Sever's Disease (Heel Pain in Children)
Sever's disease is the commonest cause of heel pain in active children, typically between the ages of eight and fourteen. At Modern Physio we focus on understanding the root-cause of your problem & personalizing your treatment for lasting results.
Understanding Sever's Disease (Heel Pain in Children)
Sever's disease is the commonest cause of heel pain in active children, typically between the ages of eight and fourteen. Despite the alarming name it is not a disease in any meaningful sense: it is irritation of the growth plate at the back of the heel bone, where the Achilles tendon pulls on bone that has not yet finished maturing. During growth spurts the bones lengthen faster than the muscles and tendons adapt, so the calf becomes relatively tight and the pull on that growth area increases, and if the child is running and jumping regularly on hard surfaces the area becomes painful. It is the same mechanism as Osgood-Schlatter disease at the knee, which many parents have heard of, just at a different growth plate. The typical picture is a child who plays sport several times a week, limps after games, complains of pain at the back or sides of the heel, and is fine after a few days of rest until they play again. The single most reassuring fact, and one worth stating early because it changes how families experience it, is that Sever's disease resolves when the growth plate closes at the end of growth. It does not cause lasting damage or arthritis, and it does not require the child to give up sport permanently. A recent review synthesising seventeen studies placed custom foot orthoses and physiotherapy in its highest evidence tier, with heel lifts, taping and supportive footwear next. At Modern Physio in Vaishali Nagar, Jaipur, we treat this with load management, calf work, footwear advice and heel support, and with plenty of explanation for anxious parents.
Common Symptoms
- Pain at the back or sides of the heel in a child aged roughly eight to fourteen
- Pain that is worse during and immediately after running and jumping sports
- Limping after sport or towards the end of a busy day
- Tenderness when the sides of the heel bone are squeezed together
- Walking on tiptoes to avoid putting the heel down
- Stiffness and discomfort in the heel first thing in the morning
- Symptoms in both heels in a large proportion of children
- Pain that settles with a few days of reduced activity and returns when sport resumes
- Tight calf muscles, with limited ability to bring the toes towards the shin
- Discomfort aggravated by hard playing surfaces or worn, unsupportive footwear
How Common Is It?
Sever's disease, known medically as calcaneal apophysitis, is the most common cause of heel pain in growing children and is seen in the age range of roughly eight to fourteen, corresponding to the years when the heel growth plate is open and active. It is more common in children who play running and jumping sports, and both heels are affected in a large proportion of cases. It is self-limiting: symptoms cease once the growth plate fuses at the end of skeletal growth. No India-specific incidence data was identified, but with organised youth sport growing in Indian cities the condition is likely to be seen more often than it is formally diagnosed, and it is frequently dismissed as growing pains.
Causes & Risk Factors
- Repetitive pull of the Achilles tendon on the growth plate at the back of the heel during running and jumping
- A growth spurt, during which bone lengthens faster than the calf muscle and tendon adapt
- Tight calf muscles, which increase the tension transmitted to the growth area
- High volumes of running and jumping sport, particularly several sessions a week without rest days
- Hard playing surfaces, which increase impact through the heel
- Worn out, flat or unsupportive footwear, including studded boots with minimal heel cushioning
- A sudden increase in training, such as the start of a season or a sports camp
- Foot posture factors including very flat or very high-arched feet, which alter how load passes through the heel
- Higher body weight, which increases impact load with every step
Our Diagnosis Process
- Clinical assessment, since this is a diagnosis made from history and examination rather than requiring scans in typical cases
- The squeeze test, in which gently compressing the sides of the heel bone reproduces the pain
- Assessment of calf muscle length and ankle flexibility, which are commonly reduced
- Assessment of foot posture, footwear and playing surfaces
- A detailed activity history covering which sports, how many sessions a week, and any recent increase
- Screening for the features that would suggest something other than Sever's disease, including pain at rest and at night, swelling, redness, fever or a history of significant injury
- Referral for imaging or medical review where the presentation is atypical, symptoms are not settling as expected, or a stress fracture or other pathology is suspected
Our Treatment Approach
- Explanation and reassurance for the child and parents, since understanding that this is self-limiting and harmless changes how the family manages it
- Load management rather than complete rest, adjusting training volume and the number of sessions per week to a level the heel tolerates
- Calf stretching, which addresses the tightness driving tension on the growth plate
- Heel lifts or cushioned heel cups, which reduce the pull and the impact through the area
- Footwear review, replacing worn or unsupportive shoes and considering cushioning for hard surfaces
- Custom foot orthoses where foot posture is contributing, which recent review evidence places in the highest tier alongside physiotherapy
- Calf and foot strengthening as symptoms settle, to build tolerance for the demands of sport
- Ice after activity for symptom relief
- Taping techniques as a supportive adjunct in some cases
- A graded return to full sport based on symptom response rather than a fixed timescale
Key Highlights
Reassurance backed by the fact that this condition resolves at the end of growth
Load management that keeps children playing sport rather than stopping it entirely
Orthoses, heel support and calf work matching the tiered evidence for this condition
Clear guidance on the features that would indicate something other than Sever's disease
Recovery & Prevention Tips
- Understand that this resolves once the growth plate closes, so the aim is to manage symptoms through the growing years rather than to cure something permanent
- Reduce training volume rather than stopping sport altogether, since complete rest tends to be unnecessary and children rarely comply with it anyway
- Do the calf stretches daily, because they address the actual mechanism and are the part most often abandoned once pain settles
- Use a cushioned heel cup or heel lift in sports shoes and everyday shoes
- Replace worn out footwear, especially studded boots with thin, hard soles
- Ice the heel after sport if it is sore
- Expect flare-ups during growth spurts and at the start of a new season, and adjust load at those times in advance
- Avoid going barefoot on hard floors during a painful period
- Tell coaches and PE teachers, so training can be adjusted rather than the child being pushed through pain
- Seek medical review for pain at rest or at night, swelling, redness, fever, or pain following a specific injury, since these are not typical of Sever's disease
Products That Can Help
Supports and equipment we fit at the clinic that patients with this condition commonly use alongside treatment, never instead of it.
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Evidence & Sources
A comprehensive review of conservative management of Sever's disease covering seventeen studies developed a tiered treatment framework, prioritising custom-made foot orthoses and physical therapy in the top tier, followed by heel lifts, kinesio taping and supportive footwear, then extracorporeal shockwave therapy, with off-the-shelf orthoses alone not recommended.
Conservative Management of Sever's Disease: a comprehensive review (PMC, 2025)Clinical guidance describes calcaneal apophysitis as a self-limiting traction apophysitis of the calcaneal growth plate in growing children, with symptoms resolving as the growth plate matures and closes.
Sever's disease clinical overview (Physiopedia)Frequently Asked Questions
Does my child have to stop playing sport?
Almost never completely, and that is usually the first thing parents want to know. Sever's disease responds to reducing load rather than removing it, so the usual approach is cutting back the number of sessions per week, shortening sessions, or temporarily reducing the highest impact activities such as sprinting and jumping, while keeping the child involved. Complete rest is rarely necessary, and it tends to backfire because children lose fitness, feel excluded from their team, and simply return to full activity the moment pain settles, which starts the cycle again. We would rather find a level the heel tolerates and build from there.
Will this cause permanent damage or arthritis later?
No. This is a self-limiting condition affecting a growth plate that is temporarily present and will close at the end of growth, after which the problem ceases to exist. It does not damage the joint, does not lead to arthritis, and does not cause lasting problems in adulthood. That is worth emphasising because the word disease in the name causes real anxiety in families, and some parents restrict their child's activity far more than necessary out of fear of long-term harm. The condition is painful and frustrating during the growing years, but it is genuinely benign.
How long does it take to settle?
Individual painful episodes usually settle within a few weeks once load is managed and calf stretching is under way, but the underlying susceptibility persists until the growth plate closes, so flare-ups can recur over a year or two, particularly during growth spurts and at the start of sports seasons. That pattern is normal rather than a sign that treatment has failed. Families who understand it tend to manage it well, adjusting load proactively at high-risk times rather than reacting after pain appears. Definitive resolution comes with skeletal maturity.
Is this the same as Osgood-Schlatter disease?
It is the same mechanism at a different site, which is a useful way to think about it. Osgood-Schlatter affects the growth plate just below the knee where the quadriceps tendon attaches, and Sever's affects the growth plate at the back of the heel where the Achilles tendon attaches. Both are traction apophysitis, both occur in active children during growth, both flare with running and jumping, and both resolve when the growth plate closes. The management principles are similar: load management, stretching the tight muscle group, and reassurance. Some children experience both, either at the same time or in sequence.
Does my child need a scan?
In a typical presentation, no. Sever's disease is diagnosed clinically from the age, activity history, location of pain and examination findings, particularly the squeeze test where compressing the sides of the heel reproduces the pain. X-rays are not needed to confirm it and can be misleading, since the growth plate normally looks irregular at this age. Imaging becomes appropriate when the presentation is atypical, when symptoms are not improving as expected, or when features suggest something else, such as pain at rest or at night, swelling, redness, fever, or pain following a specific injury.
What footwear should my child wear?
Shoes with reasonable cushioning under the heel and adequate support, replaced when worn out, which happens faster than most parents expect in active children. Studded boots with thin, hard soles are common culprits, particularly on hard grounds, and a cushioned heel cup inside them often helps considerably. Everyday footwear matters too, since children spend far more hours in school shoes than in sports shoes, and hard flat shoes or going barefoot on hard floors during a painful period tends to aggravate things. Where foot posture is a factor, custom orthoses sit in the top tier of the review evidence.
Why did this start now?
Usually because two things coincided: a growth spurt and an increase in activity. During rapid growth the leg bones lengthen faster than the calf muscle and Achilles tendon adapt, so the calf becomes relatively tight and pulls harder on the heel growth plate. If that happens at the same time as a new season, a sports camp, or a change to harder playing surfaces, the growth area becomes irritated. That combination explains why it so often appears at the start of a term or season, and why it recurs at intervals through the growing years rather than appearing once.
Should I be worried that both heels hurt?
No, and it is actually typical rather than a warning sign. Both heels are affected in a large proportion of children with this condition, which makes sense given that the cause is growth and activity rather than a one-off injury to a single side. Parents sometimes worry that bilateral pain suggests something more serious, but in this condition the reverse is closer to the truth: pain in one heel following a specific injury, or persisting at rest and at night, would raise more concern than symmetrical activity-related pain in both.
Medically Reviewed
This content was reviewed for medical accuracy by Dr. Surabhi Bansal, BPT, MPT (Ortho) with 14+ years of clinical experience.
At Modern Physio, all medical content undergoes a thorough review process to ensure accuracy and alignment with current physiotherapy standards. Our content is created to educate and should not replace professional medical advice. Learn more about our review process.
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Exercise Therapy
Calf stretching and graded strengthening to build tolerance for running and jumping sport.
Assessment & Education
Assessment of calf length, foot posture, footwear and training load, with clear explanation for parents.
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