FootReviver™ Plantar Fasciitis Night Splint

The first steps in the morning can be the worst part of the day

If the first steps out of bed send a sharp pain through your heel, you will probably recognise the pattern straight away. The pain is often sharp, localised under the heel, and bad enough to make you walk cautiously for the first few steps. For some people it feels as if the heel is being jabbed from underneath. For others it feels more like stepping onto a bruised patch before the foot has had time to loosen up.

A very common pattern is that the pain eases a little once you have been moving for a few minutes, then comes back again after sitting, driving, or being off your feet for a while. That start-up pain is one of the clearest signs of plantar fasciitis, often called plantar heel pain. It is not simply a matter of age, and it is not something you just have to put up with. In many cases, it can improve if the mechanical problem behind it is properly addressed.

One of the reasons this type of heel pain is so frustrating is that rest does not always feel restorative. You would expect a full night in bed to help. Instead, the first steps in the morning can be the most painful part of the day. The same thing often happens after a period of sitting down. That tells you something important about the problem: it is not only about how the foot behaves when you are standing or walking, but also about what happens to the foot and calf while they are resting.

The FootReviver™ Plantar Fasciitis Night Splint is designed with exactly that in mind. Rather than waiting until the heel hurts and then reacting to it, the splint aims to change what happens during sleep and rest. By holding the foot and ankle in a more useful resting position, it may help reduce the sudden pull on sore tissues when you first stand up. The goal is simple and practical: to make those first steps feel less sharp and less of a shock.

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Why plantar heel pain often hurts most after rest

What the plantar fascia is and what it does

The plantar fascia is a thick band of tissue that runs along the underside of the foot, from the heel bone towards the base of the toes. It helps support the arch and plays a part in how the foot deals with force each time you stand, walk, or push off the ground. It also helps the foot work more efficiently during walking by storing and releasing some of the force that passes through it.

Because it is involved in almost every step, the plantar fascia has to cope with repeated loading throughout the day. That is normal and not a problem in itself. The difficulty starts when the tissue is being asked to manage more strain than it can recover from comfortably. Sometimes that comes from a sudden increase in what the foot is being asked to do. Sometimes it builds more gradually because recovery has not kept pace with the load going through the heel and arch.

How the sore area develops near the heel

Plantar fasciitis usually develops through repeated overload rather than one single dramatic injury. In plain terms, overload means the tissue is dealing with more force, more often, or with less recovery than it can comfortably handle. This can happen with long periods on your feet, a sudden increase in walking or running, tight calf muscles, stiffer ankles, certain foot mechanics, weight changes, or a combination of several factors at once.

The area that often becomes sore is the part of the fascia near where it joins the heel bone. Once that part becomes irritated, loads that would once have felt ordinary can start to feel painful. At first the soreness may come and go. If it carries on, the tissue becomes more sensitive, and the heel can begin to react to smaller amounts of strain than before. That is why some people reach a point where even the short walk to the bathroom first thing can feel surprisingly uncomfortable.

Why the first steps feel so sharp

The familiar first-step pain usually follows a very clear mechanical sequence. During the day, walking and standing keep loading the sore part of the fascia near the heel. Then, when you lie down or sit for longer periods, the foot is no longer taking bodyweight. In that relaxed position, especially if the toes point down, the plantar fascia and the calf-Achilles tissues shorten a little.

By the time you stand up again, those tissues are starting from a shorter, stiffer position than they use during walking. As soon as bodyweight goes through the foot, the plantar fascia is pulled back towards its working length. If the sore spot near the heel is already irritated, that sudden pull can feel sharp and surprisingly intense. After a few minutes of walking, the tissues loosen and the pain often settles. The problem is that the same cycle repeats after the next longer rest.

This is why the first steps in the morning can feel so severe, even though you have not done anything strenuous overnight. The pain comes from a sore area being pulled quite abruptly after the foot and calf have shortened during rest. That is exactly the part a night splint is designed to influence.

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Why foot position during sleep makes such a difference

How the feet commonly rest in bed

Most people do not spend much time thinking about what their feet are doing at night. In practice, though, a few positions are very common. When lying on your back, the feet often relax so that the toes point down a little. Some people sleep with the feet near the end of the mattress, which allows the toes to drop further. Others rest one leg across the other or lie on their side with the ankles rolling slightly inwards or outwards.

None of those positions is a problem for a healthy foot. The issue is that if the plantar fascia or the tissues around the heel are already sore, several hours in a relaxed toes-down or twisted position can leave them shorter and stiffer by morning. If Achilles tightness or heel soreness is already part of the picture, the effect can be even more noticeable.

Why these positions aggravate plantar heel pain

When the toes point down, the underside of the foot is allowed to relax fully. That means the plantar fascia can shorten more than it does when the ankle is held nearer a right angle. At the same time, the calf muscles and Achilles tendon at the back of the ankle do the same. When the ankle rolls inwards or outwards for long periods, the pull through the foot and ankle can also become less even.

That matters because the sore tissue near the heel is then being asked to take the first full stretch of the day from a more shortened starting point. The bigger the jump from resting length back to working length, the sharper that first pull often feels. This is one reason some people say their heel feels as if it has tightened up again overnight, even after a quiet night in bed.

What a night splint is trying to change

A night splint is not a walking support. It is a support worn at rest. Its job is to hold the ankle and foot in a better position while you are asleep or lying down so the plantar fascia and calf-Achilles tissues are not allowed to shorten quite so much.

In practical terms, that means holding the ankle nearer a right angle, keeping the front of the foot from dropping down too far, and helping limit the more rolled or twisted ankle positions that can add extra strain. If the tissues under the foot and at the back of the ankle start the morning from a better resting length, the first stretch when you stand is usually less abrupt. That is the mechanical problem a night splint is trying to improve.

For people with the classic plantar fasciitis picture, that change in overnight position is often the main reason a night splint helps. It is not masking the first-step pain after it happens. It is trying to reduce the size of the jolt that sets it off.

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Who often gets trapped in this cycle

People who load the heel heavily during the day

Some adults develop this pattern because the heel is being asked to cope with a great deal during the day before overnight tightening is added on top. That often includes runners, active people doing regular exercise, and people whose jobs involve long periods of walking or standing. Hard floors, repeated impact, and long hours on your feet can all leave the plantar fascia and calf more irritated by the end of the day.

When that already sore tissue then shortens overnight, the first steps in the morning can feel particularly sharp. In other words, daytime loading and night-time shortening begin to feed into each other. This is one reason the heel may feel worse the morning after a busier shift or a harder exercise session.

People whose tissues have less room for error

Other people find themselves in the same cycle because the calf is tight, the ankle is stiff, or the way the foot moves places more strain through the heel and arch. A foot that rolls in more than usual, or a foot with a higher and less flexible arch, can change how force travels through the plantar fascia. Weight changes and changes in activity can also tip the balance if the tissues have not had time to adapt.

In these situations, the heel may not need a dramatic trigger. The tissue is simply working closer to its limit, so the restart after rest feels harsher and the soreness becomes easier to stir up. The morning pain may seem out of proportion to what you did the day before, but mechanically it still makes sense.

People with long-standing morning heel pain

For some, the most obvious feature is not what caused it in the first place, but how long it has been going on. They have come to expect the first steps after sleep to hurt. The same thing happens after sitting down for a while, driving, or putting the feet up in the evening. Over time, people often change how they move without fully realising it.

That is one reason it helps to address both sides of the problem. What happens during the day still matters, because it affects how irritated the heel becomes. Night-time positioning matters too, because it changes what happens between bouts of activity. If only one side is addressed, the cycle can carry on much longer than it needs to.

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How the FootReviver™ night splint is designed to change this pattern

Helps hold the ankle and foot in a better resting position

The FootReviver™ night splint is a semi-rigid support designed to be worn while sleeping or resting. A bendable aluminium splint built into the upper part of the brace helps hold the ankle nearer a right angle, while the front of the foot is kept gently lifted towards the shin rather than being allowed to drop fully down.

That matters because a toes-down resting position allows the plantar fascia under the foot and the calf-Achilles tissues behind the ankle to shorten more fully. By holding the ankle and foot in a more lifted position, the splint helps keep those tissues closer to the length they need for standing and walking. The first step of the morning is then starting from a better position rather than from a fully shortened one.

The aim is not to force the foot into an aggressive stretch. It is to reduce how abrupt the first stretch becomes when bodyweight goes through the heel after sleep or a longer rest. For many adults, that is the difference between a heel that feels painfully shocked by the first steps and one that settles more quickly into movement.

Adjustable stretch rather than a single fixed angle

One of the more useful features of this splint is that the amount of lift can be adjusted rather than fixed at one rigid setting. The strap system allows the ankle and forefoot position to be set more gently or more firmly depending on what feels tolerable.

This matters because very sore heels often do not cope well with a strong stretch straight away. The same is true when the calf is tight or the pain has been present for a long time. Starting with a milder pull and building up gradually is often much more manageable than trying to force a strong position from the first night.

A splint that allows those smaller adjustments is usually easier to live with and more realistic to use consistently. That is important, because a night splint only helps if it is worn often enough and long enough to change what happens between rests. If the stretch is too aggressive to tolerate, the splint may be abandoned before it has had a fair chance to help.

Support from above, without extra bulk under the foot

The brace sits over the top of the foot and across the front of the ankle and lower leg, while the heel and underside of the foot remain open. That arrangement makes sense for a night splint because the lifting force needs to act from above, where it can help stop the foot dropping into a toes-down position.

Leaving the underside open also means there is less bulk under the foot in bed. That can make the splint feel less awkward than a design that places more material under the sole. The heel is also left free rather than boxed in, which can help the brace feel less cumbersome through the night.

This open design is not just about comfort. It also helps the splint do its job from the part of the foot and ankle that needs controlling, without adding unnecessary material where it is not mechanically useful. For a night splint, that balance between useful structure and tolerable wear matters a great deal.

Secure hold so the foot does not drop back down

For a night splint to work properly, it has to hold the foot in the chosen position rather than gradually losing that position as the leg relaxes. The FootReviver™ uses forefoot and ankle wraps, along with an adjustable tension strap, to help keep the brace secure.

That means the foot is less likely to drift back into the same dropped position the splint is supposed to prevent. The steadier the overnight position, the more consistent the effect is likely to be by morning. A splint that shifts too much or softens too much may be comfortable, but it may not hold the foot well enough to change the problem you are trying to address.

Built to be wearable enough to use regularly

Any night support has to strike a balance. It needs enough structure to hold the foot and ankle usefully, but it also needs to be tolerable enough to wear for several hours at a time. The FootReviver™ uses lightweight neoprene, breathable perforations, soft padding, and a softer lining to help make that possible.

Those details matter because consistency is a large part of whether a night splint helps in real life. If it feels too hot, too bulky, or too awkward to keep on, people tend to stop using it. A design that feels more manageable is much more likely to be worn regularly enough to influence the overnight position of the foot and ankle.

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What this means for the first steps after sleep or sitting

If the plantar fascia and calf are not allowed to shorten as much overnight, they are starting the morning closer to the length they need for walking. That usually means the first few steps place less sudden tension through the sore area near the heel. The heel may still be noticeable, but the jolt is often less sharp and the foot may settle more quickly once you are up and moving.

The same principle applies after other longer rests as well. Many people with plantar heel pain notice the same start-up pain after sitting in a chair, getting out of the car, or standing up after resting in the evening. If the tissues have spent that time in a more supported position, the restart can feel less abrupt than it would from a fully relaxed, toes-down posture.

It is important to keep expectations realistic. A night splint does not cure plantar fasciitis overnight, and it does not remove every source of strain going through the heel during the day. What it can do is reduce one of the main mechanical triggers: the sudden stretch through sore, shortened tissue after rest. For the right pattern of pain, that can make a meaningful difference.

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How to use the splint properly

Fitting it for the first time

When fitting the splint, the aim is to hold the foot securely and keep the ankle near a right angle without creating a strong or painful pull. The heel should sit fully back in the splint, the straps should feel snug rather than tight, and the foot should feel supported rather than pinched.

Once the foot and ankle straps are fastened, the tension can be adjusted until you feel a gentle pull under the foot or in the calf. The stretch should be noticeable, but it should not feel sharp, cramping, or forceful. After a short period, it is sensible to check that the toes still look a normal colour, feel warm, and are not becoming numb or tingly. If there is burning, numbness, marked discomfort, or obvious colour change, the fit or angle needs easing.

Taking a little time over the first fitting is worthwhile. A good fit helps the splint stay in place overnight and reduces the chance of rubbing or pressure areas. It also makes it much easier to judge whether the position itself is helpful, rather than being distracted by a poor fit.

Build up wear time gradually

Most people do better if they build up wear time rather than trying to sleep in the splint all night from the very first attempt. A simple way to start is to wear it for a short period in the evening while sitting or resting. Once that feels comfortable, it can be used for the first part of the night and then removed later if needed. From there, the aim is to work gradually towards wearing it for longer stretches, as tolerated.

This gradual approach helps for two reasons. First, it gives the tissues time to get used to being held in a different position. Second, it helps you find the angle and strap tension that feel supportive without being excessive. Small adjustments over several nights are normal. It is rarely a case of getting everything perfect on the first try.

If the stretch feels too strong, disturbs sleep a great deal, or leaves the heel or calf clearly more painful, it usually means the angle or total wear time is too much at that stage. Easing back slightly is often more useful than trying to push through. A tolerable setup used consistently is generally more helpful than an aggressive setup that you cannot keep using.

What is normal and what is not

Some sensations are expected when you first start using a night splint. A gentle pull under the foot or in the calf is normal. So is being more aware of the splint when settling to sleep or changing position in bed. A mild stretched feeling when taking the splint off in the morning can also be normal, especially in the early stages.

What is not normal is strong or sharp pain, numbness that persists, burning, a dead feeling in the foot, marked pressure marks that do not fade, blisters, or broken skin. Clear colour changes in the foot, especially if the toes become very pale or unusually dusky, also need attention. If any of those happen, stop using the splint and review the fit carefully before trying again. If the problem continues, it is sensible to seek professional advice before carrying on.

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Simple daytime steps that work alongside it

Reducing obvious aggravating loads

A night splint helps with what happens during rest, but it cannot offset everything that happens during the day. If the plantar fascia is being heavily irritated every day, the heel may stay sore even if the overnight position improves. Long spells standing on hard floors, sudden jumps in walking or running, and higher-impact activity on an already painful heel can all keep the sore area stirred up.

Reducing those obvious aggravating loads, even temporarily, often gives the tissue more room to settle. That might mean breaking up long periods on your feet where possible, building activity up more gradually, or modifying higher-impact exercise while the heel is clearly flared. The less irritated the heel is by bedtime, the more useful the overnight support is likely to be.

Stretching the calf and plantar fascia

Gentle stretching can help because it works on the same tissues the night splint is trying to stop from shortening too much. Calf stretches help improve flexibility at the back of the ankle. Plantar fascia stretches, such as gently drawing the toes up while the foot is supported, target the band under the sole more directly.

The point is not to force an aggressive stretch. It is to improve how easily those tissues can lengthen during the day. The splint then helps hold on to some of that length overnight rather than letting the foot drop fully back into the same shortened position after each rest.

Building strength in the foot and calf

Strength matters because stronger muscles in the foot and calf help the whole foot deal with force more effectively. Better strength and control can reduce how much strain ends up going through the sore part of the fascia with each step.

In practice, this usually means starting with simpler exercises and building up gradually as symptoms allow. The exact exercises vary from person to person, which is why physiotherapy advice can be useful if symptoms have been lingering. The broader principle is straightforward: a night splint helps with what happens between bouts of activity, while strength work helps the foot cope better during activity itself.

Footwear and insoles

Footwear can make a large difference to how much force travels through the heel and arch. Shoes that are very flat, very worn, or lacking any real structure often do little to soften impact or support the foot. More supportive footwear, with reasonable cushioning under the heel and a steadier sole, can help reduce strain during the day.

In some cases, arch-support insoles can also help, particularly if the foot rolls in a lot or if the arch shape is increasing the pull through the fascia. Footwear and insoles influence what happens when you are on your feet. The night splint influences what happens while you are off them. They work on different parts of the same cycle.

When physiotherapy or podiatry input helps

Self-management is often a sensible place to start, but some situations benefit from more tailored input. If pain has been present for many months, if the diagnosis is uncertain, if there are other tendon or joint problems as well, or if simple measures are not making enough difference, it can help to speak to a physiotherapist or podiatrist.

A clinician can look more closely at how your foot and ankle are moving, how the calf is behaving, whether footwear or insoles are likely to help, and which exercises are most appropriate. In that setting, a night splint becomes one part of a clearer plan rather than the only thing you are trying.

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What to expect over time

Getting used to the splint first

In the first week or two, the main change is often not in the pain itself but in how used you are to wearing the splint. You may notice it more when settling to sleep or turning over, and you may feel a mild pull in the calf or under the foot when first putting it on. A slight stretched feeling when you remove it in the morning is also common early on.

This stage is mainly about finding a comfortable setup and letting the tissues adapt to being held in a slightly different resting position. Big changes in heel pain are not always the first thing people notice. For many adults, the early success is simply that they can tolerate the splint for longer and wake feeling that the foot has not tightened quite as much overnight.

Early changes some people notice

Once you are able to wear the splint more consistently, some people begin to notice that the first steps in the morning are still present but less sharply painful. The time spent hobbling can shorten, and standing after sitting or driving may feel less like a sudden jolt through the heel.

These early improvements fit with the same mechanical explanation discussed earlier. If the plantar fascia and calf are not shortening fully between periods on your feet, the next restart asks less of the sore heel area. That tends to be easier for irritated tissue to tolerate. This is often when people begin to feel that the splint is making practical sense rather than just sounding plausible on paper.

Longer-term improvements and realistic limits

Over several weeks, the clearer changes people are looking for often begin to show. This might mean getting out of bed more comfortably, feeling less hesitant with those first steps, or settling into a smoother walking pace early in the day. For some, these improvements become obvious within a few weeks. For others, the progress takes longer.

There are also clear limits. Not everyone responds in the same way, and not every heel pain problem is driven mainly by the same structures. If the pain does not improve after a fair trial of regular use alongside sensible daytime steps, further assessment makes sense. A night splint is a practical support for a specific mechanical problem. It is not a guarantee, and it is not the answer to every cause of heel pain.

How well it helps often depends on several things at once: how long the symptoms have been present, how severe they are, how much time you spend on your feet, how supportive your footwear is, how consistently the splint is used, and how well the angle has been adjusted for you. Those factors help explain why one person improves quickly while another needs a broader plan.

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Who this night splint is and is not suitable for

Most likely to suit

This kind of splint is most likely to suit adults whose heel or arch pain is worst on first standing after sleep or after time off their feet. That includes the classic plantar fasciitis or plantar heel pain picture: sharp morning heel pain, pain after sitting or driving, and symptoms that ease a little once the foot has had a chance to loosen up.

It may be particularly worth considering if that start-up pain is still present despite simple measures such as stretching, supportive footwear, or trying to reduce obvious aggravating activities. If the heel is most painful once you start moving again, rather than only after long activity, that is one of the clearest signs that a night splint may be relevant.

Use only with proper advice or extra caution

Some people need proper advice before using a night splint because pressure, altered sensation, or fixed joint stiffness can change what is safe. That includes adults with diabetes and reduced feeling in the feet, a history of foot ulcers, poor circulation in the feet or legs, fragile skin, recent foot or ankle surgery, recent major injury, or a very stiff ankle that cannot be brought comfortably near a right angle.

In these situations, it is better to seek advice from a GP, physiotherapist, podiatrist, or another appropriate clinician before use, rather than assuming a night splint is automatically suitable. The issue is not that the splint is inherently unsafe. It is that skin, sensation, circulation, and joint movement all need more careful consideration when the foot is going to be held in one position for a prolonged period.

When a night splint is not the right first step

A night splint is not the right first response if the pain started suddenly and severely after an injury, if the heel or ankle is very red, hot, or swollen, if pain is waking you at night without easing with rest, or if there is unexplained numbness, unusual spreading symptoms, or other features that suggest something more than a straightforward plantar heel pain picture.

In those situations, proper assessment should come first. A splint is designed to support a common mechanical heel pain pattern, not to stand in for diagnosis when the cause is unclear or more concerning.

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Other conditions this night splint may also support

The main purpose of the FootReviver™ night splint is support for plantar fasciitis and the classic first-step heel pain pattern that comes with it. Even so, the way it holds the ankle and foot overnight can also be useful in some other situations where rest position, tissue length, or unwanted twisting at the ankle are clearly affecting symptoms.

The role is a little different here. In plantar fasciitis, the main aim is to reduce the sharp pull through the sore area under the heel when you first stand. In other conditions, the splint may be more about holding the ankle in a steadier position overnight, limiting positions that aggravate sensitive tissue, or reducing how much a tendon or muscle unit shortens during rest. Used in that way, it is best thought of as a support measure rather than a stand-alone treatment.

Achilles tendon pain and morning stiffness

Achilles tendon pain often behaves in a way that overlaps with plantar heel pain. Many people notice stiffness and discomfort with the first few steps in the morning, or when moving again after sitting. The sore structure here is the Achilles tendon at the back of the ankle, where the calf muscles join the heel. Like the plantar fascia, this tendon can shorten slightly when the foot is relaxed and the toes point down for long periods.

Holding the ankle nearer a right angle through the night may help keep the calf-Achilles unit closer to its working length, so the first steps in the morning are less of a sudden stretch. This does not replace a proper strengthening and loading plan for Achilles problems, but where morning stiffness is a prominent feature, it may help reduce the abrupt restart that often makes those first movements uncomfortable.

Inner ankle tendon or arch-support problems

Some people have pain and strain around the inside of the ankle and under the arch, especially where the structures that help support the arch are being overworked. In those cases, sleeping with the foot rolled inwards or left unsupported for hours may add extra overnight strain to already tired tissues.

A splint that keeps the ankle and heel in a steadier position may help reduce that extra pull and twisting while you rest. The benefit here is not mainly about stretching the plantar fascia. It is more about limiting awkward resting positions that leave the inner ankle and arch feeling more strained by morning. Daytime support, footwear, and specific strengthening usually matter more in these cases, but steadier overnight positioning can still be a useful addition.

Nerve-related or muscle-balance problems only with professional guidance

There are also more specialised situations where overnight foot position matters, including some nerve-related problems or milder forms of muscle weakness affecting how the foot rests. In these cases, the possible role of a night splint is usually to help maintain a safer resting ankle position, reduce unwanted twisting, or slow the development of stiffness while the foot is off the ground.

These situations are more complex than straightforward plantar fasciitis, so they are best managed with proper clinical guidance. The splint may still have a role, but the angle, fit, and overall suitability need more careful consideration.

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Why this particular night splint is a sensible option to consider

The FootReviver™ night splint is built around the mechanical problem that drives first-step heel pain in many adults: the foot relaxes, the tissues under the foot and behind the ankle shorten, and the next period of standing pulls on them too abruptly. The design is aimed at changing that resting position in a way that is structured enough to matter, but still manageable enough to use regularly.

The semi-rigid build is important because very soft night supports often struggle to hold the ankle and forefoot in a clear position for long enough to change anything by morning. At the same time, an overly rigid fixed-angle design can be hard to tolerate, especially if the heel is already very sore or the calf is tight. FootReviver™ sits in a more practical middle ground. The aluminium splint gives it enough structure to hold position, while the adjustable straps allow the stretch to be set more gently at first and increased gradually if needed.

Because the support sits over the top of the foot, it can help hold the foot from dropping down without adding unnecessary bulk under the sole. The open heel and open underside help keep the splint less cumbersome in bed, while the forefoot and ankle wraps help keep the chosen position more consistent through the night.

Comfort features matter here for a simple reason: if a night splint is too awkward to wear, it will not be used for long enough to help. Lightweight neoprene, breathable perforations, soft padding, and a softer lining all support the same goal of making regular overnight use more realistic. In practice, that is what gives the splint a fair chance to influence the morning pain pattern it is designed to target.

The splint also comes with a 30-day money-back guarantee, which gives you a reasonable period in which to try it as directed and decide whether it is helping in the way you hoped.

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Making the first steps less of a shock

For many people with plantar fasciitis, the hardest part of the day is not the busiest part. It is that first short walk after the foot has been resting. A sore patch near the heel has stiffened overnight, the calf and plantar fascia have shortened, and the first steps pull on them sharply before they have had a chance to loosen.

The FootReviver™ Plantar Fasciitis Night Splint is designed to change that part of the cycle. By holding the ankle nearer a right angle and keeping the front of the foot from dropping fully down, it helps the tissues under the foot and at the back of the ankle start from a better position. That may mean less of a jolt through the heel when you first stand, and an easier start to walking after sleep, sitting, or other longer rests.

If your heel pain is at its worst with the first steps after bed or after time off your feet, and none of the cautions discussed earlier apply to you, this kind of support may be a sensible option to consider. It is most likely to help when used regularly and alongside the daytime steps that reduce strain on the heel while you are up and about.

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Important information and disclaimer

This page gives general information about plantar heel pain, first-step heel pain, and how a night splint of this type may help by changing the resting position of the foot and ankle. It is not a diagnosis and it does not replace individual medical assessment, advice, or treatment. Heel pain can have different causes, and this kind of splint will not be right for everyone. If you are unsure what is causing your symptoms, or whether this night splint is appropriate for you, speak to a GP, physiotherapist, podiatrist, or another appropriate clinician. No specific outcome can be guaranteed.