Plantar Fasciitis & Heel Pain

Does this sound like your heel pain?

• A sharp, stabbing pain under the inner side of your heel when you first stand up in the morning or after sitting.
• Discomfort that eases a little as you walk around, then builds again after longer periods on your feet.
• Tenderness when you press into the inner part of the heel where the arch begins.

Pain under the heel that’s worst with your first few steps after rest is one of the most familiar patterns in foot pain. In many people, this points towards plantar fasciitis, or more accurately irritation of the plantar fascia. The plantar fascia is a strong band of fibrous tissue that runs from the underside of the heel bone to the bases of the toes, forming an important part of the support system under the arch of the foot.

When you stand and walk, the arch is meant to lower a little under your body weight and then lift again as you move forwards. The plantar fascia tightens as this happens, helping support the arch and stiffen the foot for push-off. Trouble tends to begin when that tissue is being stretched further and more often than it can comfortably cope with. A common example is a foot that rolls inward too much as it loads, allowing the arch to drop more than it should and pulling repeatedly on the fascia where it anchors into the inner side of the heel.

Over time, that repeated pulling can irritate the attachment point and create tiny areas of tissue damage. Once the tissue is already sensitive, even ordinary walking can keep it going. This helps explain the classic first-step pain. During rest, especially overnight, the irritated tissue isn’t being tensioned in quite the same way. It can stiffen slightly. Then, when you put full body weight through the foot again, the first few steps suddenly stretch that stiff, sensitive area, producing the sharp pain many people feel as soon as they get out of bed.

As you continue moving, the tissue usually warms up and becomes more flexible, so the pain often settles into more of an ache. But the underlying loading pattern hasn’t necessarily changed. By later in the day, especially after longer spells of standing or walking on hard surfaces, the irritation can build again and the pain returns.

In practical terms, the key issue is often that the arch is dropping too far and the plantar fascia is being pulled too hard at its heel attachment, again and again.

This is why flat cushioning under the heel is often only part of the answer. A soft heel can make landing feel gentler, but it doesn’t necessarily change how far the arch drops or how much the fascia is being stretched. To be more effective, support usually needs to address the actual mechanism: helping the arch meet support sooner, and helping the heel sit in a steadier position as the foot loads.

Many people with this type of heel pain do well with firm or semi-firm contoured insoles. A shaped arch support helps contact the underside of the foot earlier in the step, so the arch isn’t allowed to fall quite so far towards the ground. At the same time, a deep heel cup helps cradle the heel bone and reduce the side-to-side tilt that can add twisting stress where the fascia attaches.

That combination matters. It’s not only the downward drop of the arch that irritates the tissue. Small rotational movements at the heel can contribute as well. A well-shaped insole can therefore reduce both the pulling and the twisting forces that keep the area sore.

Support of this kind is especially relevant if your heel pain:

• is sharp and focused under the inner side of the heel when you first stand or walk after rest,
• builds again after long periods on your feet, especially on firm surfaces,
• matches a tender spot when you press into the inner border of the heel where the arch begins.

Some people also benefit from combining structured daytime support with night-time management. A plantar fasciitis night splint keeps the foot in a gently lengthened position while you rest, reducing how much the fascia tightens overnight. This can make those first steps in the morning feel less abrupt and less painful.

Heel pain can be stubborn, particularly when it’s been present for a while. If your pain is severe, followed an injury, isn’t improving over time, or you can’t put weight through the heel properly, it’s important to seek assessment from a GP, physiotherapist, or podiatrist. Not all heel pain is plantar fascia-related, and other causes may need a different approach.

Metatarsalgia (Forefoot Pain)

Does this sound like your forefoot pain?

• A sore, bruised, or burning feeling under the ball of your foot, often under the second, third, or fourth toes.
• A sensation as though you’re standing on a small stone or fold in your sock.
• Pain that builds the longer you walk or stand, especially on hard floors or in thinner-soled shoes.
• Discomfort that eases when you sit down or take your weight off the front of the foot.

Metatarsalgia is a general term for pain under the ball of the foot. It usually affects the area beneath one or more of the metatarsal heads, which are the joints where the long bones of the foot meet the toes. People often describe it as bruised, burning, tender, or as though they’re stepping on something small and hard that’s trapped in one part of the shoe.

In a comfortable step, your weight moves from the heel through the arch and then across the front of the foot. Ideally, that forefoot load is shared reasonably well across all five metatarsal heads. The soft tissues under the area, including the fat pad, ligaments, and skin, help cushion and distribute pressure. Problems start when this sharing breaks down and one area begins to take far more than its share.

There are several reasons this can happen. A relatively long second toe, a firm high arch, or a foot that doesn’t absorb shock especially well can all tip more pressure toward the central metatarsals. Shoes that push the body weight forward, narrow the forefoot, or have thin, hard soles can make the same problem more obvious. Over time, the tissue under the overloaded area becomes irritated and sore.

That’s why the pain often feels most intense after longer spells of standing or walking. The more times that sore area has to absorb load, the more sensitive it becomes. People often find they can press directly into the painful joint underneath the foot and reproduce the discomfort quite clearly.

Sometimes the nerves between the metatarsals become involved too. As the metatarsal heads are pushed closer together under load, the small nerves running between them can be squeezed. This is one reason forefoot pain can sometimes feel burning or tingling rather than simply bruised.

In simple terms, this kind of pain usually reflects concentrated forefoot pressure, and in some cases compression of the nerves running between the metatarsal heads as well.

For that reason, flat forefoot cushioning doesn’t always solve the problem by itself. Soft padding may make the shoe feel nicer, but it doesn’t necessarily move pressure away from the overloaded spot. More targeted support usually comes from a metatarsal pad or a full-length insole with built-in forefoot support.

A metatarsal pad is positioned just behind the ball of the foot rather than directly under the painful point. As your weight rolls forward, the pad gently lifts the shafts of the metatarsals, helping spread pressure across a wider area and reducing the peak load under the most sensitive joint. This can also create a little more room between the metatarsal heads, which may help if nerve irritation is part of the picture.

This kind of support is often useful if you notice that:

• your pain sits under the ball of the foot, often beneath the middle toes,
• the discomfort builds with standing and walking rather than being worst first thing in the morning,
• hard floors, thin soles, or narrow shoes make the problem worse.

Finding the right position for a separate metatarsal pad can take some adjustment. In general, the thickest part of the pad should sit slightly behind the sore area, not directly under it. If your forefoot pain is severe, rapidly worsening, associated with swelling, or changing the shape of your toes, it’s best to seek professional assessment rather than relying only on self-fitted support.

Flat or Over-Pronating Feet (Low Arches That Roll In)

Does this sound like your feet?

• Your arches look low or flat when you stand, with more of the inner side of the foot in contact with the floor.
• You notice tired, aching discomfort along the inner side of your arch or ankle after standing or walking.
• Your ankles appear to lean inward from behind, and your shoes wear more on the inner edge.

Some people naturally have flatter-looking feet and don’t have pain at all. The problem tends to appear when low arches are combined with a loading pattern in which the heel and arch roll inward more than they can comfortably control. This movement pattern is often called over-pronation.

In a normal step, the arch should lower slightly to help absorb shock and then lift again as you move through the foot. In a flatter or more inward-rolling foot, the arch may drop further and remain down for longer. At the same time, the heel bone can tilt inward and shift the path of your body weight more toward the inner side of the foot and ankle.

That places extra demand on the structures responsible for holding the arch up. Two of the most important are the plantar fascia under the arch and the posterior tibial tendon, which runs from the calf behind the inner ankle and attaches into the foot. When the arch keeps dropping further than it should, these structures have to work harder and for longer every step.

Over time, this can produce the classic symptoms people notice with flatter, inward-rolling feet: aching through the arch, tiredness in the feet by the end of the day, heaviness along the inner ankle, or even a sense that the foot is collapsing inward under body weight. In some people, the effect travels higher. Because the heel rolls inward, the shin can rotate inward too, which can influence how the knee, hip, and pelvis are loaded.

Mechanically, the issue is usually not just that the arches look low. It’s that they’re dropping too far or too often under load, leaving the tissues on the inner side of the foot and ankle overworked.

This is one reason very soft, flat insoles aren’t always enough. They may feel pleasant at first, but they don’t necessarily give the foot a new shape to work from. Structured orthotic insoles are designed to do more than that. A shaped arch support helps meet the underside of the foot earlier in the step, so the arch doesn’t collapse as far. A deep heel cup helps steady the heel and reduce excessive inward tilt.

By giving the foot a clearer platform to rest on, this type of insole reduces how much the plantar fascia and posterior tibial tendon have to control on their own. Many people describe that as feeling more supported, less tired, and more stable, especially toward the end of the day.

This kind of support is often most relevant if:

• your arches look low and the inner side of the foot is heavily loaded when you stand,
• you get aching along the inner arch or ankle that builds with activity,
• your shoes wear more on the inner edges or the heel counters lean inward over time.

It’s sensible to introduce structured support gradually, especially if you’re not used to it. If one foot is changing shape rapidly, swelling is pronounced, or the pain is severe along the inner ankle, it’s worth seeking professional assessment to make sure more advanced tendon problems aren’t developing.

High, Rigid or Outward-Rolling Feet

Does this sound like your feet?

• Your arches look high and stay high when you stand.
• You notice heavier wear on the outer edges of your shoes.
• You feel jarring through the heel or outer side of the foot when you walk or run.
• Your ankles feel as though they roll outward easily, or you’ve had repeated outer ankle sprains.

At the other end of the spectrum from flatter, inward-rolling feet are high, rigid, or outward-rolling feet. These feet often absorb shock less effectively because the arch doesn’t lower very much under load. Instead of the foot acting like a flexible structure that spreads force through the middle, it behaves more like a stiffer lever.

The result is that more weight tends to stay along the outer side of the heel and foot. As you move forward, pressure can build up under the outer forefoot as well. Over time, this can create a bruised, burning, or pounding sensation in the heel or ball of the foot, particularly on harder surfaces.

People with this pattern often feel less stable on uneven ground too. Because the foot isn’t adapting very much, the outer ankle can end up taking more strain when the ground tips or the foot lands awkwardly. This helps explain why repeated lateral ankle sprains are more common in this foot type.

The main issues here are reduced shock absorption, a tendency to load the outer border of the foot, and sometimes reduced stability at the ankle.

Support for this kind of foot often needs to combine cushioning and structure. A deep cushioned heel cup can help soften impact and keep the cushioning centred beneath the heel. Forefoot cushioning can reduce the harsh feel under the metatarsal heads. A built-in metatarsal support may also help spread pressure more evenly across the front of the foot.

Some insoles for outward-rolling feet also provide shaping that helps the foot sit more centrally on the support, not by forcing it into too much inward roll, but by reducing the sense that it’s always tipped toward the outside. If ankle instability is a major issue as well, that support can sometimes be paired with an ankle brace for more reassurance.

This kind of support is especially relevant if:

• your arches stay high or your feet remain heavily loaded on the outer edge,
• you feel impact or soreness through the outer heel or forefoot,
• you’ve had repeated ankle sprains or a persistent sense that the ankle rolls outward easily.

If your pain followed a clear twist, fall, or impact, or if ankle swelling and instability are significant, professional assessment is important in case there’s ligament or joint damage that needs more specific treatment.

Bunions & Big Toe Joint Pain

Does this sound like your big toe joint?

• A bony bump on the inner side of the big toe joint that rubs in shoes and becomes sore or red.
• The big toe angles toward the smaller toes.
• Pain or stiffness when bending the big toe during walking.
• Difficulty finding shoes that don’t crowd the front of the foot.

A bunion is a structural change around the base of the big toe. The first metatarsal begins to drift inward while the big toe angles toward the other toes, making the inner side of the joint more prominent. That prominence is what often rubs on footwear and becomes sore.

Several factors can contribute. Some people have a foot shape or general ligament looseness that makes the front of the foot less stable. Inward rolling feet can also shift more sideways force across the front of the foot. Over time, the big toe joint can become more crowded, more prominent, and more exposed to friction from footwear.

The discomfort people feel is often a mixture of direct rubbing and altered joint loading. The skin and soft tissue over the bunion can become irritated from pressure against shoes, while the joint itself can become stiffer and less comfortable as the big toe no longer bends in the most efficient direction during push-off.

That means bunion discomfort is usually not only about the visible bump. It’s also about how pressure is being applied to the joint and how the forefoot is functioning during walking.

Support for bunions therefore usually has several goals. One is to protect the prominent area from shoe pressure. Another is to reduce crowding between the first and second toes. A third, often overlooked, aim is to improve the support of the rest of the foot so that less unstable movement is being transferred through the forefoot.

Soft bunion protectors can cushion the side of the joint and reduce rubbing. Toe spacers may help maintain a little comfortable separation between the big toe and the next toe. If the foot also rolls inward, a structured insole can help by supporting the arch and reducing some of the side-to-side stress going through the front of the foot.

This kind of combined support is often relevant if:

• you have a visible bump that becomes sore or red in shoes,
• your big toe angles toward the others or starts to overlap,
• you also notice forefoot pressure or signs that your arches roll inward under load.

Wider, rounder, softer-fronted shoes are often an important part of managing bunion discomfort alongside support products. If the joint is becoming rapidly more painful, much stiffer, or changing noticeably over a short period, it’s worth seeking professional advice.

Morton’s Neuroma

Does this sound like your nerve pain in the forefoot?

• Sharp, burning, or shooting pain in the ball of the foot, often between the third and fourth toes.
• Tingling, numbness, or pins and needles that can spread into the toes.
• A sensation as though you’re standing on a pebble or fold in one small area.
• Symptoms that worsen in tighter shoes and ease when you remove them or rest.

Morton’s neuroma affects one of the small nerves that runs between the metatarsal heads in the forefoot. Repeated pressure and friction can irritate the nerve and lead to thickening of the surrounding tissue, leaving the nerve more sensitive and more easily compressed every time the forefoot is loaded.

The reason symptoms often feel sharp, burning, or electric is that the structure being squeezed is a nerve rather than a joint or ligament. As the metatarsal heads come together under body weight, the thickened nerve can be pinched between them. That produces the familiar combination of burning forefoot pain, tingling, numbness, and the strange “something trapped under the foot” feeling that many people describe.

Narrower shoes, high heels, and foot shapes that drive extra pressure into the forefoot can all make the problem worse. In a cramped forefoot, the nerve simply has less room.

Mechanically, the problem is that a sensitive nerve segment is being compressed between the metatarsal heads whenever you load the front of the foot.

Support therefore needs to reduce that compression rather than only soften the area. A metatarsal pad placed just behind the painful spot can help by gently lifting the metatarsal shafts. This alters how the metatarsal heads meet the ground, helping create a little more space between them and reducing direct pressure on the nerve.

That’s why correctly positioned metatarsal support can sometimes make such a difference. It’s not just padding the sore point. It’s changing the spacing and load pattern in the area above it.

This kind of support is especially useful if:

• your pain is sharply focused between the toes at the ball of the foot,
• burning, tingling, or numbness travel into the toes,
• tighter footwear clearly makes the symptoms worse.

Wider shoes with more space across the forefoot are often just as important as the pad itself. If symptoms are severe, persistent, or not settling with sensible footwear and well-positioned support, it’s worth getting the diagnosis confirmed professionally.

Heel Spurs

Does this sound like your heel pain?

• Sharp, localised pain under the heel or at the back of the heel when standing or walking.
• Tenderness when pressing a specific point on the heel bone.
• Pain that feels worse on hard surfaces or in thinner-soled shoes.
• A history of long-standing plantar fascia or Achilles-related symptoms.

Heel spurs are small bony projections that can form where strong tissues attach to the heel bone. They may appear underneath the heel where the plantar fascia anchors, or at the back where the Achilles tendon attaches. Importantly, not every heel spur causes pain. Many are simply signs that the area has been under long-term strain.

When a spur is painful, it’s often because the soft tissue around it is already irritated. The plantar fascia or Achilles attachment may have been repeatedly pulled over time, and the body has laid down extra bone at the attachment site. The spur is therefore often part of a larger picture of long-standing mechanical stress rather than the sole cause of the discomfort.

Under the heel, the problem may feel very similar to plantar fascia pain. At the back of the heel, it may feel more linked to the Achilles tendon and pressure from footwear.

In practice, painful heel spurs usually reflect strain at the tissue attachment as much as the presence of the bony spur itself.

Support often needs to address two things at once: reducing direct pressure on the sore part of the heel, and reducing the pulling force from the tissue attached to it. Heel cups and cushioned pads can help spread pressure around the sore point. Structured arch support can help if plantar fascia strain is part of the problem. Heel lifts can be useful when the Achilles insertion is the main area being irritated.

This type of support is worth considering if:

• you have a very tender spot under or behind the heel,
• hard surfaces and thin soles clearly worsen the pain,
• the symptoms fit with a longer history of plantar fascia or Achilles-related discomfort.

Because heel pain has several possible causes, it’s important to seek advice if your symptoms are severe, worsening quickly, or present even at rest.

Achilles Tendon Pain

Does this sound like your Achilles discomfort?

• Aching, stiffness, or tenderness along the back of the heel or just above it, especially with your first steps in the morning.
• Pain when walking uphill, climbing stairs, or pushing off more strongly.
• A tender or thickened area when you press along the tendon or its heel attachment.
• Symptoms that ease a little as you move, then return after heavier activity.

The Achilles tendon connects the calf muscles to the heel bone and deals with very high forces when you walk, climb, run, or push off. Pain often develops when the tendon is being asked to cope with more load than it can comfortably recover from. This may follow a sudden increase in activity, more hills, more standing, tighter calf muscles, or repeated inward roll at the heel that adds a twisting element to the load.

Some people feel the problem in the mid-portion of the tendon, a little above the heel. Others feel it where the tendon inserts directly into the heel bone. In both cases, the tissue is often stiff after rest, sore to touch, and aggravated by tasks that ask it to work harder.

Mechanically, Achilles pain usually reflects repeated overloading of the tendon, sometimes made worse by heel alignment that isn’t especially well controlled.

A small heel lift can help by reducing the amount the tendon has to stretch when you place weight through the foot. This can make walking and everyday movement more tolerable during a flare. If heel roll is part of the problem, a supportive insole with a heel cup and arch structure can also help the tendon work from a steadier base.

Many people use these supports alongside strengthening exercises because long-term improvement usually depends on gradually rebuilding the tendon’s capacity as well as reducing irritation in the short term.

Support of this kind is often helpful if:

• the tendon feels stiff or sore with first steps,
• you notice pain with hills, stairs, or stronger push-off,
• the tendon is clearly tender or thickened to the touch.

If symptoms followed a sudden pop, a sharp tearing sensation, or immediate loss of calf power, urgent assessment is important in case the tendon has ruptured.

Shin Splints (Medial Tibial Stress)

Does this sound like your shin pain?

• A strip of aching or sharper pain along the inner border of the shin.
• Discomfort that starts during or after walking, running, or jumping and worsens if you continue.
• Tenderness when you press along the inner side of the shin bone.
• Pain that eases with rest but returns when activity resumes.

Shin splints usually refer to pain along the inner side of the shin bone, often linked to impact activity. A more specific term is medial tibial stress syndrome. The symptoms are commonly related to repeated pulling from the muscles that support the arch and control foot motion, combined with repeated impact travelling up through the lower leg.

When the foot rolls inward more than it should, the muscles that help support the arch, especially tibialis posterior, often have to work harder. These muscles attach along the inner side of the shin. If they’re repeatedly overworked, the bone and connective tissue in that area can become irritated. At the same time, harder landings increase impact travelling up through the tibia.

So the usual problem is a combination of overworked arch-supporting muscles pulling on the inner shin and repeated impact stress travelling up from below.

Support can help by addressing both issues. A structured insole can support the arch and reduce how much those muscles need to work every step. Cushioning can also soften the force of landing, which may reduce some of the impact being transmitted into the shin.

This kind of support often suits people who:

• have a broad band of pain rather than one tiny focal spot,
• notice symptoms after increased walking, running, or training,
• also show signs that their feet roll inward under load.

Shin pain that becomes very localised, severe, or painful even at rest should be assessed promptly in case a stress fracture is developing.

How Your Feet Affect Your Knees, Hips & Back

Does this sound like how your pain travels up the chain?

• Knee pain that worsens after walking or standing, especially if your feet feel unstable.
• Stiffness or aching around the hips or lower back after time on your feet.
• A sense that the way your feet roll inward or outward may be linked to discomfort higher up.

The feet form the base of the whole lower limb, so the way they meet the ground can influence how force travels up through the ankles, shins, knees, hips, and lower back. That doesn’t mean all pain higher up comes from the feet, but it does mean foot mechanics can be an important piece of the picture for some people.

When the foot rolls inward too far, the heel tilts inward and the shin often rotates inward with it. That can influence how the knee tracks and how the hip sits over the foot. If the pattern repeats through thousands of steps, some people notice aching in the knees, hips, or lower back after standing or walking.

At the other end of the spectrum, a high, rigid, or outward-rolling foot may not absorb impact very well. Instead of the force being softened through the arch, it may travel more sharply up the outer side of the leg. That can contribute to discomfort around the outer knee, hip, or lower back, particularly during impact activity or on hard surfaces.

In both cases, the issue isn’t only where the pain is felt, but how the foot is loading lower down and how that influences the joints and tissues above it.

Support can be useful here when the feet are clearly part of the problem. For inward-rolling feet, structured arch support and heel control can reduce excessive inward collapse and the rotational effect that follows up the leg. For rigid, outward-rolling feet, cushioning and a broader base of support can help reduce harsh impact and improve stability.

Foot support is only one part of the picture, and discomfort in the knees, hips, or back often needs a broader approach as well. But for some people it provides a more stable foundation and takes away one of the factors driving the problem.

If pain higher up the leg is severe, associated with locking, giving way, night pain, or other worrying symptoms, it should be assessed properly rather than assumed to be coming from the feet alone.