Foot Pain

When every step is a negotiation.

That sharp stab under your heel the moment your foot hits the floor in the morning. The ankle that's been slightly off since you rolled it six months ago and never quite felt the same. The nagging ache along your shinbone that starts around kilometre three. Or the concern that your child is running differently, wincing after football practice, developing a pattern that doesn't look quite right. Foot pain takes many forms — and what unites them is that the foot is the foundation of every movement. When it doesn't work properly, the whole structure above it compensates.

The scale of foot problems in the general population is substantial. Plantar fasciitis alone — the most common cause of heel pain — affects approximately 10 percent of the population at some point in their lives, and accounts for roughly 15 percent of all foot complaints presenting in outpatient care, according to the 2023 Clinical Practice Guidelines published in the Journal of Orthopaedic & Sports Physical Therapy (Hébert-Losier et al., JOSPT 2023). The ankle is simultaneously the most commonly injured joint in sport: over 2 million ankle sprains are treated annually in the US alone, and research consistently shows that without targeted rehabilitation, up to 40 percent of patients develop chronic ankle instability. In children and adolescents, international studies report foot and ankle problem prevalence of 10 to 15 percent — a number that grows with age and increasing physical activity.

How do I know what kind of foot problem I have?

The foot contains 26 bones, 33 joints, and over 100 muscles, tendons, and ligaments — coordinated to absorb forces up to six times body weight with every step. Which structure is involved determines everything about how the problem presents.

Heel pain — worst first thing in the morning — a stabbing pain under the inner heel, particularly with the first steps after sleep or prolonged sitting, which eases after a few minutes of walking and returns with sustained loading. The hallmark presentation of plantar fasciitis.

Pain when running or jumping — foot pain that appears only under load and resolves at rest often indicates an overuse injury to the plantar fascia, Achilles tendon, or the metatarsal heads (ball of the foot).

Shin pain during running (shin splints) — pain along the inner edge of the shinbone (tibia), appearing after a period of running and easing with rest. The pattern of medial tibial stress syndrome (MTSS), most common in runners who have increased their training load too quickly or are running on hard surfaces.

Lateral ankle pain or instability — a sense of the ankle giving way, difficulty on uneven ground, or persistent soreness at the outer ankle following a sprain that was never fully rehabilitated. This often indicates chronic ankle instability — a very treatable condition that is frequently undertreated.

Pain in the arch or ball of the foot — may indicate overpronation (excessive inward rolling of the arch), metatarsalgia, or restriction of the small foot joints.

Foot pain in children — pain that children report during or after sport should never be dismissed. The most common causes: Sever's disease (calcaneal apophysitis in growing children between 8 and 14), flexible flatfoot, weak intrinsic foot musculature, and poor footwear choices. Early intervention prevents compensatory movement patterns from becoming ingrained.

When to seek emergency care: Go immediately to A&E for: severe pain and swelling after a fall or twist (rule out fracture), visible deformity of the ankle or foot, open wounds on the foot (especially in diabetic patients), sudden numbness or tingling without clear cause, or bruising with inability to bear weight.

What to do about foot pain right now

For acute foot pain or a fresh ankle sprain:

The immediate protocol is PRICE: Protection (stop aggravating loading), Rest (brief offloading — not weeks of bed rest), Ice (15–20 minutes, several times daily for the first 48 hours), Compression (light elastic bandage), and Elevation. Ice, not heat — warmth worsens swelling in the acute inflammatory phase.

For plantar fasciitis and heel pain:

The most evidence-supported immediate intervention is eccentric calf loading. Stand with your toes on a step, heel hanging off the edge. Slowly lower the heel as far as comfortable, hold briefly, and use both feet to return. 3 sets of 10 repetitions. This loads and lengthens the gastrocnemius-Achilles-plantar fascia functional unit — the system that drives most plantar fasciitis presentations. Add: foot sole self-massage with a tennis ball (2–3 minutes each morning before stepping out of bed). Low-Dye taping can provide short-term symptom relief by offloading the plantar fascia.

For shin splints:

Reduce running volume by 30–50 percent immediately — do not stop entirely. Switch to lower-impact alternatives: cycling, swimming, elliptical. Review training load progression; the most common single cause of shin splints is violating the 10-percent rule (increasing weekly distance by more than 10 percent at a time). Also review footwear and running surface — a switch from soft to hard ground is a frequently missed trigger.

What tends to disappoint:

Orthotics can redistribute load and reduce acute pain, but they do not strengthen the intrinsic foot muscles or restore ankle mobility. A patient who relies on orthotics indefinitely without also training the foot is treating the symptom, not the cause. Our aim is always to make the orthotic unnecessary over time — not to create permanent dependence on it. Similarly, anti-inflammatories mask the signal without addressing the structure.

What's causing your foot pain? The most common conditions

Plantar Fasciitis and Heel Spurs

Plantar fasciitis is the most common cause of heel pain in the general population. The plantar fascia is a thick band of connective tissue running from the calcaneus (heel bone) to the metatarsal heads, supporting the longitudinal arch and absorbing ground-reaction forces. Repetitive micro-loading — from tight calf muscles, restricted ankle dorsiflexion, overpronation, or a sharp increase in activity — produces microtears, inflammation, and pain.

The heel spur (calcaneal exostosis visible on X-ray) is almost always a consequence of chronic plantar fascial tension, not the cause of pain. One in ten people has a plantar heel spur; most have no symptoms whatsoever. Treating the spur does not treat the fascia. Treating the fascia — its mobility, the calf muscle complex, and the foot's biomechanics — is what resolves the pain.

Ankle Sprain and Chronic Instability

The lateral ankle sprain is the most common acute sports injury in the world. It is also, paradoxically, one of the most under-rehabilitated. "Walked it off" is the standard response — and the consequence is that the ligaments heal in a lengthened state, the proprioceptors in the joint are damaged, and the neuromuscular response time for ankle protection is permanently slowed unless specifically retrained. Up to 40 percent of patients who receive no rehabilitation develop chronic ankle instability — a cycle of recurrent sprains that progressively worsens joint function. Properly structured proprioceptive rehabilitation reduces reinjury rates dramatically. Wobble board training alone has been shown to reduce reinjury by more than 50 percent compared to control groups.

Overpronation and Flexible Flatfoot

Overpronation — excessive inward rolling of the arch during the loading phase of gait — is a movement pattern, not a pathology in itself. Whether it causes problems depends on the degree, the activity level, and critically, the strength of the hip, knee, and foot muscles that control it. Many people with significant overpronation have no pain; others develop plantar fasciitis, shin splints, or knee pain. In children, a flexible flatfoot is physiologically normal up to about age 6, as the longitudinal arch develops through loading and muscle use. When it persists beyond this and is accompanied by pain or abnormal gait, targeted intervention is appropriate — primarily through exercise, not exclusively through orthotics.

Shin Splints (Medial Tibial Stress Syndrome)

MTSS is the most common running injury in beginners and returning athletes. Pain along the medial shin edge reflects overload of the tibial periosteum and the posterior compartment musculature (tibialis posterior, soleus). Contributing factors: too-rapid training load increase, overpronation, hard running surfaces, and weak hip and foot musculature. Left untreated, MTSS can progress to a stress fracture of the tibia — a significantly more serious injury. This makes early diagnosis and load management clinically important.

Weak Intrinsic Foot Musculature

The small muscles within the foot — flexor digitorum brevis, abductor hallucis, the lumbricals — are responsible for dynamic arch stabilisation. In populations who spend the majority of their waking hours in stiff, supportive footwear, these muscles progressively atrophy while the shoe does their job for them. The result is a foot that functions only with external support — and that develops plantar fasciitis, overpronation, or metatarsal pain when that support is removed or insufficient. This applies to desk workers in rigid leather shoes, children in heavily cushioned trainers, and elderly patients in orthopaedic footwear. The solution is progressive loading of the intrinsic muscles — not permanent compensation with orthotics.

Achilles Tendinopathy

The Achilles tendon is the strongest in the body and vulnerable to tendinopathy through chronic overloading. Mid-portion Achilles pain — felt 2–6 cm above the heel attachment — typically warms up with activity and returns afterwards, and is often worse in the morning. This differs from insertional tendinopathy at the heel attachment, which requires a different treatment approach. Eccentric calf loading (the Alfredson protocol) is the most robustly evidenced conservative treatment and typically produces significant improvement within 12 weeks.

Children's Feet — the Most Important Window

The period between ages 6 and 10 is critical for foot and lower limb development. Foot muscle strength, arch formation, movement pattern quality, and gait efficiency are all actively established during this window. Children who rarely go barefoot, spend long hours seated, and wear heavily supportive shoes through this period often develop weak foot musculature and compensatory movement patterns that persist into adulthood and become the foundation for future knee, hip, and back problems. Early assessment — and early, age-appropriate exercise intervention — is far more effective than later correction.

How does a chiropractor treat foot pain in Munich?

We treat feet. Not just the pain in them.

That distinction matters practically. Our starting point is always a gait analysis and movement assessment: how does the foot load and unroll? Where is the ankle restricted? How is the arch controlled under single-leg load? What is the strength of the intrinsic foot muscles, the calf complex, the hip? The treatment that follows is built on the answers — not on a standard protocol applied to everyone with heel pain.

Joint Mobilisation of the Foot and Ankle

Restricted ankle dorsiflexion — the ability to bring the foot upward — is one of the most consistent findings in patients with plantar fasciitis, shin splints, and knee pain. When the ankle can't flex fully, the foot compensates with increased pronation and elevated plantar fascial tension. Chiropractic mobilisation and adjustment of the talocrural and subtalar joints restores this range of motion directly — faster than stretching alone, and reaching restrictions that stretching cannot access. Five systematic reviews examining manual therapy for plantar fasciitis all found consistent positive effects from joint mobilisation combined with exercise (PMC 2021).

Soft Tissue Therapy: Plantar Fascia, Calf, Achilles

Manual techniques targeting the plantar fascia, the gastrocnemius-soleus complex, and the Achilles tendon release adhesions, break the pain-tension cycle, and improve local tissue circulation. For plantar fasciitis, we work specifically at the gastrocnemius-Achilles-plantar fascia functional unit — because the calf complex is the primary mechanical driver of plantar fascial tension, and treating only the fascia without addressing the calf produces short-lived results.

Intrinsic Foot Muscle Activation and Progressive Loading

This is the centrepiece of foot rehabilitation. The short foot exercise — progressively increasing arch activation under load — is evidence-supported and adaptable for every patient. A 70-year-old learning to activate their intrinsic foot muscles for the first time uses the same fundamental movement as a competitive runner rebuilding after plantar fasciitis. The exercise starts seated, moves to standing, then to single-leg balance, then to dynamic loading. No gym required. No specialist equipment. The exercise is taught in the clinic and continued at home.

Proprioceptive Training and Ankle Rehabilitation

After ankle sprains and for chronic instability, proprioceptive retraining is clinically essential. The damaged joint receptors need to be reconditioned; the neuromuscular response time needs to be rebuilt. Balance training on unstable surfaces, single-leg control progressions, and sport-specific loading are introduced progressively. Research consistently shows that structured proprioceptive training reduces ankle reinjury rates by more than 50 percent.

Gait and Running Analysis

For runners, we offer a movement analysis identifying pronation patterns, heel strike mechanics, step frequency, and hip control contributions to foot loading. Often, it is not the foot itself that is the primary problem — it is how the foot is used: excessive heel strike, insufficient hip stability, or a cadence that increases ground contact time and cumulative tissue load. Correcting these patterns is the most durable form of injury prevention for runners.

Children: Building the Foundation Early

For children, our focus is on movement quality, not correction of structure. Barefoot exercises on varied surfaces, balance progressions, and age-appropriate coordination challenges build intrinsic muscle strength and movement confidence. Orthotics are recommended only when there is a structural problem that exercise cannot adequately address — and in those cases, always alongside an active programme that works toward reducing dependence on the orthotic over time. We also help parents understand what is normal development versus what warrants attention.

When to see a chiropractor for foot pain in Munich

Earlier than most people act. Foot pain that persists beyond two to three weeks without improvement tends to become entrenched — compensation patterns form in the knee and hip, and the underlying weakness or restriction deepens. Early intervention produces faster outcomes with fewer sessions.

You do not need a referral to see us. No GP visit, no orthopaedic waiting list. We offer short-notice appointments — because foot pain affects training, work, and daily quality of life immediately.

Also see a doctor if:

Pain followed a fall or trauma and you cannot bear weight
You notice significant bruising, swelling, or deformity
You have diabetes and a foot wound
Symptoms don't improve after 6–8 weeks of treatment — imaging (X-ray or MRI) may then be indicated

Make an appointment

FAQ — Frequently asked questions about Foot pain

Plantar fasciitis or heel spur — what's the difference? The heel spur is a bony growth visible on X-ray — but rarely the cause of pain. One in ten people has a plantar heel spur; most are asymptomatic. The pain comes from the inflamed fascia, not the bone. Treatment targets the fascia, the calf complex, and the biomechanics that created the overload — and the spur is irrelevant to that process.

How long does plantar fasciitis take to heal? With targeted treatment — joint mobilisation, soft tissue therapy, and progressive eccentric loading — most cases improve significantly within 6 to 12 weeks. Untreated, plantar fasciitis can persist for 6 to 18 months and become chronic. Earlier treatment consistently produces shorter timelines.

Does my child need orthotics? Not automatically. A flexible flatfoot in children under 6 is developmentally normal. In older children, the decision depends on the severity of the presentation, the presence of pain, and the strength of the foot musculature. In many cases, targeted foot muscle training is more effective than passive orthotics — and produces a stronger, more functional foot long-term. We assess each child individually.

Can I keep running with foot pain? Usually yes — with adjusted volume and appropriate modifications. Complete rest is counterproductive for most foot conditions. What's possible depends on the diagnosis: an acute ankle sprain needs short-term offloading; plantar fasciitis and shin splints can usually be managed with reduced intensity and technique adjustments. We help runners find the right level that allows healing without deconditioning.

What's the fastest relief for morning heel pain? Before getting out of bed: pull your toes back toward your shin and hold 30 seconds — 3 repetitions. This passively lengthens the plantar fascia before the first load-bearing step and significantly reduces morning start-up pain. Then massage the foot sole with a tennis ball for 2–3 minutes. Daily, not occasionally.

Do I need a referral to see you in Munich? No. Book directly — no GP letter, no waiting list, no referral required. Same-week appointments are available for patients in acute pain.