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ToggleYes, barefoot safety shoes are generally suitable for people who wear insoles, provided the model has sufficient interior space and a removable insole. The key factor is that the insole does not completely negate the biomechanical properties of the barefoot shoe. The following questions explain what you should keep in mind when combining barefoot safety shoes with insoles.
What features must safety shoes have in order for insoles to fit?
To ensure that insoles can be used effectively in safety shoes, the shoe must have a removable insole, sufficient interior height, and a fit that still leaves enough room for the toes after the insole is inserted. Without these basic requirements, the insole will push the foot upward and create new pressure.
Specifically, you should look for the following characteristics:
- Removable insole: Only if the factory-installed insole can be removed will there be enough room for a custom insole.
- Adequate shoe depth: After inserting the insole, the shoe must still have enough height so that the toes and instep are not constricted.
- Wide toe box: A narrow toe box squeezes the toes together as soon as the insole lifts the foot.
- Flexible Upper Material: Stiff material does not give way when the foot is lifted by the insole and can cause pressure points.
If you regularly wear orthopedic insoles, you should always bring both insoles with you when buying shoes and try the shoes on with them. This is the only way to determine whether the fit and volume are truly right. You can find more information about the basics of proper fit for safety shoes in our guide.
What makes barefoot safety shoes anatomically different from conventional models?
Barefoot safety shoes differ from conventional models primarily in three design features: the zero-drop sole with no heel lift, the extra-wide toe box, and the exceptionally flexible sole and upper materials. Together, these features promote good posture and allow for a more natural rolling motion.
In conventional safety shoes, the heel is often higher than the forefoot, which shifts the body’s center of gravity forward and can place constant strain on the knees and lumbar spine. The zero-drop design keeps the foot in a horizontal line, allowing the spine to maintain its natural neutral position.
The wide toe box is another important difference: it gives the toes room to spread out as they roll forward, rather than squeezing them together. Over time, this can help reduce the likelihood of misalignments such as hallux valgus. This width is particularly important for people who wear insoles, because the insole takes up additional space.
Can orthopedic insoles be used in barefoot safety shoes?
Orthopedic insoles can be used in barefoot safety shoes if the model has a removable insole and offers sufficient interior space. Many barefoot shoe models are intentionally designed with a bit more depth to allow for exactly this combination.
However, it is important to note that a traditional orthopedic insole with a high longitudinal arch or a significant heel lift can partially negate the zero-drop principle. Anyone who still needs to use insoles should discuss with their orthopedist or orthopedic shoemaker whether the insole can be adapted to the barefoot shoe design.
As a general rule, this combination works best when the insole is relatively slim and flexible and does not have a significantly raised heel. If the insoles are very bulky or rigid, a barefoot shoe may simply not be the right type of shoe.
How does an insole affect the natural rolling motion in a barefoot shoe?
An insole affects the rolling motion in a barefoot shoe by positioning the sole of the foot in a specific way and partially restricting the flexibility of the sole. The stiffer and thicker the insole, the more it restricts the foot’s natural range of motion—which a barefoot shoe is actually designed to promote.
Barefoot safety shoes are designed to allow the foot to actively participate in movement. The flexible sole responds to every step, and the wide toe box allows for natural toe spread. A rigid insole can dampen this effect because it stiffens the sole from the inside.
Thin, flexible insoles that provide only light support interfere significantly less with the foot’s natural roll. They blend into the shoe’s dynamics rather than blocking them. Anyone who doesn’t want to forgo the benefits of the natural roll should start right here and choose the appropriate insole.
What types of insoles are best suited for barefoot safety shoes?
Thin, flexible insoles without a pronounced heel lift are best suited for barefoot safety shoes. Proprioceptive insoles, which provide sensorimotor support for the foot, are particularly suitable, as are flat cushioned insoles that absorb pressure peaks without compromising the flexibility of the sole.
The following types of insoles work well with the barefoot shoe design:
- Proprioceptive insoles: Stimulate the foot muscles and support natural stabilization without rigid guidance.
- Thin soft foam inserts: Cushion localized pressure points without significantly increasing the volume.
- Flat insoles: Provide light arch support with a low profile.
On the other hand, the following are less suitable:
- Insoles with a high heel lift that negate the zero-drop principle
- Very stiff carbon insoles or insoles with a high longitudinal arch
- Thick athletic insoles designed for running shoes with a high sole volume
If you're unsure, it's worth talking to an orthopedic shoemaker who can tailor the insoles specifically to the barefoot shoe design. Information on the standards and protection classes for safety shoes will also help you choose the right type of shoe for your workplace.
When should you avoid using insoles with safety shoes?
You should avoid using insoles in safety shoes if the shoe doesn't have enough interior space, if the insole makes the shoe feel too tight, or if you don't have a medical reason for using an insole. In these cases, an insole can cause more problems than it solves.
Especially with barefoot safety shoes, there are situations in which an insole simply isn't practical:
- If the foot sits too high in the shoe because of the insole and presses against the toe cap
- If the insole constricts the toe box and the toes can no longer spread freely
- If the insole stiffens the sole to such an extent that the rolling motion is completely blocked
- If the shoe already has a built-in footbed that meets the individual needs of the foot
There are also cases in which a barefoot shoe without an insole may be better for the foot in the long run than a conventional shoe with an insole. Barefoot shoes help activate the foot muscles, and some people, by wearing them regularly, eventually find they can do without insoles altogether. However, this should always be done in consultation with a doctor or physical therapist.
How We Combine Barefoot Safety Shoes and Insoles at BAAK
Our barefoot safety shoes have been specially designed to combine a natural walking experience with workplace safety, without compromising on fit. To ensure you’re well-supported even when wearing insoles, we’ve equipped our models with the following features:
- Removable insoles in all barefoot models, so you can easily fit your own custom insoles
- Extra-wide toe box that provides enough room for the toes to spread naturally, even with an insole
- Zero-drop construction with no heel lift, which supports an upright posture even with a flat insole
- Patented Baak Go&Relax system with a flex cap, flex zone, and H-joint in the outsole, which preserves the natural rolling motion as much as possible even when using an insole
Not sure which model is right for your insoles and your work environment? Contact us directly, and we'll help you make the right choice.