Heel Pain Orthotics Case Study for Active Adults

The first steps out of bed were the worst. For this heel pain orthotics case study, the patient described a sharp pain under the heel on rising, followed by an ache that returned after a busy day on their feet. They had stopped running, shortened dog walks and started choosing shoes based on cushioning rather than comfort or support. This is a familiar pattern in persistent heel pain, but it is not a reason to simply buy an insole and hope for the best.

This is a representative, anonymised clinical example. Individual symptoms, medical history, activity demands and examination findings all matter, so orthoses should be prescribed only after an appropriate assessment.

The presenting problem

The patient was an active professional in their forties who had developed right-sided heel pain gradually over approximately four months. There was no single injury. Their running mileage had increased during that period, while work also involved prolonged standing and regular travel on foot.

Pain was most noticeable at the inner underside of the heel during the first few steps in the morning and after sitting. It eased slightly once moving, but could build again by late afternoon. On a 0-10 scale, the patient rated the worst pain at 7. They had tried stretching inconsistently, a gel heel pad and more cushioned trainers, with only short-lived improvement.

The symptom pattern suggested plantar heel pain, often associated with irritation or overload around the plantar fascia attachment. However, heel pain has several possible causes. A thorough assessment is essential to distinguish common mechanical presentations from conditions involving a nerve, stress injury, inflammatory disease, referred pain or other concerns that may need a different pathway of care.

Why the assessment went beyond the painful spot

At Footporium Podiatry, a biomechanics assessment considers how the foot and lower limb cope with load rather than looking at the heel in isolation. The aim is not to find a single flaw in a person's gait. Most people have natural asymmetries, and a foot that turns in or appears flat is not automatically a problem. The key question is whether the current combination of movement, footwear, activity and tissue capacity is contributing to symptoms.

In this example, examination found tenderness at the medial plantar heel, with discomfort reproduced by loading the plantar fascia. The patient had reduced ankle dorsiflexion, meaning the ankle had limited available upward movement. Their calf was tight, particularly after sitting, and their first metatarsophalangeal joint - the big toe joint - was slightly stiff. Both can alter how load is shared through the foot during walking and running.

Standing and gait assessment also showed that the right foot spent a relatively long time rolling inwards during stance. This was not treated as a diagnosis by itself. In context, however, it meant the plantar fascia was likely being asked to work harder at a time when its capacity had been exceeded by increased running and standing.

Footwear inspection added another useful detail. The patient's everyday shoes were worn down on one side and flexed easily through the middle. Their trainers had adequate cushioning but little structure for long days at work. None of these findings alone explained the pain. Together, they gave a practical picture of repeated load without enough recovery.

The orthotic plan in this heel pain orthotics case study

The patient was prescribed custom orthoses designed from their assessment findings and fitted to the shoes they wore most often. The purpose was not to immobilise the foot or permanently correct its shape. Orthoses can change how forces are distributed, improve comfort and reduce strain on irritated tissues while rehabilitation progresses.

For this patient, the design focused on supporting the arch in a comfortable position, improving rearfoot control and reducing direct stress through the painful heel area. A suitable top cover and heel accommodation were selected to avoid creating pressure under a sensitive point. The orthoses were made with enough structure for work shoes and trainers, but without excessive bulk that might make the patient abandon them.

That trade-off matters. A firmer device may offer more mechanical control, but it can be harder to tolerate in narrow or lightweight footwear. A softer insole can feel pleasant immediately, yet may not provide enough support for the activity that aggravates symptoms. The best device is one that reflects the clinical objective and is worn consistently.

The patient was advised to introduce the orthoses gradually over several days, beginning with short periods indoors and building up to normal walking. Mild awareness of a new support can be expected initially. Increasing pain, rubbing, numbness or a feeling that the device is forcing the foot into an uncomfortable position should prompt review rather than perseverance.

Orthoses were one part of the treatment

An orthotic prescription was combined with a staged programme to address the factors that had contributed to the pain. The early priority was to settle symptoms without becoming inactive. The patient temporarily paused running and chose cycling and swimming for fitness, while keeping daily walking within a tolerable level.

They were given calf mobility work and progressive strengthening for the calf and foot muscles. Loading needs to be specific and gradual. Stretching can help some people, especially where ankle movement is restricted, but stretching alone does not build the capacity needed for prolonged standing, walking hills or returning to running.

Footwear advice was equally practical. The patient was encouraged to use a supportive, well-fitting shoe with adequate depth for the orthoses, rather than relying on very soft footwear. They were also advised against regularly walking barefoot on hard floors during the painful phase. This was not a permanent rule, but a sensible short-term way to limit an obvious aggravating load.

A review at two weeks allowed minor adjustments. The patient found the orthoses comfortable in trainers but noticed crowding in one pair of work shoes. Rather than altering the device immediately, the clinician discussed shoe depth and identified a more suitable pair for long standing days. Orthotic care works best as an ongoing process, not as a one-off transaction.

What changed over the following weeks

By the six-week review, first-step pain had reduced from 7/10 to 2-3/10. The patient could manage a full workday with far less end-of-day discomfort and had resumed longer walks. They reported that the orthoses felt most helpful during busy standing days, while the exercises made stairs and uphill walking feel easier.

At this point, the plan shifted towards return to running. The patient began with short run-walk intervals on flat ground, with at least a day between sessions. Progress was based on symptoms during activity and the following morning. A small, settling response can be acceptable; a marked flare that persists into the next day usually means the previous load was too great.

At twelve weeks, the patient had returned to regular recreational running at a lower volume than before symptoms began. Heel discomfort was occasional rather than limiting. They continued using the orthoses for work and longer runs, while maintaining the strength programme twice weekly.

This outcome should not be read as a promise that every case resolves on the same timetable. Some patients improve quickly, while longer-standing pain, significant changes in activity, systemic health conditions, body weight, sleep, stress and footwear constraints can all influence recovery. Occasionally, symptoms do not follow the expected course and further investigation or referral is appropriate.

When heel pain needs prompt assessment

Most mechanical heel pain can be assessed and managed conservatively, but certain symptoms should not be ignored. Sudden severe pain after an injury, inability to bear weight, significant swelling, redness or heat, numbness, fever, night pain, or pain that is steadily worsening all warrant timely clinical advice. People with diabetes, poor circulation or altered sensation should seek assessment early for any new foot problem.

Persistent heel pain is frustrating because it affects ordinary life before it affects sport. It can change how you walk to work, stand to cook or play with children. A careful biomechanical assessment can clarify whether orthoses are likely to help, what type of device is appropriate, and which other measures will give the best chance of returning to comfortable movement. The most useful next step is not guessing at another off-the-shelf insert, but having the cause of the load assessed properly.