Best Insoles for Plantar Fasciitis - 2026 Guide

The Best Insoles For Plantar Fasciitis 2026 Guide showcases five insoles that were selected based on their strong visibility, high consumer demand, and clinical relevance in the treatment of plantar fasciitis.

Plantar fasciitis is a common condition involving inflammation of the plantar fascia, the thick band of tissue supporting the arch of the foot, and is typically caused by overuse. People commonly experience a sharp pain on the bottom of the heel that is especially noticeable during the first few steps after waking.

Effective insoles for this condition need to balance firm structural support, targeted cushioning, and durability. Overall, the best choice of insole for each person depends on whether their goal is symptom relief, biomechanical correction, or long-term durability.

How We Test Insoles

To objectively compare the five pairs of insoles, key performance characteristics related to support, comfort, and durability were evaluated using a standardized set of testing methods.

Arch height and heel cup depth were measured to determine each insole's ability to provide structural support, promote proper alignment, and stabilize the foot during movement. Higher arch heights and deeper heel cups indicate better control and stability.

Cushioning was assessed with the ball drop test: a 2-pound ball was dropped onto the forefoot and heel from a height of 12 inches to evaluate energy return and shock absorption. Less rebound translates to better impact absorption, which reduces stress on the joints and plantar fascia.

We also tested shore hardness to quantify the firmness of these materials, helping differentiate between softer cushioning insoles and more rigid, supportive ones. Firmer materials offer better biomechanical control, while softer ones prioritize comfort.

The sweat simulation test ran water over each insole for 3 seconds and timed how long it took to dry, assessing moisture-wicking ability and breathability. The final assessment included lateral and vertical bending to test resistance to deformation, providing insight into durability and the ability to maintain structure under repeated loading.

🥇 SOLE - Best Overall Insole for Plantar Fasciitis

The SOLE Active Medium insoles came out on top from our comparison.

They feature a strong balance between adaptive comfort and structured support, making them a standout option for daily wear. They initially feel firm, especially under the arch, but gradually develop more comfort as they mold to the shape of the foot.

The base of the insole is a cork composite, which provides a grounding and supportive feel rather than plush cushioning. It compensates for the lack of gel-based softness with consistent support that holds up well throughout long days on your feet.

There is a longer break-in period, but users find this worth it because of the personalized feel and reduced foot fatigue once the insole has fully molded. Overall, these are most beneficial for those seeking long-term comfort and structure over instant softness.

Pros

• Moldable design for a semi-custom fit
• Durable cork base that provides long-lasting structure
• Balanced arch support that is suitable for many foot shapes
• Alignment and control enhanced by a stable heel cup
• Holds shape well over time

Cons

• Requires a break-in period for optimal comfort
• Firmer feel, not ideal for those who want plush cushioning
• Slightly heavier than insoles made from foam only
• Less shock absorption compared to gel models
• Tend to feel bulky in tighter fitting shoes

Who is this good for

• These insoles are ideal for those who wear insoles daily and need consistent, structured support, particularly for mild to moderate arch pain.
• People who prefer firm, semi-custom molded insoles over soft cushioning will appreciate the cork composite construction.
• They suit walking, everyday work-wear, and casual activity, and are great for standing or walking over extended periods.
• Overall, they are best for those with neutral or slightly flat arches who prioritize long-term support over softness.

Who is this bad for

• These are not the best choice for those who want soft, gel-like cushioning, as they prioritize firm structure over plush comfort.
• Users who need immediate comfort without a break-in period may find the molding process inconvenient.
• People with limited space in their shoes may find them too bulky, especially in tighter or minimalist footwear.
• Those who need more aggressive corrective orthotics, or who run and do high-impact exercise, would be better served by a different option.

Full lab report & FAQMaterials, support, durability, moisture, weight, and more

Materials Overview

Top Layer Material	Moisture-wicking polyester fabric
Mid Layer Material	EVA foam
Bottom Shell Material	Cork composite
Construction Quality (1-5)	4.5
Horizontal Rigidity	High
Vertical Rigidity	Medium-high

The top layer is a soft polyester fabric that feels smooth on the foot while reducing friction and moisture buildup. The middle layer is an EVA foam that provides a thin cushioning barrier, soft enough that the cork base does not feel harsh.

The defining feature is the cork composite shell on the bottom. It is moldable by both heat and wear, allowing the insole to gradually conform to the foot and continue improving the fit over time. This construction resists collapse under load, with the arch maintaining integrity even during prolonged standing, a major advantage over foam-only designs. The tradeoff is reduced flexibility, particularly in the forefoot.

Core Support

Support Level

Strong

The cork shell delivers consistent support along the length of the foot. Once molded, the arch feels stable and secure without being overly aggressive, making it well suited for daily wear.

Metatarsal Area

Metatarsal Pad

No

Arch

Arch Height	28.3 mm
Quality	High

The arch provides a consistent lift through its well-contoured, supportive design, helping distribute pressure evenly without feeling too aggressive. Once the insole has molded, the arch tends to feel more natural and less intrusive, making it suitable for a wide range of users.

Heel

Heel Height

2.8 cm

The SOLE insoles feature a deep, structured heel cup that offers strong rearfoot stability. The heel is cradled effectively, which helps control motion and improve alignment, contributing to a secure, locked-in feel during walking and standing.

Forefoot

The forefoot is relatively firm with minimal added cushioning, prioritizing stability over softness. This works well for walking and light activity, but tends to lack during high-impact activity.

Cushioning & Shock Absorption

Shock Absorption Heel	Low (0.9 cm)
Shock Absorption Toe	Low (0.5 cm)
Hardness	50 HA

There is moderate cushioning, leaning toward a firmer feel. The ball drop test showed moderate energy absorption and minimal rebound, meaning the insoles adequately dampen impact during walking without a spring-like feel. The shore hardness rating reflects a firmer material profile, reinforcing the role for stability and structure over plush comfort.

Durability

Stated By Company	6-12 months
Observed	9-12 months

Durability is a strong point for the SOLE insoles. User feedback indicates they last longer than expected compared to other models, with many Amazon reviews highlighting that they outlast foam-based insoles. Some users noticed slight wear of the top fabric layer over time, but the cork base remains intact.

Comfort & Wearability

Weight	59 grams
Breathability	3.5 of 5

These are slightly heavier than a basic foam insole, but the added weight translates into better structure and longevity. Breathability is decent but not exceptional: the top fabric layer reduces heat and moisture buildup, but the dense cork base limits airflow. The moisture-wicking polyester layer manages sweat well during normal daily use, making it suitable for moderate or light activity rather than high-moisture environments.

FAQ

How long do SOLE last

They typically last around 9-12 months with regular or daily use. Many users report an even longer lifespan due to the durable cork base.

Where to buy SOLE

You can buy SOLE insoles online through Amazon or the SOLE website, and may find them in select specialty footwear stores such as The Foot Spot.

Are SOLE fsa/hsa eligible

These could be considered FSA/HSA eligible if used for medical purposes with proper documentation from your provider.

Which SOLE model do I need

Most users find the Medium model suits their needs with a neutral to moderate arch. Those who need more support, such as flat feet, may consider the Thick or High models.

Can you wash SOLE

Hand wash with mild soap if needed. Do not soak or machine wash, in order to preserve the cork structure.

Are SOLE insoles good

These are a strong choice for those seeking structured, long-lasting support with the added benefit of a semi-custom molded fit.

🥈 Cruv - Best Insole for Maximum Arch Correction

The Cruv Heal Professional Strong Arch Support insoles are one of the more aggressive options for support in this review.

They are unapologetically structured and firm, so they immediately feel more corrective than cushioned. They lift the arch into position rather than gently cradling the foot, creating a noticeable alignment effect, especially for flat feet or severe overpronation where softer insoles would collapse.

The deep heel cup reduces side-to-side movement and improves overall stability by locking the foot into place. This firmness can initially feel intrusive, but once adjusted the support feels more natural and reduces fatigue in the feet and lower legs.

Cushioning is present but clearly secondary to firmness and support. Overall, these insoles are highly targeted and designed for correction over comfort. If you want strong structural support and tolerate a firm insole well, this is an excellent choice.

Pros

• Extremely strong arch support, especially for flat feet and overpronation
• Deep heel cup that enhances stability and alignment
• Durable, rigid shell resists flattening over time
• Reduces strain in the foot, ankle, and knee
• Effective for extended wear with long hours of standing or walking

Cons

• The level of firmness feels uncomfortable initially
• Decent break-in period required
• Limited amount of cushioning
• Feels bulky in tighter shoes
• Not the best option for high or neutral arches

Who is this good for

• These insoles are most ideal for those with flat feet (pes planus) or severe overpronation who need strong arch correction.
• People who stand for long hours on hard surfaces, and those managing plantar fasciitis, benefit from the aggressive structural support.
• They suit users who prioritize stability over comfort and want a noticeable alignment effect.
• Overall, they work best in daily worn casual work shoes where correction matters more than plush feel.

Who is this bad for

• These are not a good fit for those who prefer soft, cushioned insoles, as firmness clearly takes priority.
• People with high arches may find the tall, contoured arch excessive or even uncomfortable.
• Users who want a minimal or low-profile insole, or whose feet are sensitive to firm arch pressure, should look elsewhere.
• Those who need a greater focus on shock absorption, such as runners, would be better served by a cushioning-focused model.

Full lab report & FAQMaterials, support, durability, moisture, weight, and more

Materials Overview

Top Layer Material	Moisture-wicking fabric
Mid Layer Material	EVA foam
Bottom Shell Material	Rigid TPU shell
Construction Quality (1-5)	4.5
Horizontal Rigidity	High
Vertical Rigidity	High

The multi-layered construction prioritizes structure over softness. The top layer reduces friction and manages moisture with a breathable fabric. The middle layer is a thin EVA foam providing minimal cushioning, just enough to prevent harsh contact without compromising stability.

The TPU shell is the defining feature, providing the strong corrective properties across the foot. It performs exceptionally well under load, resisting compression and maintaining shape after prolonged standing or walking. High rigidity ensures the arch does not collapse under pressure, but also limits flexibility, which can feel unforgiving during dynamic activities.

Core Support

Support Level

Very strong

The rigid TPU shell delivers aggressive, corrective support along the full length of the foot, encouraging a more neutral alignment rather than adapting to existing foot mechanics.

Metatarsal Area

Metatarsal Pad

Yes

Arch

Arch Height	30.5 mm
Quality	High

The tall, firm, contoured arch is a standout feature. It provides maximum lift and correction rather than adapting to the foot, which encourages a more neutral alignment. This is very effective, but mostly only if your foot type matches its intent.

Heel

Heel Height

2.8 cm

The deep, structured heel cup provides excellent rearfoot stability. It securely cradles the heel to minimize lateral movement and improve alignment through the ankle up to the knee. During testing, this noticeably reduced heel slippage and improved overall balance during movement.

Forefoot

The forefoot area is thin and flexible compared to the heel, allowing a more natural feel under the toes. The lack of extra padding reinforces the insole's priority of structure over comfort.

Cushioning & Shock Absorption

Shock Absorption Heel	Low (0.9 cm)
Shock Absorption Toe	Low (0.5 cm)
Hardness	31 HA

Cushioning is present but minimal, acting more as a buffer of force than for comfort. The ball drop test revealed moderate energy absorption with a lower level of rebound, reflecting a controlled dampening effect rather than a plush response. The insole feels dense and supportive underfoot and resists compression under sustained pressure.

Durability

Stated By Company	6+ months
Observed	6-12 months

User feedback and testing indicate durability is one of the strongest features. Many Amazon reviewers say the Cruv insoles hold their shape after months of daily use. The rigid bottom shell is key to longevity, preventing the flattening typically seen in softer alternatives. The top fabric may show wear after a few months, but the structural integrity remains intact.

Comfort & Wearability

Weight	93 grams
Breathability	3.5 of 5

There is a substantial feel to these insoles, though users agree they are not overly heavy or bulky. The rigid structure makes them more noticeable during use than lighter options. Breathability is moderate: the top fabric allows airflow, but the dense foam and shell limit ventilation. The fabric layer manages sweat and odor well during daily wear, though intense activity or high heat can cause some moisture retention.

FAQ

How long do Cruv last

They typically last 6-12 months depending on level of usage. Daily use or heavier body weights can lead to slightly faster wear, but the rigid shell ensures long-term structural support.

Where to buy Cruv

These insoles are widely available online, particularly through major retailers such as Amazon. There is limited in-store availability.

Are Cruv fsa/hsa eligible

In most cases the Cruv insoles are eligible for FSA/HSA, more likely when purchased for a diagnosed condition such as plantar fasciitis. Double check with your provider.

Which Cruv model do I need

For flat feet or overpronation, the best option is the Professional Strong Arch Support model. Consider the medium-arch alternative if you need less aggressive support.

Can you wash Cruv

Yes, but hand wash with mild soap and warm water. Do not soak or use high temperature water, which can compromise the adhesive and other materials.

Are Cruv insoles good

These are excellent for those who need firm, corrective support. They are not the most comfortable initially, but they deliver strong, lasting stability with alignment benefits.

🥉 Valsole - Best Insole for Heavy-Duty Support

The Valsole Arch Support insoles offer high-capacity support, particularly beneficial for those who place more load through their feet, such as people with heavier body weights, long standing hours, or physically demanding jobs.

In the shoe, the immediate firmness and structure is appreciated, along with a noticeable lift through the medial arch that helps prevent collapse and overpronation. The deep, stabilizing heel cup creates a secure, locked-in feel that reduces heel fatigue over time.

The insoles focus more on control and support than softness, which may cause them to feel rigid at first but more comfortable after a short break-in period. They perform especially well in work boots or structured sneakers, maintaining shape and support after prolonged wear.

Valsole insoles are not an ideal option for those seeking plush comfort, but they excel in durability and biomechanical correction, making them a strong choice for heavier users or anyone needing maximum structural support over extended wear.

Pros

• Exceptional arch support for those with higher body weight and flat feet
• Good stability and alignment provided by a deep heel cup
• Durable construction resists flattening
• Strong motion control to reduce overpronation
• Performs well in supportive footwear and work boots

Cons

• May be uncomfortable initially due to the firmer feel
• The bulky design may not fit in minimalist footwear
• Limited flexibility
• Cushioning is not very plush
• Requires a short break-in period

Who is this good for

• These insoles are ideal for heavier individuals who need reinforced support, and for plantar fasciitis cases that involve arch collapse.
• People working longer shifts that involve mostly standing or walking benefit from the locked-in stability.
• Those with overpronation needing strong motion control will appreciate the rigid TPU shell.
• Overall, they are a great match for work boots or structured athletic shoes where stability is the priority.

Who is this bad for

• These are not a good fit for those who prefer a soft, cushioned insole, as structure clearly takes priority over softness.
• People who wear tighter, minimalist style shoes may find the bulky design difficult to accommodate.
• Users who need more flexible forefoot movement may find the firm construction limiting.
• Those with neutral, pain-free arches, or who simply want a lightweight insole, would be better served by a different option.

Full lab report & FAQMaterials, support, durability, moisture, weight, and more

Materials Overview

Top Layer Material	Moisture-wicking fabric
Mid Layer Material	High-density EVA foam
Bottom Shell Material	Rigid TPU support shell
Construction Quality (1-5)	4.5
Horizontal Rigidity	High
Vertical Rigidity	High

The top layer is a breathable fabric designed to reduce friction and wick moisture during extended wear. The middle layer is a dense EVA foam that prioritizes durability over softness, providing cushioning without collapsing under pressure.

The TPU shell forms the structural backbone, running through the arch and heel. It performs exceptionally well under heavy load, maintaining arch height by resisting deformation, which is especially beneficial for heavier users. The trade-off is reduced flexibility, most noticeable in the forefoot. The heel cup integrates seamlessly with the shell for strong rearfoot control.

Core Support

Support Level

Very strong

The TPU shell delivers high-capacity support designed for heavy loads, holding the arch in place and resisting compression even under the body weight of larger users.

Metatarsal Area

Metatarsal Pad

No

Arch

Arch Height	30.5 mm
Quality	High

The arch is a defining feature. The tall, inflexible design prevents collapse rather than adapting softly to the foot, making it particularly effective for flat feet or severe overpronation, though it may feel aggressive for those with neutral arches.

Heel

Heel Height

2.8 cm

The heel cup is deep and rigid, offering excellent rearfoot stability. It cradles the heel securely, helping align the ankle and reduce strain on the plantar fascia. During testing, this stability and alignment improved balance and reduced fatigue, especially on hard surfaces.

Forefoot

The forefoot is firm and minimally flexible, consistent with the insole's emphasis on stability over responsiveness. This is not ideal for high-impact running, but provides consistent support during walking and standing.

Cushioning & Shock Absorption

Shock Absorption Heel	Moderate (1.58 cm)
Shock Absorption Toe	Moderate (1.2 cm)
Hardness	29 HA

Cushioning is moderate and leans firm. It absorbs the impact of walking and standing reasonably, but clearly falls secondary to structural support. The ball drop test showed a controlled rebound with minimal energy loss, indicating solid shock absorption without excessive softness. The shore hardness test confirms a firm profile that favors long-term performance over immediate comfort.

Durability

Stated By Company	6-12 months
Observed	6-12+ months

Durability is a major strength. The insoles are advertised as long-lasting, heavy-duty support, and users confirm strong resistance to compression and wear. Most people report the insoles maintain their shape after several months of daily use. Some mention minor wear in the top fabric layer, but agree the structural integrity remains intact, consistently outperforming softer insoles that flatten quickly.

Comfort & Wearability

Weight	76 grams
Breathability	2.5 of 5

The insoles have a substantial feel in hand and underfoot, slightly heavier than average, with the added weight contributing to durability and stability. Breathability is moderate: the top fabric allows reasonable airflow, but the denser layer beneath limits further ventilation. The fabric manages sweat and reduces odor buildup well, though hot or damp conditions can cause moisture accumulation.

FAQ

How long do Valsole last

They typically last around 6-12 months depending on usage. Daily wear or heavier body weights slightly shorten the lifespan, but overall durability is above average.

Where to buy Valsole

Valsole insoles are widely available online through major retailers such as Walmart and Amazon, often with multiple size and arch support options.

Are Valsole fsa/hsa eligible

In some cases these insoles are eligible for FSA/HSA, more likely when prescribed or categorized as a medical-grade orthotic. It is best to check with your provider.

Which Valsole model do I need

Most users find the standard version fits well, but the insole size should closely match your shoe size. Trim-to-fit options allow for better customization.

Can you wash Valsole

Hand wash with mild soap and warm water if cleaning is needed. Machine washing could damage the structural components.

Are Valsole insoles good

Yes, these insoles are great especially for users who need firm, high-level support. They are not the softest option, but they excel in stability and load-bearing performance.

WALKHERO - Best Insole for Budget-Friendly Support

The WALKHERO Medical Orthotic insoles provide a great balance between functional support and affordability, making them a highly accessible option for relieving mild to moderate plantar fasciitis symptoms without a major investment.

During testing, there was immediate support under the arch and a noticeable lift that helps reduce strain across the plantar fascia. The structure is firm but not too aggressive, making it easy to adapt to, especially for first-time orthotic users.

The heel cup helps guide foot alignment with moderate stability, but lacks the deep, locked-in feel of higher-end insoles. The cushioning favors a firmer design, prioritizing support over softness, which works well for reducing fatigue during shorter periods of standing and walking.

Mild compression was noticeable after extended wear, particularly in the mid-layer. Overall, the WALKHERO insoles perform best for orthotic beginners and budget-conscious users who want reliable everyday support without committing to a premium product.

Pros

• Offers strong value based on price compared to competitors
• Provides firm, consistent arch support suitable for daily wear
• Requires little to no break-in period for most users
• Lightweight design that works in a wide range of shoe types
• Readily available online with multiple size options

Cons

• Materials tend to show signs of wear quicker than premium insoles
• Limited cushioning, particularly in the forefoot
• Arch support may not be sufficient for severe plantar fasciitis
• Heel cup lacks the depth needed for maximum stability
• Foam layer tends to compress over time, especially with frequent use

Who is this good for

• These insoles are best suited for budget-conscious users looking for basic, reliable arch support.
• People with mild plantar fasciitis symptoms, and those doing daily walking or casual activity, are a good match.
• They work well in everyday footwear such as tennis shoes and sneakers.
• Overall, first-time orthotic users will appreciate the easy adjustment and low price point.

Who is this bad for

• These are not a good choice for those with severe plantar fasciitis who need aggressive correction.
• People who need longer-term durability, especially with heavy use, may be disappointed by the foam compression over time.
• Those who stand on hard surfaces for extended hours, or need high-impact shock absorption for sports, should look elsewhere.
• Users who prefer premium materials and construction would be better served by a higher-end option.

Full lab report & FAQMaterials, support, durability, moisture, weight, and more

Materials Overview

Top Layer Material	Fabric
Mid Layer Material	EVA foam
Bottom Shell Material	TPU shell
Construction Quality (1-5)	3.5
Horizontal Rigidity	Moderate
Vertical Rigidity	Moderate

The top layer is a basic fabric, providing a soft touch but limiting moisture control. Beneath it is a medium-density EVA foam contributing to both cushioning and structural support. The bottom shell is a molded TPU base which provides primary arch support and good heel stability.

Under load, the construction performs adequately, with the EVA slightly compressing for comfort and the TPU shell preventing full collapse. Compared to premium insoles, the shell lacks rigidity under heavier body weights or prolonged use. Over time the arch tends to soften, but it initially holds shape fairly well. The construction is functional, built more for affordability than long-term durability.

Core Support

Support Level

Moderate

The molded TPU base provides reliable everyday arch support, firm enough to reduce pronation and stabilize the foot without feeling aggressive, though insufficient for severe cases.

Metatarsal Area

Metatarsal Pad

No

Arch

Arch Height	26.5 mm
Quality	Moderate

The arch is firm and of moderate height, making it effective at reducing pronation and stabilizing the foot during movement. However, it lacks precision contouring. It focuses on support rather than aggressive correction, comfortable for beginners but insufficient for more severe cases.

Heel

Heel Height

2.8 cm

The heel cup depth is in the moderate range, emphasizing the insole's ability to stabilize the foot during movement. It helps guide alignment, but is not deep enough to fully lock the heel in place. Stability is decent for walking, but less effective during more dynamic movements.

Forefoot

The forefoot area is relatively thin with minimal padding, prioritizing flexibility over cushioning and sheer comfort.

Cushioning & Shock Absorption

Shock Absorption Heel	Low (0.9 cm)
Shock Absorption Toe	Low (0.5 cm)
Hardness	33 HA

Cushioning is sufficient for a firm, functional construction rather than a soft design. The ball drop test showed low to moderate energy absorption in both the forefoot and heel, with limited rebound, indicating a relatively basic level of cushioning performance. The shore hardness reading confirms a firm feel that supports the foot but reduces any potential for plush comfort.

Durability

Stated By Company	6-12 months
Observed	4-8 months

The WALKHERO insoles produce a fair level of durability, but user reviews indicate a shorter lifespan than the company states. Amazon reviews consistently mention solid early performance but gradual flattening over a few months of use. This aligns with observed EVA compression over time, making the insoles best suited for light to moderate use.

Comfort & Wearability

Weight	45 grams
Breathability	3 of 5

The insoles are lightweight and easy to wear, suitable for everyday use without noticeable bulk. Breathability is moderate: the top fabric allows a modest amount of airflow, but can retain heat in warmer conditions. During the sweat simulation test the insoles showed a fair drying time, with the basic top fabric offering only limited moisture control, so sweat can accumulate during extended wear.

FAQ

How long do WALKHERO last

The WALKHERO insoles typically last 4-8 months according to users, depending on intensity of use and body weight.

Where to buy WALKHERO

These insoles are widely available on Amazon as well as several major online retailers, including walkhero.com and Walmart.

Are WALKHERO fsa/hsa eligible

The WALKHERO insoles tend to be eligible for FSA/HSA, but it is recommended to check with your provider.

Which WALKHERO model do I need

For mild to moderate needs, the standard orthotic model works best. It is particularly popular for plantar fasciitis support.

Can you wash WALKHERO

Yes, but these insoles are hand wash only. Do not soak, in order to preserve the structure.

Are WALKHERO insoles good

These insoles are good, especially for users on a budget who need basic arch support.

Dr. Scholl's - Best Insole for Casual Everyday Comfort

The Dr. Scholl's insoles stand out as one of the more accessible, budget-friendly models for everyday heel pain relief.

They are an easy entry point for those who are not ready to invest in premium orthotics but still want extra support and comfort. The immediate sensation is soft, cushioned comfort under the heel, with a noticeable gel insert that dampens impact during walking.

Arch support is moderate and less noticeable than medical-grade orthotics, making it feel accommodating rather than corrective. They are comfortable for long hours on your feet, but do not offer great stability during higher levels of activity like running.

Cushioning stays consistent over time, but there is less support for severe plantar fasciitis or a flat arch. These insoles are ideal for those with mild to moderate plantar fasciitis who want an affordable, comfortable form of relief.

Pros

• Affordable, widely available option
• Immediate pain relief provided by a soft gel heel
• Comfortable for all-day wear in casual shoes
• Easy trim-to-fit design for several types of shoes
• Good option for those with mild symptoms

Cons

• Lacks firmness in arch support for severe cases
• Limited stability and motion control
• Tend to feel bulky in tighter shoes
• Lower durability than premium orthotics
• Not the best option for running or high-impact activities

Who is this good for

• These insoles are best suited for those with mild plantar fasciitis who want immediate comfort without spending much.
• Budget-conscious buyers and beginner orthotic users will appreciate the gentle, accommodating feel.
• People who work standing jobs, especially shorter shifts, benefit from the soft gel heel.
• Overall, they suit casual and everyday footwear where softness matters more than rigid support.

Who is this bad for

• These are not a good choice for those with severe plantar fasciitis who need firmer, corrective support.
• People with flat feet that need true correction and rigid support will find them insufficient.
• Users who intend to run or do athletic training, or who wear narrow, tight-fitting shoes, should look elsewhere.
• Those who need long-term correction would be better served by a more structured orthotic.

Full lab report & FAQMaterials, support, durability, moisture, weight, and more

Materials Overview

Top Layer Material	Fabric (moisture-wicking polyester blend)
Mid Layer Material	Foam with gel heel insert
Bottom Shell Material	Flexible EVA base
Construction Quality (1-5)	3.5
Horizontal Rigidity	Moderate
Vertical Rigidity	Low to moderate

The top layer is a soft fabric designed to reduce friction and wick light moisture, contributing to a comfortable step-in feel. The middle layer combines standard foam cushioning with a targeted gel insert in the heel, the defining feature of this insole. The gel absorbs shock by compressing under load, particularly during heel strike.

The bottom layer is a flexible EVA base, providing light structure but lacking the firmness of a true orthotic shell. The construction prioritizes comfort under load, with the insole easily compressing in the heel and arch areas. The arch support does not hold its shape well under heavier body weights or extended wear.

Core Support

Support Level

Moderate

The shell is soft and adaptive rather than corrective, suitable for comfort but not as effective for stabilizing foot mechanics or controlling overpronation.

Metatarsal Area

Metatarsal Pad

No

Arch

Arch Height	22 mm
Quality	Moderate

The contoured arch is designed to be broadly compatible rather than provide precision support. There is a noticeable lift, but the arch lacks the firmness needed to fully control overpronation. The shape is comfortable but less effective for structural correction.

Heel

Heel Height

2.5 cm

The heel, the standout feature of these insoles, contains a deep gel cushion that absorbs impact effectively during standing and walking. It cradles the heel comfortably and reduces pressure at the insertion point of the plantar fascia, providing relief for mild to moderate symptoms. Stability is moderate, since the heel cup is not especially deep or rigid.

Forefoot

The forefoot is lightly cushioned with foam but does not feature any specialized traits. This area is flexible, contributing to overall comfort but not adding significant propulsion or energy return.

Cushioning & Shock Absorption

Shock Absorption Heel	Moderate (1.2 cm)
Shock Absorption Toe	Low (0.5 cm)
Hardness	33 HA

Cushioning is soft and forgiving, with an emphasis on heel comfort via the gel pad. It performs well for daily walking or standing, offering a plush underfoot feel. In the ball drop test, the gel heel insert showed strong energy absorption and significantly reduced rebound compared to firmer orthotics, confirming a focus on impact reduction over energy return. The shore hardness test reveals a soft foam composition, which explains the comfortable feel but also the reduced structural support and quicker compression over time.

Durability

Stated By Company	6-8 months
Observed	3-6 months

Durability is mixed for these insoles, which is expected given the price point. Many users report consistent comfort for several months, but compression in the heel and arch becomes noticeable over time. This aligns with expectations for softer foam-based insoles. Users with heavier body weights or those on their feet all day may experience faster wear, most noticeable in the gel heel.

Comfort & Wearability

Weight	35 grams
Breathability	3 of 5

The Dr. Scholl's insoles are lightweight and easy to wear, with a soft step-in feel that does not require a break-in period and adapts well to most casual footwear. Breathability is moderate: the top fabric allows airflow and prevents excessive heat buildup, but the foam and gel layers limit full ventilation. The insoles manage light sweat decently, though in high-sweat conditions the non-breathable gel layer can cause moisture to accumulate.

FAQ

How long do Dr. Scholl's last

The Dr. Scholl's insoles typically last 3-6 months depending on activity level and body weight. They tend to last a shorter time with daily use and in harsh work environments.

Where to buy Dr. Scholl's

These are widely available in major retail stores including CVS and Walgreens, and online at drscholls.com and Amazon. They are one of the easier orthotics to purchase quickly.

Are Dr. Scholl's fsa/hsa eligible

Yes, several retailers classify them as foot products eligible for FSA/HSA, but this can vary by plan. Check with your provider to confirm.

Which Dr. Scholl's model do I need

You can take the online Insole Advisor quiz on their website, or find a location with an in-store Custom Fit Kiosk scanner. In general, use plantar fasciitis models for heel pain.

Can you wash Dr. Scholl's

Spot clean these insoles with warm water and mild soap if needed. Avoid submersion, which can damage the adhesive layers and foam.

Are Dr. Scholl's insoles good

The Dr. Scholl's insoles are a great choice for affordable, short-term comfort and mild plantar fasciitis relief. They are not a good replacement for medical-grade orthotics if you need corrective support.

Overview

Welcome to the best insoles for plantar fasciitis guide - 2026 Edition.

My name is Gracie, and I am a rising fourth-year medical student pursuing a career in Family Medicine with further training in Sports Medicine. I have a specific interest in musculoskeletal conditions and their treatment methods.

Having worked alongside physicians across multiple specialties, and having personally managed plantar fasciitis, I have been able to evaluate these insoles not only with clinical insight, but also with real-world, unbiased experience.

This guide is created to help you make an informed decision as to which insole to purchase.

Why we chose these insoles

To ensure real-world applicability, we focused specifically on the most popular and widely recognized brands, prioritizing those that consumers are most likely to encounter and trust.

These five insoles are consistently featured online and recommended by providers as among the best options for plantar fasciitis relief. When people search for "plantar fasciitis relief insoles" online, these options are typically among the top suggestions.

They also represent a good mixture of brands that are widely recognized versus more niche, and they dominate online search results, making them highly accessible options for everyday buyers.

Collectively, they represent a range of design philosophies, from firm, structured support models like Cruv, Valsole, and WALKHERO to cushioning-focused options such as Dr. Scholl's, with SOLE offering a semi-custom moldable system.

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Reviewed for clinical accuracy by Dr. Zac Cartun, MD, Chief Medical Officer at Stride Soles. Last reviewed April 2026. This article is for informational purposes and is not a substitute for medical advice from a licensed clinician.