What Are the Best Shoes for Parkinsons Patients?

The best shoes for people with Parkinson’s disease share a few non-negotiable features: a low, flat sole with moderate traction, a secure but easy-to-fasten closure, a roomy toe box, and a firm heel counter that holds the foot in place. These characteristics address the specific gait changes that Parkinson’s causes, from the shortened, shuffling stride to the balance impairments that raise fall risk. But the details matter more than you might expect, and some shoe features that help the general population actually work against someone with Parkinson’s.

Why Parkinson’s Changes What You Need from a Shoe

Parkinson’s disease alters gait in ways that directly affect how your foot interacts with the ground. Steps get shorter and wider, the swing phase of each stride shrinks, and the foot tends to barely clear the floor. A study comparing people with Parkinson’s to healthy controls found that wearing habitual footwear increased step width and changed gait timing in both groups, but the effects on asymmetry differed, highlighting that the same shoe can behave differently on a parkinsonian foot than on a healthy one.¹ On top of this, freezing of gait, where the feet suddenly feel glued to the floor, affects a large proportion of people with moderate to advanced Parkinson’s and is strongly linked to falls.²

Balance is another major factor. Postural instability tends to worsen as the disease progresses, and the feet are your primary source of sensory feedback about where you are in space. Shoes that dull that feedback or shift your center of gravity make an already compromised balance system worse. This means many of the design choices in mainstream footwear, thick cushioned soles, elevated heels, narrow toe boxes, are working against the person wearing them.

The Sole and the Friction Problem

Getting sole traction right is trickier than it sounds. You might assume that maximum grip is safest, but for a shuffling gait, that can backfire. When the foot drags along the floor instead of lifting cleanly, a high-friction outsole catches on the surface. Research on shuffling gait found that increased friction between the foot and the floor can raise tripping risk even when there are no physical obstacles to catch on.³ The foot essentially snags against the ground, creating a stumble-inducing moment around the body’s center of mass.

At the same time, a sole that is too slick invites slipping, especially on tile, hardwood, or wet surfaces. The sweet spot is a flat outsole made of a material with moderate traction, enough to prevent sliding on a smooth floor but not so sticky that it grabs when you shuffle. Thin rubber with a relatively smooth tread pattern tends to work well. Deep-lugged hiking or trail soles, by contrast, are among the worst choices because they grip aggressively and catch on carpet edges and thresholds.

Sole thickness matters for a different reason. A thick, heavily cushioned midsole raises you farther from the ground and reduces the sensory information your feet can relay about the surface beneath them. A thinner, firmer sole keeps your foot closer to the floor and preserves more of that proprioceptive feedback, which your balance system depends on.

Closures That Work with Reduced Dexterity

Fine motor control tends to decline as Parkinson’s progresses, making traditional lace-up shoes frustrating or impossible to put on independently. Velcro straps are the most commonly recommended alternative, but they are not the only option, and many people resist them because they look institutional.

Researchers in neurology have experimented with magnetic closure systems that preserve the appearance of a traditional lace-up dress shoe. One prototype allows the wearer to pull the shoe open, step in, and use magnets running down the upper to secure the forefoot, eliminating the need for lace-tying while keeping the shoe looking conventional.⁴ Several commercial brands now offer similar magnetic or zip-closure designs marketed to people with limited dexterity. Elastic-lace conversions are another low-cost option: you replace standard laces with elastic ones that let the shoe stretch open for entry and then hold snugly once on.

Whatever the closure type, the shoe needs to hold the foot firmly without requiring constant readjustment. A loose shoe that slides around inside creates instability and increases the risk of a trip. If you can slip the shoe off without undoing the closure, it is too loose.

Textured Insoles and Sensory Feedback

One of the more promising interventions for balance in Parkinson’s is also one of the simplest: insoles with a raised, textured surface. The idea is that the bumps or ridges press into the sole of the foot and amplify the sensory signals going to the brain, partially compensating for the impaired proprioception that contributes to postural instability.

A study testing textured insoles in people with Parkinson’s found that under challenging balance conditions, such as standing on a foam surface with eyes closed, the insoles reduced side-to-side sway to a level comparable to healthy controls. The researchers attributed this to the raised surface distributing extra pressure to the mechanoreceptors on the bottom of the foot, enhancing the somatosensory feedback that helps the central nervous system maintain balance.⁵ A systematic review of foot orthoses in Parkinson’s confirmed that textured insoles improved stride length and plantar sensation over a one-week period, though only the sensory gains persisted at follow-up.⁶

These insoles are inexpensive and can be placed in most shoes, making them a practical add-on rather than a reason to buy a specific brand. Even a basic textured insole from a pharmacy is worth trying if balance is a concern.

Indoor Footwear Deserves as Much Attention as Outdoor

Most falls in older adults happen at home, and footwear habits inside the house are often an afterthought. A survey of people with Parkinson’s and stroke found that most wore slippers indoors and considered comfort and fit the most important factors when buying footwear. Half of all respondents reported falls, and among those who fell, a greater proportion had foot problems that affected their balance and influenced their footwear choices.⁷

Separate research on indoor footwear in older adults found that only about one in ten people wore protective footwear like walking shoes or running shoes inside the house. Most wore slippers, flip-flops, or went barefoot.⁸ Slippers and backless slides are particularly risky for someone with Parkinson’s because they lack a heel counter, the foot can slide forward inside them during a shuffling step, and they often have smooth soles that offer unpredictable traction on different indoor surfaces.

A practical approach is to keep a dedicated pair of lightweight, enclosed shoes by the door for indoor use. They do not need to be bulky or formal. A low-profile sneaker with a rubber sole, a snug fit, and an easy-on closure works well and is far safer than socks on hardwood or floppy slippers on carpet.

Foot Deformities and Getting the Right Fit

Parkinson’s causes foot problems that go well beyond gait changes. A clinical examination of people with the disease found that nearly nine out of ten had some form of foot pathology. About seven in ten had nail disorders or calluses, a similar proportion had ankle equinus (restricted upward movement of the ankle), and roughly half had bunions or deformed toes.⁹ Striatal toe, a distinctive involuntary extension of the big toe caused by the disease itself, adds further complication by altering pressure distribution inside the shoe and sometimes causing pain at the toe box.

Perhaps more striking, the same study found that about three-quarters of participants were wearing shoes that did not properly fit their right foot, and about six in ten had a poor fit on the left. The mismatch was in length, width, or both.⁹ This is a population where the foot is changing shape due to the disease, but shoe choices rarely keep up. Having your feet measured periodically, ideally with a proper measuring device rather than just eyeballing it, is worth the effort. A shoe that was the right size two years ago may no longer be.

If bunions, hammer toes, or equinus are present, a shoe with a wide toe box and some depth in the forefoot area prevents the upper from pressing on deformities. Shoes marketed as “wide” are often just longer, so check the actual width measurement or try brands known for generous forefoot room.

Technology Built into Shoes

For people who experience freezing of gait, a few specialized shoe technologies have shown real promise in clinical testing. The most studied is the “laser shoe,” which projects a bright laser line onto the floor in front of the foot during the stance phase. The line acts as a visual cue, giving the brain a target to step toward and helping break the freeze. In a clinical trial, laser shoes reduced the number of freezing episodes by about 46% when participants were off medication and about 38% when on medication. The percentage of time spent frozen dropped by more than half in the off-medication state.¹⁰

Vibrotactile devices built into the shoe or insole represent another approach. These deliver small vibrations to the sole of the foot, timed to the gait cycle, as a tactile cue for step initiation. A pilot study of one such device found roughly a one-third reduction in both the number of freezing episodes and the duration of those episodes, along with a measurable increase in step length. About three-quarters of participants reported that their walking felt improved with the vibration.¹¹

Some prototype systems combine both visual and tactile cueing in a single piece of footwear, projecting a laser line during stance while delivering vibration during swing. Clinical trials of these dual-cue systems showed that dependence on the cues was highest during off-medication periods, confirming that the shoes work hardest when the person needs them most.² These devices are still largely in the research or early-commercial stage, and availability varies. But for people with frequent freezing who have not responded well to medication adjustments, they are worth discussing with a movement disorder specialist.

The Role of Rhythmic Cueing Beyond the Shoe

While not a shoe feature per se, rhythmic auditory stimulation, essentially walking to a beat, interacts with footwear choices and is worth understanding in context. Metronome-like cues delivered through headphones or earbuds have been shown to increase walking speed and cadence and reduce the time needed to turn in people with Parkinson’s.¹² A recent randomized controlled trial found that a music-based cueing program delivered through a smartphone app produced clinically meaningful improvements in stride-time variability over six weeks, meaning that each stride became more consistent in timing and length.¹³

Why this matters for shoe selection: rhythmic cueing encourages a more regular, lifted gait pattern, which reduces the shuffling that makes high-friction soles dangerous. If you are using an auditory cueing program, you may find that you can tolerate slightly grippier shoes than someone who shuffles heavily, because your feet are clearing the ground more consistently. The combination of a well-chosen shoe and a cueing strategy, whether auditory, visual, or tactile, tends to be more effective than either alone.

Practical Checklist for Choosing Shoes

Pulling together what the research points to, here is what to look for and what to avoid:

Sole: Flat, thin to moderate thickness, smooth to lightly treaded rubber. Avoid deep lugs, thick foam, and any elevated heel.
Closure: Velcro straps, magnetic closures, elastic laces, or side zippers. Avoid traditional laces unless dexterity is fully intact.
Fit: Measure both feet periodically. Parkinson’s-related foot deformities are common and change over time. Allow room in the toe box for bunions, hammer toes, or striatal toe.
Heel counter: Firm and snug around the back of the foot. The heel should not slip when you walk.
Weight: Lighter is generally better. Heavy shoes make a short, shuffling stride even more effortful.
Insole: Consider adding a textured insole for balance support, especially if you notice instability on uneven surfaces or in dim lighting.
Indoor pair: Use an enclosed, supportive shoe inside the house instead of slippers, socks, or bare feet.

When Medication State Changes the Equation

One dimension of shoe choice that often gets overlooked is how dramatically gait can shift between on-medication and off-medication periods. During off periods, when dopaminergic medication has worn off, freezing of gait becomes more frequent and severe, shuffling worsens, and balance deteriorates. Research on cueing footwear systems has confirmed that people depend on external cues far more during these off states.²

For practical purposes, this means the shoe you choose needs to work for your worst gait, not your best. If your walking is fairly smooth during on periods but falls apart during off periods, the shoe should be designed for the off state: moderate friction, maximal stability, easy to put on during a time when your hands may be stiff and uncooperative. Some people keep a cueing device attached to their shoes specifically for off periods, switching it on when they feel a freeze coming. Planning footwear around the full medication cycle, rather than how you feel at your best, is one of the more underappreciated strategies for reducing falls.

1
Gait & Posture. The effects of habitual footwear in gait outcomes in people with Parkinson’s disease
2
Engineering, Technology & Applied Science Research. A Wearable Footwear System with Visual and Tactile Cueing for Freezing of Gait Management across ON and OFF States in Parkinson’s Disease
3
Scientific Reports. Effect of foot–floor friction on the external moment about the body center of mass during shuffling gait: a pilot study
4
PubMed Central. Assessing and addressing footwear needs in Parkinson’s disease—design thinking in neurology
5
PubMed Central. Effects of Textured Insoles on Balance in People with Parkinson’s Disease
6
PubMed Central. Effect of Foot Orthoses and Shoes in Parkinson’s Disease Patients: A PRISMA Systematic Review
7
PubMed Central. A survey exploring self-reported indoor and outdoor footwear habits, foot problems and fall status in people with stroke and Parkinson’s
8
Journal of Foot and Ankle Research. Factors associated with type of footwear worn inside the house: a cross-sectional study
9
International Journal of Medical Sciences. Impact of Footwear and Foot Deformities in patients with Parkinson’s disease: A Case-Series Study
10
PubMed. The laser shoes: A new ambulatory device to alleviate freezing of gait in Parkinson disease
11
PubMed Central. Vibrotactile Foot Device for Freezing of Gait in Parkinson’s Disease: A Pilot Study
12
PLoS ONE. Effect of Rhythmic Auditory Stimulation on Gait in Parkinsonian Patients with and without Freezing of Gait
13
npj Parkinson’s Disease. Amplifying walking activity in Parkinson’s disease through autonomous music-based rhythmic auditory stimulation: randomized controlled trial