Why the Bottom of Your Heel Hurts

Heel pain is a symptom, not a single condition. The discomfort can come from several different structures on the underside of the heel, and the right plan depends on which one is involved. The most common cause by a wide margin is plantar fasciitis, the irritation of the thick band of tissue that runs along the arch and attaches into the heel bone. Roughly four out of five people who walk into the clinic with underside heel pain are dealing with some form of this.

Other causes show up regularly enough to be worth knowing about. Fat pad atrophy is a thinning of the natural cushion under the heel, which is more common with age or after a period of high-impact activity in flat footwear. A calcaneal stress reaction or stress fracture can produce a more focal, deep pain that does not ease with warm-up the way plantar fasciitis often does. Bursitis, nerve entrapment, and rarer conditions are part of the picture as well, which is why an assessment is more useful than self-diagnosis when the pain has been hanging around. Pain at the back of the heel where the Achilles tendon attaches is a different conversation; that one usually points toward Achilles tendinopathy and follows a different rehabilitation path.

The classic underside-heel pattern is sharp pain on the first few steps in the morning, an easing as the foot warms up, and a return of the discomfort after long periods of standing or walking. That morning-step pattern is one of the most useful clues, and it points strongly toward the soft tissue on the underside of the foot.

What Tips the Heel Past Its Tolerance

Most underside heel pain we see traces back to a combination of these:

  • A sudden increase in time on your feet, walking, or running

  • Footwear that is flat, unsupportive, or worn out, especially indoors

  • Body weight changes that increase load on the heel and arch

  • Tight calves that limit ankle mobility and shift more impact to the heel

  • Reduced foot intrinsic strength, which leaves the arch and heel pad working harder

  • Hard or unforgiving surfaces, like long shifts on concrete or tile

  • Past foot or ankle injuries that changed how load passes through the heel

  • A new sport or activity that demands more from the foot than it has been prepared for

Pinpointing What Is Driving the Pain

The conversation covers when the pain started, where exactly on the heel it sits, what it feels like in the morning versus later in the day, and what your activity and footwear have been doing leading up to it. The morning-step pattern, the location on the heel, and the response to standing or walking all give us early information about which structure is involved.

The exam involves palpating the underside of the heel and the arch to map the tender area, checking calf strength and length, looking at how the foot moves under load, and assessing whether reduced ankle mobility is shifting load to the heel. We also check the back of the heel and the surrounding bony structures to rule out a stress reaction or other cause that would change the management. Our long-form article on heel pain and plantar fasciosis treatment covers some of the terminology distinctions, including why “fasciosis” is often a more accurate description than “fasciitis” in long-standing cases. Imaging is rarely needed early. Ultrasound or MRI come into the picture for cases that are not responding to first-line care or where a stress fracture is suspected.

Healthcare professional treating patient heel pain at Burlington sports therapy clinic

Bringing the Heel Back to Comfortable Loading

Why Rest Alone Often Is Not the Answer

Early management is about settling the irritated tissue while keeping the foot loaded enough to keep recovering capacity. Footwear gets an early review, since switching out flat or worn-out shoes for something more supportive is often the single biggest change in the first couple of weeks. Activity modifications, including shorter standing periods, cushioned indoor footwear, and reduced mileage if you are running, give the tissue space to settle without shutting the foot down.

Manual therapy supports the recovery in a meaningful way. Soft tissue work on the calf and foot, joint mobilization through the foot and ankle, and Active Release Technique or Graston Technique for tissue restrictions all help create the conditions for the loading work to take. Shockwave therapy has good evidence for stubborn plantar-related heel pain, particularly in cases that have been around for several months and are not responding to first-line care.

The strengthening side is what changes the underlying capacity. Calf strengthening, foot intrinsic work, and progressive loading of the plantar tissue rebuild the foot’s ability to handle standing, walking, and impact. Heel raises, especially with the toes elevated to load the plantar fascia, are a cornerstone of the rehabilitation. You can’t go wrong with strong, and a stronger calf and foot is the most reliable predictor of staying out of trouble long term. Most cases improve meaningfully in six to twelve weeks of consistent work, though stubborn or long-standing cases can take longer.

Heel Pain Treatment in Burlington

The combination that works for heel pain is settling the irritation, restoring how the foot moves and loads, and rebuilding the strength that supports the arch and heel. Our team coordinates the hands-on care and the loading work so the foot is being calmed and built up at the same time.

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Chiropractic Treatment

Our chiropractors assess and treat the joint mechanics through the foot, ankle, and lower leg, and address the soft tissue around the calf and plantar surface. Active Release Technique can target the calf, posterior tibialis, and plantar tissue, and Graston Technique can help with the chronic tissue changes that show up in long-standing heel pain.

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Massage Therapy

Our massage therapists work into the calf, soleus, and plantar tissue that contribute to heel loading. Releasing this tightness lets the foot move more freely and makes the strengthening work more effective. Acupuncture may be incorporated for pain management when needed.

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Physiotherapy

Our physiotherapists build the calf, foot, and lower-leg strengthening program that rebuilds the foot’s capacity to handle load. The plan progresses from early-phase mobility work into heel raises, foot intrinsic strengthening, and progressive walking or running tolerance. Shockwave therapy may be added for stubborn cases, and orthotics may be discussed if foot mechanics are contributing.

From Painful First Steps to Full Standing and Walking

Heel pain recovery follows a clear arc, with the speed of progression depending on how reactive the tissue is and how long the symptoms have been around.

Quieting the Heel

Footwear gets a review and standing or impact load comes down. Manual therapy and gentle mobility work bring the irritation down. Activity modifications keep you moving without provoking the tissue.

Loading the Foot Gently

Calf and foot intrinsic strengthening work begins, starting with movements the heel tolerates. Walking tolerance improves and the morning pain pattern begins to ease. Manual therapy continues alongside the loading work.

Progressive Strength and Tolerance

Heel raises, including the toes-elevated variations that load the plantar tissue specifically, become the foundation of the program. Standing and walking tolerance build, and impact activities come back gradually if they are part of the goal.

Back on Your Feet

Full return to standing, walking, running, or whatever the activity goal is. Calf and foot strengthening continues as a maintenance habit, since detrained calves and weak foot muscles are common reasons heel pain comes back.

Heel Pain Questions People Bring to the Clinic

Most people with heel pain have a similar set of questions about whether they need imaging, what the morning pain means, and how long this is going to take. Here are the ones that come up most.

Every heel and every cause is different. The patterns described here are the common ones, and the right plan for your situation depends on what comes out of the assessment.

Helping Burlington patients move better since 2005.

No, but it is the most common cause by a wide margin. Roughly four out of five people we see with underside heel pain are dealing with plantar fasciitis or a chronic version of it. Other possibilities include fat pad atrophy, a calcaneal stress reaction, bursitis, and nerve entrapment. The location of the pain, the activity history, and the assessment narrow it down.

The plantar tissue tightens up overnight while the foot is at rest. The first few steps in the morning stretch and load that tightened tissue suddenly, which is why the pain is sharpest then. The pain often eases as the foot warms up and the tissue loosens, then returns later in the day after long periods of standing or walking. That pattern is one of the most useful clues that the underside soft tissue is involved.

Many people with heel pain do have a small bony spur on imaging, but the spur itself is rarely the cause of the pain. Plenty of people with no heel pain have spurs on imaging, and plenty of people with severe heel pain have no spur. The current understanding is that the spur is usually a marker of long-term loading rather than the source of symptoms. Treatment is aimed at the soft tissue and the loading capacity, not the spur.

Rarely early on. Heel pain can usually be diagnosed clinically based on history and examination. Imaging comes into play if the pain is not responding to first-line care, if a stress fracture is suspected, or if something about the presentation does not fit the typical pattern.

For some people they help, for others they do not. Orthotics or supportive footwear can reduce the load on the plantar tissue and ease symptoms during the recovery, but they rarely fix the problem on their own. The loading and strengthening work is what changes the underlying capacity. We assess the role of footwear and orthotics individually rather than recommending them by default.

Most cases improve meaningfully in six to twelve weeks of consistent work, though long-standing or stubborn cases can take several months. The biggest factors are how long the symptoms have been around when you start, how diligent the strengthening side is, and whether the contributing factors like footwear and standing load are being addressed alongside the rehabilitation.

Meet Our Practitioners

Our clinicians work collaboratively to support recovery across a wide range of conditions.

Dr. Kevin McIntyre

Dr. Kevin McIntyre B.Kin, DC

Clinic Director

Dr. Leslie McDowall

Dr. Leslie McDowall B.Sc, DC

Clinic Director

Beth Slack

Elisabeth (Beth) Slack

Registered Physiotherapist

Samantha Costabile

Samantha Costabile

Registered Physiotherapist

Deanna St. Clair

Deanna St. Clair

Registered Physiotherapist

Valerie Morris

Valerie Morris

Registered Massage Therapist

Ryan Smith

Ryan Smith

Registered Massage Therapist

Michael DeCiantis

Michael DeCiantis

Registered Massage Therapist

Maraisa (Mara) Ockenden

Allie Hoegl

Registered Physiotherapist