smoothest patch in the back half, under the heel, where the tread has worn away.
2. Set the flat end of an AA battery on it. If the worn patch is bigger than the end of the battery, the shoe fails.

Shoes that failed had about 30 percent lower friction in the lab, and people wearing them slipped faster when they hit a slick spot. In that 2020 study by Beschorner and colleagues, the test was right about 72 percent of the time, so it is a useful screen rather than a guarantee.

One honest limit applies. These studies used slip-resistant work shoes, and the people in the slip test averaged 36 years old, not older adults in everyday sneakers.

Caregivers can run this check in under a minute on a visit. It turns “those shoes look old” into a reason a parent can see for themselves.

Wet Tile, Bathroom Floors, and Non Slip House Shoes

The CDC’s STEADI fall-prevention brochure advises wearing well-fitting shoes with good support inside and outside the house, and its footwear fact sheet adds that you should avoid walking in only socks and avoid shoes with no back. The Menz study above points the same way.

That makes a non slip house shoe, meaning a closed-back indoor shoe with a rubber sole, a better choice than socks or a floppy slipper on hard floors.

Bathrooms and kitchens are where the wet-floor finding matters most. Since even good casual soles lose grip on wet tile, wipe up water quickly, and keep the indoor shoes where they can be stepped into without a barefoot walk first.

If a parent gets up at night, put that pair right beside the bed. Our guide to preventing falls on nighttime bathroom trips covers the lighting and path changes that go with it.

Ice and Snow: Where Almost Every Shoe Struggles

Winter is where the gap between the label and reality is widest.

Researchers at the KITE institute in Toronto test boots by having people walk up and down a tilted ice surface until they slip. In one study of 45 popular winter work boots, only one passed their minimum.

Their public consumer site, Rate My Treads, reports that 67 percent of the boots they tested did not make the cut. A boot sold for winter is not automatically a boot that grips ice.

Slip-on ice cleats have the best evidence for older adults. In a winter trial in the northern US, McKiernan randomly assigned 109 fall-prone adults, average age 74, to wear a strap-on cleat device outdoors or their usual winter footwear.

On days spent walking on snow and ice, the cleat group had less than half the rate of outdoor falls. Injurious falls dropped even further, though none in either group were serious.

A detail in that trial is easy to skip past. Twelve of the 19 outdoor falls in the cleat group happened when people were not wearing them.

This is still one trial of 109 people, and a Cochrane review of fall prevention lists it as the single study on the question. It is enough to make cleats a reasonable winter purchase, not enough to call them proven.

Take cleats off at the door.

Purdue University’s safety office warns that cleats can make you slip on indoor tile.

For cold, dry days and packed snow, a warm boot with a rubber outsole is the starting point, with cleats added when the forecast turns icy.

Walking style helps on any winter surface. Slow down and take shorter steps, which Purdue’s guidance says gives you more time to react when the footing changes.

Non Slip Shoes for Women and Men: What Actually Differs

Grip comes from the sole, not from whether a shoe is sold as men’s or women’s.

Style is where the difference shows up. In the Menz lab study, men’s Oxford shoes had more grip on average than women’s fashion shoes, and the authors noted that heel shape affects grip.

For women, that argues for a broad, low heel over a narrow or tall one, even on dress occasions. For men and women alike, a smooth sole is worth avoiding, so a church or wedding shoe deserves the same flip-and-look check as a sneaker.

A Two-Minute Shoe Check for Caregivers

If you are a caregiver, do this with the shoes a parent actually wears, not the good pair in the closet.

• Flip each shoe and run the AA battery test on the heel.
• Press a thumbnail into the sole. Hard, glassy plastic or smooth leather is a poor bet on wet floors.
• Ask what goes on their feet at home, especially first thing in the morning and during the night
• Watch the heel as they walk. If it lifts out of the shoe, tighten the laces or strap, or replace the pair.
• Check the winter boots and ask whether cleats are by the door.

Seniors can run the same check themselves. Most people find it easier to accept a shoe that fails a battery test than a family member’s opinion about their shoes.

What a Doctor or Physical Therapist Will Typically Check

Shoes are one piece of fall risk. A clinician who hears about slips will usually look at the person in the shoes as well.

• The Timed Up and Go test. You stand from a chair, walk about 10 feet, turn and sit back down, and the CDC’s STEADI program treats 12 seconds or longer as a sign of higher fall risk.
• Leg strength, often with the 30-second chair stand
• Feeling in the feet, since numbness hides both slips and rubbing
• Medicines that cause dizziness or sleepiness
• The shoes themselves, including the tread and how well they hold the heel

Our walkthrough of the STEADI fall risk assessment explains these tests in plain terms.

Caregivers, bring the everyday shoes to the appointment.

A worn heel is easier to show than to describe.

What NOT to Do

• Do not trust “non-slip” on a box as proof of grip. Look at the sole.
• Do not walk around the house in socks on hard floors, even for a minute.
• Do not wear ice cleats indoors.
• Do not keep wearing a comfortable pair once the heel tread is gone. Comfort and grip wear out on different schedules.
• Do not switch someone with numb feet or big toe arthritis into thin, flexible soles without asking their podiatrist or therapist.
• Do not treat new shoes as a replacement for strength and balance work after a fall.

Frequently Asked Questions

Are non-slip shoes and slip resistant shoes the same thing?

On most shoe boxes, yes, and no US regulator defines either term for footwear. The exception is work footwear that states it meets a named test standard such as ASTM F3445.

Do non-slip shoes prevent falls?

The clearest evidence in older adults is that wearing shoes at all beats bare feet or socks. One small study found no link between specific sole features and falls, so no sole can promise to prevent them.

What should seniors look for in non slip shoes?

A rubber sole with tread that has gaps between the blocks, tread still present at the heel, a low and wide heel, and laces or a strap that keep the heel from lifting. Then check the size chart carefully, because a loose shoe loses grip.

My dad says his old sneakers are fine. How do I bring it up?

Let the battery test make the case. Hand him an AA battery, have him check the heel himself, and if it fails, the conversation is about the shoe rather than about him.

Does Medicare pay for non-slip shoes?

Not for ordinary retail shoes, including the ones in our cards. Medicare Part B covers therapeutic shoes only for people with diabetes and severe diabetes-related foot disease, when the diabetes doctor certifies the need and a podiatrist or other qualified doctor orders them.

Final Thoughts for Adults Over 50

The word on the box is marketing, and the sole is the evidence. A worn heel the size of a battery end tells you more than any label.

If you are a senior, the cheapest grip upgrade is wearing real shoes at home, and the second is replacing a pair once the heel goes smooth.

If you are a caregiver, put an AA battery in your pocket before the next visit. And when the forecast turns icy, make sure the cleats are by the door, not in a drawer.

Medical Disclaimer

This article is for general education and does not replace personalized medical advice. Shoes cannot prevent every fall, and anyone who has fallen, feels unsteady, or has numb feet should be evaluated by a physician or physical therapist.

The product cards describe features stated on each listing and are not medical devices or therapeutic shoes.

You Might Also Be Wondering

• How to choose safe shoes and slippers for fall prevention, including fit, heel height and the trouble with backless slippers.
• A room-by-room home safety checklist for the floors those shoes will walk on.
• Safer nighttime trips to the bathroom, when bare feet and dim light meet.

Medical References

1. Hyllengren L. Stand Your Ground. Occupational Health & Safety. September 1, 2017.
2. ASTM International. ASTM F2913-19: Standard Test Method for Measuring the Coefficient of Friction for Evaluation of Slip Performance of Footwear and Test Surfaces/Flooring Using a Whole Shoe Tester.
3. ASTM International. ASTM F3445-21: Standard Specification for Performance Requirements when Evaluating Slip Resistance of Protective (Safety) Footwear using ASTM F2913 Whole Shoe Test Method.
4. Centers for Disease Control and Prevention. Older Adult Falls Data.
5. Centers for Disease Control and Prevention, STEADI. What You Can Do to Prevent Falls.
6. Koepsell TD, Wolf ME, Buchner DM, et al. Footwear style and risk of falls in older adults. J Am Geriatr Soc. 2004;52(9):1495-1501.
7. Menz HB, Morris ME, Lord SR. Footwear characteristics and risk of indoor and outdoor falls in older people. Gerontology. 2006;52(3):174-180.
8. Menz HB, Lord SR, McIntosh AS. Slip resistance of casual footwear: implications for falls in older adults. Gerontology. 2001;47(3):145-149.
9. Kim IJ, Hegazy F. Enhancing Footwear Safety for Fall Prevention in Older Adults: A Comprehensive Review of Design Features. Ann Geriatr Med Res. 2024;28(2):121-133.
10. Hemler SL, Pliner EM, Redfern MS, Haight JM, Beschorner KE. Effects of natural shoe wear on traction performance: a longitudinal study. Footwear Sci. 2022;14(1):1-12.
11. Beschorner KE, Siegel JL, Hemler SL, et al. An observational ergonomic tool for assessing the worn condition of slip-resistant shoes. Appl Ergon. 2020;88:103140.
12. Bagheri ZS, Patel N, Li Y, Morrone K, Fernie G, Dutta T. Slip resistance and wearability of safety footwear used on icy surfaces for outdoor municipal workers. Work. 2019;62(1):37-47.
13. KITE Research Institute, University Health Network. Rate My Treads.
14. McKiernan FE. A simple gait-stabilizing device reduces outdoor falls and nonserious injurious falls in fall-prone older people during the winter. J Am Geriatr Soc. 2005;53(6):943-947.
15. Gillespie LD, Robertson MC, Gillespie WJ, et al. Interventions for preventing falls in older people living in the community. Cochrane Database Syst Rev. 2012;(9):CD007146.
16. Purdue University Radiological and Environmental Management. Winter walking tips to avoid slip and fall injuries. November 22, 2019.
17. Medicare.gov. Therapeutic shoes and inserts.