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September 24, 2026
Pain in the ball of your foot can make walking, standing, running and even wearing shoes uncomfortable. One common cause is metatarsalgia, a general term for pain affecting the forefoot around the metatarsal bones.
Metatarsalgia can develop gradually or appear after an increase in activity. It may be related to footwear, foot structure, repetitive impact, pressure distribution, or another underlying foot condition.
The good news is that many cases of metatarsalgia can be managed with conservative treatment, including activity modification, footwear changes, cushioning, metatarsal pads, exercises and orthotic support. The right treatment depends on what is causing the pain.
Key Takeaways
Metatarsalgia is pain in the ball of the foot, usually around the metatarsal heads beneath the toes.
It can be caused by increased activity, footwear, foot structure, altered foot mechanics, or excessive pressure on the forefoot.
Common symptoms include aching, burning, sharp pain, tenderness, or a feeling like there is a pebble in your shoe.
Treatment often focuses on reducing pressure on the forefoot, improving footwear, modifying activities and using appropriate cushioning or metatarsal support.
Metatarsal pads and orthotics may help some people by redistributing pressure, depending on the individual's foot structure and symptoms.
Ball-of-foot pain isn't always metatarsalgia. Conditions such as Morton's neuroma, stress fractures, sesamoiditis and arthritis can cause similar symptoms.
If pain is persistent, worsening or interfering with walking, a professional foot assessment can help identify the underlying cause.
Experiencing pain in the ball of your foot? Feet First Clinic can help identify possible causes of your forefoot pain and develop a treatment approach based on your individual needs.
Book an assessment with a Feet First Clinic chiropodist to have your foot pain evaluated.
What Is Metatarsalgia?
Metatarsalgia is pain and irritation in the ball of the foot, usually around the heads of the metatarsal bones just behind the toes.
The five metatarsal bones connect the middle of the foot to the toes. When excessive or uneven pressure is placed on the forefoot, the tissues around the metatarsal heads can become painful.
Metatarsalgia isn't necessarily one specific disease. Rather, the term describes a pattern of forefoot pain that can have several different contributing factors.
Common symptoms include:
Aching or sharp pain in the ball of the foot
Burning pain
Pain that becomes worse with walking, running or standing
Pain when pushing off the toes
Tingling or numbness in some cases
A sensation that there is a pebble or small stone inside the shoe
Calluses developing underneath areas of increased pressure
Mayo Clinic and Cleveland Clinic both describe pain in the ball of the foot as the characteristic location of metatarsalgia, with symptoms often becoming worse with standing, walking or high-impact activity.
Figure 1: Where Is Metatarsalgia?
Metatarsalgia commonly causes pain around the ball of the foot beneath one or more metatarsal heads.
Figure caption: Metatarsalgia commonly causes pain around the ball of the foot beneath one or more metatarsal heads.
What Causes Metatarsalgia?
There isn't always one single cause. In many cases, several factors contribute to increased pressure on the forefoot.
1. Increased Activity
Running, jumping and other high-impact activities place substantial forces through the forefoot.
A sudden increase in mileage, training intensity or activity can therefore contribute to forefoot pain.
This is particularly relevant for runners and people participating in sports involving repeated running and jumping.
2. Poorly Fitting Footwear
Shoes that are too tight, too loose, excessively high-heeled or otherwise unsuitable for your activity can increase pressure on the forefoot.
A narrow toe box may also crowd the toes and alter how pressure is distributed through the front of the foot.
3. Foot Structure and Mechanics
Certain foot shapes or structural changes can increase pressure under the metatarsal heads.
Examples can include:
High arches
Flat feet
Bunions
Hammertoes
A relatively long second toe
Changes in the position of the metatarsal bones
Abnormal pressure distribution during walking
4. Calluses
A thick callus underneath the forefoot can be a sign that repeated pressure is occurring in that area.
The callus itself may contribute to discomfort, but it can also provide a clue about where excessive pressure is being concentrated.
5. High Heels
High-heeled footwear shifts more body weight toward the front of the foot, potentially increasing pressure around the metatarsal heads.
6. Foot and Joint Conditions
Forefoot pain can also be associated with conditions such as:
Morton’s neuroma
Arthritis
Gout
Sesamoiditis
Stress fractures
Inflammatory conditions
Hammertoes
Bunions
Because several conditions can produce similar symptoms, identifying the source of the pain is important before deciding on treatment.
Metatarsalgia Causes at a Glance
Possible contributing factor
How it may affect the forefoot
Increased running or jumping
Repeated impact can increase forefoot loading
High heels
Shifts more pressure toward the front of the foot
Narrow footwear
Can crowd the toes and alter pressure distribution
High arches
May concentrate pressure under the forefoot
Bunions
Can change how weight is distributed
Hammertoes
May alter forefoot loading
Calluses
Can indicate areas of repeated pressure
Foot mechanics
May affect how force moves through the foot
Previous injury
Can change movement and pressure distribution
Other conditions
Neuroma, arthritis, stress fracture and other problems can mimic or contribute to forefoot pain
What Does Metatarsalgia Feel Like?
People describe metatarsalgia in different ways.
The pain may feel:
Sharp
Aching
Burning
Shooting
Tender or bruised
Like there is a pebble in the shoe
Symptoms may become more noticeable when walking, running, standing for long periods or pushing off through the toes.
Some people also experience numbness or tingling in the toes.
QUICK ANSWER
What does metatarsalgia feel like?
Metatarsalgia usually feels like pain, aching or burning underneath the ball of the foot. Some people describe the sensation as walking on a pebble. Pain often becomes worse with walking, running or prolonged standing.
Metatarsalgia vs. Other Causes of Ball-of-Foot Pain
Not every case of pain under the toes is metatarsalgia.
Condition
Typical clues
Metatarsalgia
Pain or tenderness beneath one or more metatarsal heads
Morton’s neuroma
Burning, shooting or nerve-like pain, often between the toes
Stress fracture
Localized pain that may worsen with activity and require imaging to investigate
Sesamoiditis
Pain beneath the big toe joint around the sesamoid bones
Arthritis
Joint pain, stiffness and reduced movement
Callus-related pressure
Localized tenderness beneath a thickened area of skin
These conditions can overlap, and symptoms alone may not establish the exact cause. A healthcare professional may examine the foot and, when appropriate, use imaging to rule out other problems such as a stress fracture.
How Is Metatarsalgia Diagnosed?
A healthcare professional will generally start by asking about:
Where the pain occurs
When it started
What activities make it worse
Your footwear
Your exercise routine
How much time you spend standing or walking
Previous injuries or foot problems
The foot may be examined while sitting and standing, and your walking pattern may also be assessed.
Depending on the symptoms, imaging such as an X-ray may be considered to investigate other possible causes of pain. Ultrasound or MRI may sometimes be used when soft-tissue problems need further evaluation.
Experiencing Ball-of-Foot Pain?
If pain in the ball of your foot is making it uncomfortable to walk, exercise or stand for long periods, a professional assessment can help determine what's contributing to your symptoms.
At Feet First Clinic, our licensed chiropodists can assess your feet, footwear and the factors contributing to your forefoot pain. Depending on your individual needs, treatment may include footwear recommendations, metatarsal pads, insoles or orthotics, activity recommendations and other appropriate foot-care options.
You don't have to simply live with ongoing foot pain.
Book an appointment at Feet First Clinic for an assessment of your ball-of-foot pain.
Figure 2: How a Foot Assessment Works
How a Foot Assessment Works: A foot assessment evaluates your symptoms, foot structure, joint movement, and gait to help identify the possible cause of foot pain and determine whether further testing or conservative treatment is appropriate.
How Do You Treat Metatarsalgia?
Treatment for metatarsalgia focuses on reducing excessive pressure on the painful area and addressing the factors contributing to the problem.
Treatment may include:
1. Reduce Aggravating Activities
If running, jumping or another activity is causing pain, temporarily reducing the activity can give irritated tissues an opportunity to settle.
Low-impact activities such as cycling or swimming may allow you to remain active while reducing repetitive impact on the forefoot.
2. Choose Supportive Footwear
Footwear can make a significant difference.
Look for shoes that provide:
Adequate room for the toes
Appropriate cushioning
A supportive sole
A comfortable fit
Enough space around the forefoot
A design appropriate for your activity
Avoid shoes that squeeze the toes or place excessive pressure on the ball of the foot.
3. Consider a Metatarsal Pad
A metatarsal pad can redistribute pressure away from the painful area.
Important: placement matters.
A metatarsal pad is generally positioned behind the metatarsal heads rather than directly underneath the most painful spot. Correct placement can help redistribute pressure through the forefoot.
Mayo Clinic specifically lists metatarsal pads and arch supports among conservative measures that may reduce stress on the metatarsal bones.
4. Try an Appropriate Insole or Orthotic
An insole or orthotic may help redistribute pressure and provide support depending on the underlying mechanics.
Not everyone with metatarsalgia needs a custom orthotic. Some people may benefit from an appropriate over-the-counter insert, while others may require a more individualized device.
Orthotic treatment should be based on the individual's foot structure, symptoms and activity needs.
5. Address Contributing Foot Problems
If a bunion, hammertoe, callus, altered gait pattern or another foot problem is contributing to excessive forefoot pressure, addressing that factor may be an important part of treatment.
6. Ice and Rest
Ice and temporary activity modification may help reduce discomfort, particularly following activities that aggravate the area. Mayo Clinic recommends applying an ice pack for approximately 20 minutes at a time, with a towel protecting the skin.
A diagram showing the roadmap for treating metatarsalgia/ball-of-foot pain
Can Orthotics Help Metatarsalgia?
Orthotics may help some people with metatarsalgia by redistributing pressure and supporting the foot.
An orthotic can be designed or selected to address factors such as pressure distribution, arch support and foot mechanics.
However, there is no single orthotic that is appropriate for every person with metatarsalgia.
Depending on the individual, treatment may involve:
An over-the-counter insole
An accommodative insert
A metatarsal pad
A custom orthotic
A combination of footwear and orthotic modifications
The goal is not simply to add more cushioning. The goal is to address the factors contributing to the forefoot pain.
Cleveland Clinic notes that orthotics can range from simple shoe inserts to custom devices and may be used for forefoot pain including metatarsalgia.
Can Shoes Cause Metatarsalgia?
Yes. Footwear can contribute to metatarsalgia.
Shoes that are too narrow, poorly fitted, excessively high-heeled or inappropriate for an activity can increase stress on the forefoot.
When choosing footwear for metatarsalgia, consider:
Toe box:
Your toes should have enough room to spread naturally without being compressed.
Sole:
A supportive and appropriately cushioned sole can reduce the impact placed on the forefoot.
Fit:
Shoes should not squeeze the ball of your foot or allow excessive movement inside the shoe.
Activity:
Choose footwear designed for the activity you're performing.
What Exercises Can Help Metatarsalgia?
Exercises may be useful when appropriate, particularly when limited mobility, muscle weakness or altered foot mechanics are contributing to symptoms.
Depending on the individual, a healthcare professional may recommend exercises involving:
Calf stretching
Ankle mobility
Toe mobility
Foot-strengthening exercises
Balance exercises
Gradual strengthening of the intrinsic foot muscles
Exercises should not significantly increase pain. If an exercise consistently aggravates symptoms, stop and seek professional guidance.
When Should You See a Healthcare Professional?
Consider having persistent ball-of-foot pain assessed if:
Pain continues despite changing footwear and reducing aggravating activities
Pain is getting worse
You have significant swelling
You cannot comfortably bear weight
You have numbness or persistent tingling
Pain started after an injury
You suspect a stress fracture
Pain is interfering with your normal activities
You have diabetes or another condition that increases your risk of foot complications
Persistent forefoot pain can have causes other than metatarsalgia, so an assessment can help determine whether further investigation is appropriate.
Can Metatarsalgia Be Prevented?
Not every case can be prevented, but you can reduce some contributing factors.
Helpful habits include:
Wear properly fitting footwear.
Choose shoes with adequate toe room.
Replace excessively worn footwear.
Increase exercise intensity gradually.
Use activity-specific footwear.
Avoid prolonged use of uncomfortable high heels.
Address recurring calluses or pressure points.
Consider appropriate support if your feet require it.
Don't ignore persistent forefoot pain.
Cleveland Clinic specifically recommends footwear with good soles, a wide toe box and a lower heel as part of prevention strategies.
Metatarsalgia: Frequently Asked Questions
What is metatarsalgia?
Metatarsalgia is a term used to describe pain affecting the ball of the foot, particularly around the metatarsal heads beneath the toes.
What causes metatarsalgia?
Common contributing factors include increased running or jumping, poorly fitting footwear, high heels, foot structure, bunions, hammertoes, calluses and other conditions that increase pressure on the forefoot.
What does metatarsalgia feel like?
It can feel like aching, sharp, burning or shooting pain in the ball of the foot. Some people describe feeling as though there is a pebble in their shoe.
How do you get rid of metatarsalgia?
Treatment depends on the cause. Common conservative approaches include reducing aggravating activity, changing footwear, using appropriate cushioning or metatarsal pads, and addressing foot mechanics. Persistent symptoms should be assessed by a healthcare professional.
Can walking make metatarsalgia worse?
Yes. Walking, running and prolonged standing can increase pressure through the forefoot and may aggravate symptoms.
Can running cause metatarsalgia?
Running and other high-impact activities can contribute to metatarsalgia because they place repeated forces through the forefoot. A sudden increase in training volume or intensity may increase the risk.
Are metatarsal pads good for metatarsalgia?
Metatarsal pads may help redistribute pressure away from painful areas of the forefoot. Their position is important, and the appropriate type and placement can vary between individuals.
Can orthotics help metatarsalgia?
They can help some people by supporting the foot and redistributing pressure. The appropriate type of orthotic depends on the person's foot structure, symptoms and contributing factors.
What shoes are best for metatarsalgia?
Generally, look for footwear with adequate toe room, a comfortable fit, appropriate cushioning and a sole that provides suitable support for your activity. Avoid shoes that squeeze the forefoot or place excessive pressure on the ball of the foot.
How long does metatarsalgia take to heal?
Recovery varies depending on the underlying cause, severity and whether the contributing factors are addressed. Mild cases may improve with activity modification and footwear changes, while persistent symptoms may require further assessment and treatment.
Is metatarsalgia serious?
Metatarsalgia itself is not usually considered a serious condition, but persistent ball-of-foot pain should not automatically be assumed to be metatarsalgia. Other conditions, including stress fractures and nerve problems, can produce similar symptoms.
When should I see a foot specialist for metatarsalgia?
If your pain persists, worsens, affects your ability to walk or does not improve after changing footwear and modifying activities, a foot assessment can help determine the likely cause and appropriate treatment.
The Bottom Line
Metatarsalgia is pain in the ball of the foot that can result from increased forefoot pressure, footwear, activity, foot structure or another underlying condition.
Treatment usually begins with conservative measures such as:
1. Reducing aggravating activities
2. Improving footwear
3. Reducing pressure on the forefoot
4. Using appropriate cushioning or metatarsal support
5. Addressing contributing foot mechanics or conditions
If ball-of-foot pain persists or you are unsure what is causing it, a professional foot assessment can help distinguish metatarsalgia from other causes of forefoot pain.
Sources
Mayo Clinic — Metatarsalgia: symptoms, causes, diagnosis and treatment.
Cleveland Clinic — Metatarsalgia: symptoms, causes, diagnosis and treatment.
Cleveland Clinic — Orthotics: types, benefits and uses for forefoot pain.
August 20, 2026
Trail running? More like extreme running.
Trail runners run for hours on end pushing their body to the limit. They endure brutal terrain, harsh conditions, and they put their feet through the wringer.
When running at such extremes, it’s no wonder that injuries are common.
Below are six of the most common trail running injuries, and what you can do to prevent and treat each of the pains. These injuries are not exclusively for trail runners, but are common because of the nature of the sport leaving the average runner more susceptible to these ailments.
Metatarsalgia
Metatarsal pain is discomfort in the small bones within the ball of your foot. Metatarsalgia can start off as a small bruise, and slight discomfort, but can quickly escalate into a serious injury like a metatarsal fracture. It can occur due to narrow footwear or running shoes being tied improperly. It can also occur with excessive forefoot running, meaning when extra pressure is placed on the front of the foot when running.
Fortunately, most trail running shoes these days are built with a rock plate, a rigid piece of plastic within the midsole. The rock plate offers protection against sharp edges on the trail and is essential when running on more technical terrain when facing rocks, roots, and uneven surfaces.
Alternative forms of prevention and treatment include using a metatarsal pad, icing the affected area, and self-massage by rolling your foot over a ball. You can also try doing the towel-gripping exercise below. When in doubt, and you’re not sure whether the injury is serious, take an extra day or two off of running as a precautionary measure and cross-train in the pool or on the bike instead.
Achilles tendonitis
Trail running consists of a lot of ups and downs.
The undulating terrain is a lot different than say, road running. Constantly climbing and descending can add pressure on parts of your body like your Achilles tendon. When climbing or descending, stress is disproportionally allocated to your lower legs compared to running on flat land.
Achilles tendinitis can be a sharp or dull pain in the back of the heel and can extend into your lower calf. Because the Achilles is such an essential part of your running economy, addressing the symptoms early is important to prevent the tendinitis to be long-lasting.
When trail running, make sure to ease your way into it, and do not increase mileage too quickly. Doing a proper warm-up with calf raises and some stabilizing exercises can help prevent tendinitis and eliminates the period at the beginning of a run when you're running on stiff legs. It's also important to stretch your calves before and after a run - see the video demonstration below to see how. Cold muscles don’t fire properly, and they can lead to overcompensation, with that domino effect reaching your Achilles heel. If you have a history of Achilles tendonitis or ankle sprain/strains, then you may even want to also stretch mid-run as well to keep your calves loose - tight calves are a major contributing factor to developing Achilles' tendonitis.
Ankle Sprains
An ankle sprain is one of the most common trail running injuries. Because of the rugged terrain and unexpected obstacles that many trails present, all it takes is one wrong step to roll an ankle. When you sprain an ankle, you essentially over-stretch the ligaments or tear them in more serious cases, beyond their maximum. Immediate signs include swelling around the top of your foot or sides of the ankle, and tenderness.
To lessen the lasting impacts of an ankle sprain, follow the PEACE (Protect, Elevate, Avoid anti-inflammatories, and Ice) & LOVE (Load, Optimism, Vascularization and Exercise) protocol. This reduces swelling, and the pain to subside. Before resuming your running, it's best to get your ankle evaluated by professional to avoid aggravating the injury.
It's always good to do a proper warmup before trail running, and you can help prevent ankle sprains by working on mobility. Other ways of avoiding ankle sprains include planning your route ahead of time to account for mud and trail conditions, taking routes within your ability, and allowing adequate space between you and other runners as to not block your eyesight.
If you still experience pain after extended rest, or the pain is extreme immediately, contact a healthcare professional to rule out more serious injuries like a tear or rupture.
Blisters
Thanks to being out on the trains for hours on end, blisters are another common trail running foot injury.
Blisters can start small, like a hotspot somewhere on your foot, and get progressively worse if you don't address the chafing. Investing in proper running socks, and using some sort of anti-chafe cream like Vaseline can help prevent blisters in the first place. It's also important to make sure that your shoes and socks fit properly, as ill-fitting shoes and socks are a leading cause of blisters.
Another potential cause of blisters is worn-out footwear. Blistering around a pressure point on the foot is one of the first signs that your shoes need to be replaced.
If you feel a blister in the early stages, cover it with a band-aid or better yet, use medical paper tape.
In fact, as published in a recent study, it’s reported "that inexpensive paper tape, the kind available at most drugstores, when applied to blister-prone areas prior to exercise, successfully reduced the incidence of foot blisters in those areas. The tape commonly known as surgical tape is used for wound treatment. It is only mildly adhesive — an advantage because it doesn’t tear the blisters if they do occur.” Sometimes the simplest measure can be the most effective.
ITB Syndrome
Iliotibial band (IT) syndrome (ITB syndrome) is one of the most frustrating and common trail running injuries.
ITB syndrome can be described as an overuse injury of the connective tissues that are located on the outer thigh and knee.
Thanks to the repeated climbs and descents of trail running, your IT band is exposed to more impact. Additionally, the IT band is stressed the most at certain flexion angles, like when ascending, while your knees and IT band take additional stress when descending.
A warm-up with clamshells and stretching out your hip flexors pre-run can help with the pain and tightness. What you want to do here is activate and work the hip abductors, as muscle imbalances and weakness can be the source of the problem.
Another great option are heel lifts: Heel lifts provide near-instant relief for ITB syndrome as it limits stress on the knee. If you do try heel lifts, make sure you use them in conjunction with strengthening exercises for the hips and gluteal muscles to address the root cause of the ITB syndrome (i.e.: gait issues, running technique, hip misalignment, knee strain, etc.).
You don’t necessarily need complete rest from running, but you will need pain management and mileage reduction, if necessary. Investing in a proper foam roller and routinely working the band will help alleviate pain - just make sure that you don't roll over the actual IT band: New studies show that, instead, you want to foam-roll the gluteal and quadricep muscles, which are adjacent to the IT band. Stretching our your hip flexors can also help release your IT band.
Plantar Fasciitis
This pesky injury arises when you experience pain and inflammation within the tissue on the underside of your feet that connect your heel and toes. The pain can be anywhere from your heel to the ball of your feet and can be sharp or dull.
We recently wrote more about plantar fasciitis, remedies, and prevention methods on our blog, which you can read here.
April 30, 2025
Finding the best neutral running shoes is an important “step” for runners who want a natural, supported stride. Neutral running shoes are designed for those who don't require extra corrective features and benefit most from balanced cushioning and stability. Many people also look for lightweight running shoes that deliver comfort and speed without feeling bulky. In this guide, we’ll help you find the right pair! Many of these shoes, and others, are available at our Toronto foot clinic, Feet First Clinic, and foot specialists like chiropodists and podiatrists often suggest them for people with a normal gait or who supinate.
https://www.youtube.com/shorts/0bVBNNUAUOc
What are Neutral Running Shoes?
To understand what neutral shoes are, it helps to look at different foot types and the way each moves during walking or running. Foot types are typically defined by the height of the arch and associated gait patterns:
Flat feet: Minimal or no visible arch, often leading to overpronation, where the foot rolls excessively inward during movement. Around 40% of runners overpronate, and without the right shoes, overuse injuries like plantar fasciitis can develop. Runners with flat feet should consider stability shoes, sometimes the more restrictive motion control shoe.
High arches: A very pronounced arch, often leading to underpronation (also called supination), where the foot rolls outward.
Normal arch: A moderate, well-formed arch that’s about “halfway full.” It supports a relatively neutral walking or running gait without excessive rolling inward or outward.
Neutral shoes are designed for individuals with a normal arch and a natural gait, meaning their foot doesn't overly roll in (overpronate). Neutral running shoes are also suitable for people with high arches who underpronate. These shoes prioritize cushioning and shock absorption over structural support or corrective features, offering a more flexible and natural ride.
Unlike stability shoes or motion control shoes, which are more rigid, built to control motion and guide the foot into proper alignment, neutral shoes allow the foot to move more freely and comfortably, simply because this is okay for a normal arch and a normal gait doesn’t need guidance. The focus is on lightweight materials, responsive cushioning, and smooth transitions from heel to toe.
Comfortable neutral shoes are ideal for runners or walkers who have an efficient gait cycle and don’t require additional support to prevent injury. They can also be a good option for individuals with high arches, who often benefit from extra cushioning to protect against the increased impact that comes from less natural shock absorption.
How Do Neutral Shoes Prevent Foot Pain?
Neutral shoes help prevent foot pain by offering ample cushioning and promoting the foot’s natural motion without interference. For people with normal arches and a stable gait, or high arches, too much corrective structure can actually cause discomfort or alter natural biomechanics. Neutral shoes support a smooth stride while providing the soft, consistent underfoot feel needed to absorb the repeated impact of walking or running.
One of the key ways neutral shoes protect against foot pain is by reducing the jarring forces that travel up through the feet and legs with every step via shock absorption. High-quality cushioning materials, such as EVA foam or advanced proprietary foams, spread out impact forces and minimize stress on the heels, arches, and forefoot. This protection helps prevent common issues like plantar fasciitis (heel pain), metatarsalgia (pain in the ball of the foot), and even joint discomfort in the knees and hips.
Additionally, neutral shoes are often lighter and more flexible than stability or motion control shoes, which can reduce fatigue over longer distances. With less weight to lift and more natural foot mechanics, you can stay active longer and more comfortably. The result? A smoother, more enjoyable experience every time you move. And your feet aren’t too tired at the end of the day!
Top Neutral Running Shoes in 2025
Where do you start when you want to find the right pair? Luckily, we’re going to talk about some of the best options. Some of these are available at our Toronto foot clinic, Feet First Clinic, and come highly recommended by chiropodists and podiatrists. You can always call or visit us to determine what high quality footwear we have in stock at any given time.
ASICS Gel-Nimbus 27
The ASICS Gel-Nimbus 27 is a premium neutral running shoe designed for comfort and durability. It features a high stack height of 43.5 mm at the heel and 35.5 mm at the forefoot, providing ample cushioning for long-distance runs and everyday walking. The midsole utilizes ASICS' FF Blast Plus Eco foam, offering a soft yet responsive ride. A PureGel insert under the heel enhances shock absorption, which reduces joint strain. The engineered jacquard mesh upper is both breathable and supportive, contributing to the shoe's overall comfort. Despite its cushioning, the Gel-Nimbus 27 maintains a relatively lightweight profile, making it suitable for daily training.
This model is ideal for runners seeking a plush, cushioned experience during long runs or recovery days. But it's not just for runners! It's also ideal for people with foot pain, arthritis, or who want to keep their feet comfy and supported as they go about their daily activities. Its premium cushioning makes it feel like you're walking on a cloud. Whether you're training for a marathon or enjoying a leisurely jog, this shoe offers the support and comfort needed to keep you going. It's also fantastic for non-runners who just want a comfortable walking shoe.
Saucony Triumph 23
The Saucony Triumph 23 is another top-tier neutral running shoe with a stacked heel, known for its plush cushioning and smooth ride. It features PWRRUN+ foam in the midsole, delivering a soft yet responsive feel underfoot. The shoe's geometry promotes a natural stride, and the updated upper provides a secure, comfortable fit. Its durable outsole offers reliable traction, ensuring confidence on various terrains. Overall, the Triumph 23 combines cushioning, support, and durability, making it a versatile choice for runners and non-runners alike. The cushioning also delivers great shock absorption, while the mid-rocker sole reduces strain on the forefoot - great for people with high arches and joint rigidity.
This shoe is particularly well-suited for runners who prioritize comfort and support over speed. The Triumph 23's design caters to those who spend extended periods on their feet, whether during training sessions or daily activities. Its combination of cushioning and stability makes it a reliable choice for a wide range of runners.
Brooks Ghost
For those who don’t want a stacked heel, the Brooks Ghost is renowned for its balanced cushioning and reliable performance. This neutral running shoe offers a 12 mm heel-to-toe drop, catering to runners who prefer a traditional feel. Its DNA LOFT v3 midsole provides a smooth, responsive ride, while the engineered mesh upper ensures breathability and comfort. The durable rubber outsole enhances traction, making it suitable for various surfaces. The Ghost 16's consistent performance and comfort make it a go-to option for daily training and long-distance runs.
Ideal for runners seeking a dependable and straightforward shoe, the Ghost 16 delivers a comfortable experience without unnecessary frills. Its design focuses on providing a smooth transition from heel to toe, accommodating a variety of running styles. Whether you're a seasoned runner or just starting out, the Ghost 16 offers the support and comfort you need. It's also great for people who wear custom orthotics.
February 6, 2025
The HOKA trend is the rise in popularity of HOKA's high-stack running shoes, or running shoes with extra cushioning, extra height, a high heel stack and a rocker sole. They aren’t the first popular running shoes trend, and they certainly won’t be the last. Although people exclusively associate this type of trendy running footwear with HOKA, many other brands like ASICS and Saucony make footwear with the same high-stack shoe technology. Today, we’re diving into why these shoes offer more than just style—they come with real benefits. But they’re not for everyone, so we’ll also cover who should steer clear of this particular design.
https://www.youtube.com/shorts/ySn158c143c
What are High-Stack Running Shoes?
High-stack running shoes, often called “super cushioned” or even “chunky,” by those who don’t know the terminology. They have transformed modern footwear design for many high-quality brands. Often attributed to HOKA for “starting the craze," these shoes feature thick midsoles packed with advanced cushioning foam technologies that enhance energy return, provide sufficient shock absorption, and improve comfort over long distances.
Despite their benefits, high-stack shoes aren’t without controversy. Some runners prefer lower-profile shoes for better ground feel and stability, while others find high-stacks beneficial for injury prevention and endurance. Their chunky aesthetic has also sparked mixed opinions—some love the bold look and the added height without having to wear a true high heel while others see them as clunky.
High-Stack Shoe Technology
The defining feature of high-stack shoes is their thick midsole, which can measure over 40mm in some models. These midsoles use lightweight, resilient foams such as Pebax or EVA blends that provide exceptional cushioning while maintaining responsiveness. The goal is to reduce muscle fatigue by absorbing more impact, allowing runners to maintain performance with less strain on joints and soft tissues.
Another key factor in their performance is the rocker geometry, rocker bottom shoe or rocker sole—curved soles designed to promote a smooth heel-to-toe transition. This feature helps conserve energy, particularly during long runs, by reducing the work done by the calves and ankles.
ASICS Gel Nimbus 27
The Benefits of High Stack Shoes
High-stack running shoes offer several benefits for foot health, especially for individuals dealing with arthritis, diabetes, and metatarsalgia. Here's a breakdown of their advantages:
Enhanced Cushioning: High-stack running shoes feature extra cushioning, which absorbs shock and reduces impact on the feet during movement. This is particularly beneficial for people with conditions like arthritis, where joints are sensitive to pressure and movement.
Pressure Redistribution: The additional cushioning and rocker sole work together to redistribute pressure across the foot. In the case of diabetes or metatarsalgia, this can help alleviate excess pressure on specific areas of the foot, such as the forefoot or metatarsal heads. For those with diabetes, reducing pressure can help prevent the skin damage that leads to ulceration, as it lowers the risk of tissue damage and enhances comfort. (However, people with diabetes and balance issues may wish to avoid rocker soles - more on that later).
Joint Protection: The rocker sole limits the motion of foot joints. This helps manage conditions like osteoarthritis and hallux limitus (big toe arthritis). By restricting unnecessary movements, it prevents excessive strain on the joints, protecting them from further damage. This is especially useful for the big toe joint, where excessive motion can lead to increased pain and discomfort. It's also highly beneficial for people with high arches. People with high arches tend to experience joint rigidity (particularly hallux limitus) and lack of shock absorption. The rocker sole offsets the restricted mobility.
Improved Biomechanics: The curved design of the rocker sole encourages a smoother, more efficient gait. The shape propels the foot forward with each step, facilitating a natural walking motion and reducing strain on the joints. This is particularly beneficial for those with ankle, midfoot, or big toe arthritis, as it helps maintain normal walking patterns without overloading the affected areas.
Pain Reduction: Rocker soles are especially effective in reducing pain associated with conditions like hallux limitus and metatarsalgia. By minimizing motion at the big toe joint and redistributing pressure under the ball of the foot, these shoes can significantly reduce the discomfort felt during daily activities like walking or standing.
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When to Avoid High Stack Shoes
Here are some individuals who might want to avoid them or consult a foot care professional, like a Chiropodist or a Podiatrist, before wearing them:
People with Balance Issues
The rocker sole on high-stack shoes can make them less stable for individuals who struggle with balance or proprioception (awareness of body position). Those at a high risk of falls, such as elderly individuals or those with severe neuropathy, may find that the rocker sole from stacked heels throws off their balance.
People with Diabetes
Complications from diabetic neuropathy can lead to balance issues. Therefore, while the cushioning of a stacked heel is great for addressing joint issues, the "rolling" effect of the rocker sole is not suitable for people with diabetes.
Individuals with Ankle Instability
The increased midsole height and curved design can reduce ground feel and make it easier to roll an ankle, especially on uneven surfaces. People prone to ankle sprains or with a history of ankle instability might be better suited to lower-profile shoes with more lateral stability, or stability shoes with posting in the midsole (like the ASICS Gel-Kayano), which is constructed to cradle the foot and control ankle movement. In shoes like the ASICS Gel-Kayano, even though there is a stacked heel, the foot actually sits below the sole to provide stability.
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July 18, 2024
Feet come in all shapes and sizes, and while many people have heard of common foot conditions like bunions or flat feet, there's another lesser-known but equally interesting foot characteristic called Morton's foot or Morton's toe.
The condition occurs when the second toe is longer than the big toe, leading to potential biomechanical implications and foot-related issues. Let's delve into Morton's Foot, its potential effects on foot health, and how to manage it.
What is Morton's foot/toe?
Morton's Foot, also known as Morton's toe/foot or Greek foot, is a foot structure in which the second toe is longer than the big toe. The big toe is the longest in a typical foot, followed by the second toe. (Despite sharing the same name, Morton's neuroma and Morton's toe are not the same.)
However, in individuals with Morton's foot, the second toe extends beyond the big toe, sometimes significantly. The condition is quite common. As many as 40%+ individuals have a longer second toe than a big toe.
Potential biomechanical implications
But here's the twist: while Morton's foot is generally considered a variation of normal foot anatomy rather than a medical condition, it can have some surprising biomechanical implications that affect gait and foot function. Let's explore these potential issues associated with Morton's foot.
Added pressure on the second toe
The longer second toe may bear more weight during walking or standing, leading to increased pressure and potential discomfort or pain in the ball of the foot, which may contribute to clawing of the toe and hammertoes.
Gait changes
Morton's foot can alter the distribution of weight and pressure across the foot, potentially affecting gait mechanics and posture. This may contribute to overpronation, increasing the risk of injuries such as plantar fasciitis, shin splints and bunions.
Footwear challenges
Finding the right footwear can be a real challenge for individuals with Morton's foot. Shoes often fail to comfortably accommodate the longer second toe, leading to issues such as rubbing, irritation, or the development of thickened or ingrown toenails, corns or calluses on the affected toe.
How to manage Morton's foot
While Morton's Foot may not require medical intervention, there are steps individuals can take to manage associated discomfort or mitigate potential issues proactively:
Choose footwear wisely. Opt for shoes with a wide toe box to comfortably accommodate the longer second toe—Asics is a great choice for a roomier and wider toe box. Avoid narrow or pointed shoes that can squeeze or crowd the toes.
Consider orthotic support. Custom orthotic inserts or insoles can offset pressure on the toes and support the foot. This can alleviate any discomfort associated with Morton's Foot and improve your overall foot mechanics.
Foot-strengthening exercises. Engaging in exercises to strengthen the muscles of the foot and ankle can help improve stability and support, reducing the risk of overuse injuries or discomfort associated with Morton's foot.
Regular foot care. Practicing good foot hygiene and monitoring for signs of irritation or injury can help prevent complications such as corns, calluses, or ingrown toenails on the longer second toe.
March 4, 2024
Similar to practising exercises and stretches at home, learning how to perform your own foot massage and relaxation techniques can work wonders. Whether you’re looking to manage your own pain, or tending to a loved one, foot massages can provide comfort and stress relief.
Since foot massages are a major component of DIY foot care, we want to give you some handy tips on how to make the most of them. It is worthy to note that if you do have foot pain then see your foot health professional. This is especially so if long standing foot pain.
Let’s discuss how to massage each part of the foot, and highlight foot massage benefits you may not even be aware of!
Today's blog will explore:
Main benefits of a foot massage
Foot massage techniques
Additional benefits of a foot massage
Main Benefits of a Foot Massage
Foot massages can be empowering for those on a pain management journey. Regularly performing them before bed and when you wake up adds value to your treatment plan, and can make your daily life more comfortable! Here are the numerous benefits:
Targeted treatment of foot conditions
Relaxation and stress relief
Swelling (edema) management
Restless leg syndrome management
Reduces foot fatigue and boosts energy
Improves blood circulation
Foot Massages Techniques
A comprehensive foot massage should target as much of the foot as possible, but sometimes foot pain and conditions tend to affect certain areas and you want to focus on what you're struggling with.
Heel
Can help with plantar fasciitis, Achilles' tendonitis, etc.
Apply gentle pressure to the heel, using circular motions with your thumbs to loosen up the area.
Foot Arch / Bottom of the Foot
Can help with flat feet, high arches, metatarsalgia, etc.
While standing, place your arch on top of a therapeutic massage ball, and roll back and forth. This doubles as a useful foot exercise!
Use your knuckles to knead and massage the arch in a back-and-forth motion.
Apply firm yet comfortable pressure with your thumbs in small circular motions, addressing as much tension as possible.
Toes
Can help with arthritis, bunions, etc.
Apply a light, pinching motion to the base of each toe, working your way towards the tip.
Use your thumbs to press and release along the toe joints, addressing any tension.
Gently pull each toe away from the foot until you feel a subtle stretch.
Top of the Foot
Can help with extensor tendonitis, arthritis, stress fractures, etc.
Apply gentle pressure with your thumbs along the top of the foot, from the base of the toes to the ankle.
Use your knuckles or thumbs to knead the area in small circular motions, focusing on any tightness or tension.
Incorporate long, sweeping strokes with your palms, moving from the toes towards the ankle.
Additional Benefits of a Foot Massage
You may also find acupressure points in the feet and foot reflexology worth exploring.
Some studies suggest that “meridian points on the feet correspond with various organs in the body,” which is the concept behind foot reflexology. These organs include the kidneys, liver, small intestine, and many more. Essentially, applying gentle pressure to the appropriate acupressure points is believed to stimulate the flow of energy along the body's meridians.
In addition to pain management and stress relief, foot reflexology may also help with sleep, digestion, and eyesight. Your DIY massages may somewhat reflect what reflexology can achieve, but it’s important to discuss the concept with a healthcare professional if it interests you.
