Plantar Fasciitis: Assessment, Manual Therapy, and Exercise
Updated: Oct 16
The first steps out of bed can reveal how much heel pain has changed someone’s life. A morning walk becomes a calculation, a shift spent standing feels longer, and a runner begins wondering whether each session will undo yesterday’s progress. For the practitioner, the challenge is to understand the presentation and help the person regain the capacity for activities that matter to them.
Plantar fasciitis has been a sustained focus of my clinical work and teaching, leading to the publication of Resolving Plantar Fasciitis in 2015. That interest centres on a practical question: which findings should change how we treat the individual in front of us?
The painful heel is the starting point. Assessment also considers foot and ankle movement, calf capacity, relevant relationships through the lower limb, and the demands of work, exercise, and daily life. These findings help guide manual treatment, patient advice, and progressive rehabilitation.
Article Index:
Recognizing Plantar Fasciitis
The first few steps after getting out of bed are often the most revealing. Patients may describe sharp pain beneath the inner heel that eases as they move, then returns after prolonged standing, walking, or running. Similar pain can occur when standing after a period of sitting.
This pattern helps identify plantar fasciitis, but the diagnosis depends on the history and examination together. Ask patients to indicate precisely where they feel pain and describe how it behaves throughout the day.
Typical features include:
First-step pain: Pain on initial weight-bearing after sleep or rest.
Plantar-medial heel pain: Symptoms near the plantar fascia’s attachment to the inner underside of the calcaneus, sometimes extending into the arch.
Pain with sustained loading: Symptoms that increase with prolonged standing, walking, or running, particularly after a change in activity.
Localized tenderness: Pressure near the medial calcaneal tubercle reproduces the patient’s familiar pain.
Symptoms may ease during the early stages of activity without indicating that the foot is ready for greater demands. Ask what happens later that day and the following morning. This helps establish the effect of the overall workload.
Findings That Broaden the Assessment
Numbness, tingling, or radiating pain are not typical defining features of plantar fasciitis. They warrant assessment for nerve involvement, which may coexist with plantar fascia symptoms.
Pain centred beneath the heel may suggest heel fat-pad involvement. Progressively worsening weight-bearing pain, swelling, or a recent substantial increase in impact activity raises concern for a calcaneal stress injury. A sudden painful event with bruising requires consideration of a plantar fascia tear or another acute injury.
These distinctions guide the examination rather than establish a diagnosis on their own. The next step is to determine which structures and functional findings best explain the presentation.
Understanding the Plantar Fascia and Its Loading Demands
The plantar fascia helps the foot support weight, adapt to the ground, and generate an effective push-off. Understanding these roles gives practitioners a basis for examining movement, selecting treatment, and prescribing exercise.
Its thick central portion, the plantar aponeurosis, arises from the medial calcaneal tubercle and extends forward into slips associated with the toes. It works alongside the plantar ligaments, intrinsic foot muscles, and extrinsic muscles to support the longitudinal arch.
The arch needs both adaptability and stiffness. During weight-bearing, it deforms under load, tensioning the plantar fascia and other supporting structures. During propulsion, coordinated joint motion, muscle activity, and fascial tension help the foot transmit force. The plantar fascia contributes to elastic energy storage and return within this system.
The Windlass Mechanism
A windlass winds a cable around a drum to create tension. In the foot, the metatarsal heads act as the curved surfaces around which the plantar fascia is tensioned as the toes extend.
As the toes dorsiflex, particularly at the first metatarsophalangeal joint, tension in the plantar fascia increases and contributes to elevation of the medial longitudinal arch. This is the windlass mechanism.
The mechanism provides a useful anatomical model, but walking and running involve more than a passive cable. Calf forces, intrinsic muscle activity, joint movement, and the timing of loading also influence foot function.
For assessment, this makes first-toe movement, ankle dorsiflexion, calf capacity, and control during weight-bearing relevant considerations. A limitation may affect exercise selection or warrant treatment, but its presence alone does not establish the cause of heel pain.
Why Symptoms Can Persist
Despite its familiar name, persistent plantar fasciitis is not adequately explained as inflammation alone. Changes in collagen organization and tissue structure have been described, alongside processes involved in tissue irritation and repair. Plantar fasciopathy is therefore sometimes used to describe the condition more broadly.
For the practitioner, the useful implication is that symptom relief and restoration of loading capacity are related goals. Reducing aggravating demands may help settle an irritable presentation, while progressive exercise prepares the foot and calf for greater activity.
The plantar fascia’s relationship with the calf–Achilles complex also deserves consideration. These structures interact mechanically through the foot and calcaneus, although describing the Achilles tendon as simply continuing directly into the plantar fascia overstates a variable anatomical relationship.
Use anatomy to generate clinical questions: Does restricted ankle or toe movement affect the patient’s task? Is calf capacity sufficient for their walking or running demands? Which findings offer a useful target for manual treatment, and which require progressive loading?
Those questions connect the anatomical explanation with decisions that matter in practice.
Assessment and Differential Diagnosis
First-step pain and medial heel tenderness provide a recognizable starting point. The examination must then answer two questions: does plantar fasciitis best explain the presentation, and which findings should influence care?
Begin With the History
Ask the patient to identify the painful area and describe symptoms during the first steps after rest, sustained activity, and recovery afterward. Establish what changed before onset, including walking or running volume, occupational standing, footwear, or time spent barefoot.
Previous treatment deserves more than a list. What was tried, at what dose, and with what response? Temporary relief, no change, and worsening symptoms provide different information. Clarify the patient’s goals and the demands they currently struggle to meet.
Examine the Painful Region
Palpation near the medial calcaneal tubercle and along the proximal plantar fascia may reproduce familiar symptoms. Passive toe extension, including a windlass test, may also provoke plantar heel pain. Interpret these findings together; a negative windlass test does not exclude plantar fasciitis.
Assess the heel pad, adjacent tendons, skin, and relevant bony structures. Swelling, bruising, marked calcaneal tenderness, or an atypical pain distribution should broaden the investigation.
Record a few useful baselines, such as first-step pain, standing or walking tolerance, and an appropriate functional measure. These make subsequent reassessment more meaningful.
Assess the Foot and the Wider Lower Limb
Examine ankle dorsiflexion, first metatarsophalangeal joint movement, calf strength and endurance, and foot muscle function. Observe walking and, when appropriate, heel raises or single-leg tasks.
The wider kinetic chain matters when it helps explain a functional limitation. Assess hip strength, pelvic control, knee movement, and lower-limb coordination where indicated. For example, a patient may have restricted ankle movement alongside difficulty controlling a single-leg heel raise. That combination may influence both manual treatment and exercise selection.
The purpose is to identify useful treatment targets, rather than catalogue every movement variation as a fault. Foot posture, tenderness, or proximal weakness alone does not establish the cause of heel pain.
Consider Other Causes of Heel Pain
Calcaneal Bone Stress InjuryConsider this when weight-bearing pain progressively increases, particularly after a substantial change in impact activity. Pain with calcaneal compression may raise suspicion, but it is not diagnostic. Early radiographs can be normal; persistent clinical concern warrants further investigation.
Heel Fat-Pad Pain
Pain is often centred beneath the heel and described as a deep bruise. Direct pressure, hard surfaces, and prolonged standing may aggravate it. Fat-pad pain can coexist with plantar fascia symptoms.
Nerve Entrapment or Referred Pain
Burning, tingling, numbness, or radiating symptoms warrant neurological assessment. Possibilities include tarsal tunnel syndrome, entrapment of the first branch of the lateral plantar nerve, often called Baxter’s nerve, or a more proximal source. Baxter’s neuropathy may occur without obvious sensory disturbance.
Achilles Tendinopathy
Pain is principally posterior, at the tendon insertion or farther up the tendon, rather than beneath the medial heel. Location and response to tendon loading help distinguish the presentation.
Plantar Fascia Tear
A sudden painful event, sometimes with a popping sensation, bruising, or swelling, warrants consideration of a partial or complete tear.
Inflammatory or Systemic Conditions
Bilateral heel symptoms accompanied by prolonged morning stiffness, other joint symptoms, or systemic features may require medical assessment for an inflammatory condition. A hot, swollen foot, fever, a wound, or unexplained progressive pain also calls for further investigation.
When Imaging or Referral Helps
Imaging is not routinely necessary for a typical plantar fasciitis presentation. Consider it when trauma, suspected bone stress injury, a tear, neurological findings, or an unexpected clinical course creates a specific question.
Ultrasound can assess the plantar fascia and selected surrounding soft tissues. MRI may be appropriate for suspected bone stress injury or a more complex presentation. Structural findings must be interpreted alongside symptoms and examination.
When progress stalls, revisit the diagnosis as well as the treatment plan. Repeatedly applying the same procedure offers little value if the presentation requires a different approach.
Supporting Examination Demonstrations
The videos below showcase commonly used orthopedic, neurological, and vascular procedures during the assessment of Plantar Fasciitis.
Effective Ankle and Foot Examination
Demonstrates procedures that support local assessment and differentiation of common foot and ankle conditions.
Lower Limb Neuro Examination
Reviews strength, sensation, and reflex testing when symptoms suggest peripheral nerve or nerve-root involvement.
Peripheral Vascular Examination
Demonstrates screening procedures relevant when symptoms or examination findings raise concern about circulation.
Treatment: Practical Advice and Individualized Manual Therapy
A patient may leave an appointment with less heel pain, then return to the same standing, walking, or training demands that aggravated it. Treatment therefore needs to address both the symptoms and the circumstances in which they occur.
Within MSR, manual therapy, patient education, and exercise form a coordinated plan. The examination guides which structures receive treatment, what the patient changes between visits, and how rehabilitation progresses.
Give Patients a Practical Starting Plan
Explain which activities to modify and which they can maintain. Complete inactivity is rarely the objective; the initial task is to reduce repeated aggravation while preserving suitable movement.
Adjust prolonged weight-bearing. Shorter walks, breaks from standing, and temporarily reduced running or jumping may help settle an irritable presentation. Consider the cumulative demands of work, exercise, and daily tasks.
Review footwear. A supportive, cushioned shoe may make weight-bearing more tolerable. Temporarily limit barefoot walking on hard floors if it aggravates symptoms, without presenting barefoot activity as inherently harmful.
Prepare for the first steps after rest. Gentle ankle movement and plantar fascia-specific stretching before standing may help manage first-step symptoms. Demonstrate the exercise and adjust its intensity to the presentation.
Maintain fitness through suitable alternatives. Swimming or cycling may preserve activity when tolerated. Monitor symptoms afterward and the following morning.
Use symptom relief selectively. Brief cooling or gentle self-massage may help some patients. Avoid aggressive rolling or sustained pressure over a highly sensitive heel.
Agree on a simple way to monitor progress: first-step pain, standing tolerance, walking distance, or another activity important to the patient. Increasing symptoms across successive days suggest that the workload or treatment dose needs adjustment.
Manual Therapy: Select Structures According to Findings
Manual therapy is a substantial component of our clinical approach. Treatment may address the plantar soft tissues, intrinsic foot muscles, calf complex, and relevant foot and ankle joints. More proximal structures are considered when examination identifies a relationship worth addressing.
The painful attachment is not necessarily the only useful treatment target. A patient may also have restricted ankle dorsiflexion, sensitive calf muscles, limited first-toe movement, or difficulty controlling a weight-bearing task. These findings help determine where to begin.
MSR procedures coordinate tissue contact, stabilization, positioning, and movement. Adapt pressure and range to tissue sensitivity. An irritable heel may respond better to treatment of associated structures than to repeated direct pressure at the plantar fascia’s calcaneal attachment.
Reassess a relevant movement or task afterward. Improved ankle motion, reduced pain during a controlled heel raise, or greater walking tolerance can help guide subsequent care. Follow the response between visits as well as the immediate change.
Consider the Wider Kinetic Chain
The foot manages load as part of the lower limb. Where indicated, assess and address calf capacity, hip strength, pelvic control, and coordination through the knee and foot.
Manual treatment may help with a relevant movement restriction or associated muscle symptoms. Strengthening and movement practice are needed when the limitation concerns endurance, force production, or control. Treatment selection should reflect the type of limitation identified.
Taping, Orthoses, and Night Splints
These options can complement manual care and rehabilitation:
Taping may provide short-term relief during standing or walking and help patients remain active while other elements of care develop.
Foot orthotics may be considered according to symptoms, footwear, preferences, and response. They are generally used alongside other care rather than as an isolated solution.
Night splints may suit patients with persistent first-step morning pain. Discuss fit, tolerance, and whether they interfere with sleep.
Selection should be practical and individualized. A useful aid is one the patient can tolerate and that supports a meaningful improvement.
Fascial Expansions and Acupressure
MSR teaching also incorporates selected fascial-expansion and acupressure procedures, drawing on anatomical relationships and influences from acupuncture and traditional Chinese medicine.
Present these influences clearly. Anatomical rationale, traditional point selection, and evidence of clinical benefit are different forms of information. Use the procedures according to practitioner training, scope, patient preference, and response, without assuming that treatment mechanically removes scar tissue or confirms a proposed fascial mechanism.
Clinical Demonstrations
Resolve Plantar Fasciitis - MSR Procedures
Demonstrates selected foot procedures, emphasizing contact, positioning, movement, and adaptation to the presentation.
Eliminating Calf Restrictions
Demonstrates calf procedures that may be relevant when muscle symptoms or restricted ankle movement influence care.
Hamstring Muscle Release
Provides options for associated hamstring findings when they are relevant to the patient’s movement or rehabilitation needs.
Facial Expansion: MSR Foot Pain Protocol
Demonstrates the application of selected fascial-expansion and acupressure procedures within an individualized treatment approach.
Exercise and Progression Back to Activity
A patient may walk more easily after treatment yet still struggle through a full working day or a return to running. Rehabilitation needs to bridge that gap by developing the strength, endurance, and tolerance required for repeated activity.
Choose exercises for the limitation they address, then provide a clear dose and a way to judge the response. Mobility, strengthening, and balance work can overlap rather than follow a rigid sequence.
Plantar Fascia and Calf Stretching
Plantar fascia-specific stretching is particularly relevant when first-step pain is prominent. In sitting, the patient crosses the affected foot over the opposite leg and gently draws the toes back until tension is felt along the plantar arch. Demonstrate the intended sensation and avoid forcing a highly sensitive attachment.
Calf stretching can address relevant flexibility limitations. Straight-knee and bent-knee positions place different demands on the gastrocnemius–soleus complex. Select the position and duration according to the examination and response.
Brief stretching before the first steps after sleep or prolonged sitting may be useful. Explain that stretching is one component of care, rather than a requirement to repeatedly pull on a painful heel.
Develop Foot and Calf Capacity
Progressive resistance exercise gives the foot and calf a structured way to meet increasing demands. Depending on symptom irritability and starting strength, begin with seated calf raises, supported standing raises, or bilateral heel raises. Progress toward single-leg work and additional resistance as appropriate.
Consider both straight-knee and bent-knee calf loading, alongside selected exercises for toe flexion and foot control. A towel beneath the toes during heel raises increases toe extension and can increase plantar fascia loading; introduce this variation selectively rather than prescribing it during every presentation.
Exercise quality matters, but so does sufficient challenge. Record resistance, repetitions, sets, and frequency so progression is deliberate. More exercise is not automatically better, particularly when the patient already spends much of the day standing or walking.
Address Relevant Control Deficits
Single-leg balance, reaching, and stepping tasks may help when examination identifies difficulty controlling weight-bearing movement. Hip strengthening can be included when proximal capacity limits a relevant task.
Progress toward the demands the patient needs to meet. A person returning to recreational walking requires a different endpoint from someone preparing for prolonged occupational standing, hill running, or court sport.
Monitor the Response
Agree on a few consistent markers:
During exercise: Is the movement tolerable, or does pain increase and alter technique?
Later that day: Do symptoms settle, or remain noticeably elevated?
The following morning: Has first-step pain or walking tolerance worsened?
Some patients can tolerate mild symptoms during loading, but acceptable limits should be individualized. A sustained increase in morning pain or reduced daily function suggests that exercise, other activity, or both need adjustment. New bruising, sudden pain, or a changing symptom pattern warrants reassessment.
Reintroduce Walking, Running, and Sport
Build from the activity the patient currently tolerates. For walking, this may mean shorter outings with planned breaks before increasing distance or pace. For running, short walk–run intervals on a predictable surface can provide a manageable starting point once walking and preparatory exercises are tolerated.
Increase one major demand at a time. Faster running, hills, jumping, and repeated sessions add different challenges and should be introduced progressively.
A successful session is one the patient can recover from and repeat. Improvement should become visible in daily life: fewer guarded first steps, longer walking tolerance, or a gradual return to training.
Foot Pain Relief - Daily Self Myofascial Release
Demonstrates self-massage options for selected plantar soft tissues. Use tolerable pressure and avoid aggressive rolling over the painful heel attachment.
Daily Mobility Exercises
Provides foot and ankle movement options. Select exercises that address identified restrictions and support the patient’s functional goals.
Effective Foot and Toe Strengthening
Demonstrates resistance and control exercises for the foot and toes. Adjust the challenge and progress it alongside calf rehabilitation.
Improve Your Balance - Exercises for Beginners
Introduces balance tasks that can support single-leg control. Select suitable variations and progress according to performance and symptom response.
Note: We typically advise patients to combine strengthening and balance exercises, performing them every other day. However, specific recommendations will vary based on each individual's unique case.
When Progress Stalls
When heel pain persists, patients may wonder whether they need more treatment, a different exercise, or simply more time. A plateau is a reason to review the plan systematically. Begin by establishing what has changed: first-step pain may remain troublesome even while walking tolerance improves, or temporary relief may not yet translate into greater activity.
Reconsider the Diagnosis
Does the presentation still fit plantar fasciitis? Review the location and behaviour of pain, particularly if symptoms have changed. Reassess for heel fat-pad pain, nerve involvement, calcaneal bone stress injury, or another condition when indicated.
Imaging or referral becomes useful when it can answer a specific question and influence management. Repeatedly treating the plantar fascia offers little value if another problem is driving the symptoms.
Review the Demands Between Visits
A reasonable exercise prescription may still exceed capacity when added to a demanding working day. Ask about occupational standing, walking, training, footwear, and recovery. Equally, prolonged avoidance of activity may leave the patient underprepared for the demands they want to resume.
Review what the patient is actually doing and what makes the plan difficult to follow. Time, equipment, work responsibilities, and uncertainty about pain can all affect participation.
Examine the Treatment and Exercise Response
Has manual care produced a useful change, and does that change last long enough to support rehabilitation? If improvement remains brief, reconsider the treatment target, application, and its place in the overall plan.
Check exercise technique, resistance, volume, and progression. A program may be too demanding, insufficiently challenging, or focused on mobility when strength and endurance need greater attention. Revisit relevant calf, foot, and proximal findings without expanding treatment to every tender or restricted region.
Discuss Additional Options
Persistent limitations may justify collaboration with a physician, podiatrist, or another appropriately qualified practitioner. Depending on previous care and the presentation, options may include a trial of taping or orthoses, night splints for persistent morning pain, or consideration of extracorporeal shockwave therapy.
Explain what the review has revealed and what will change. Patients should leave with a clear next step, a meaningful measure of progress, and an agreed point for reassessment.
Restoring Confidence in Every Step
Progress becomes meaningful when a patient stops anticipating pain with the first steps of the morning, finishes a working day with fewer limitations, or returns to a valued walking route. These changes give treatment its purpose and provide practical measures of recovery.
My sustained interest in plantar fasciitis has reinforced the value of connecting detailed local assessment with the demands placed on the whole lower limb. Within MSR, manual therapy, patient education, and progressive exercise contribute to that process. Findings guide the initial approach; the patient’s response helps refine it.
For practitioners, the goal is to help patients regain both physical capacity and confidence in using it. That requires an understandable plan, treatment adapted to the individual, and progression toward the activities that matter in their lives.
References
Buchbinder, R. (2004). Plantar fasciitis. The New England Journal of Medicine, 350(21), 2159–2166.
Cleland, J. A., Abbott, J. H., Kidd, M. O., Stockwell, S., Cheney, S., Gerrard, D. F., & Flynn, T. W. (2009). Manual physical therapy and exercise versus electrophysical agents and exercise in the management of plantar heel pain: A multicenter randomized clinical trial. Journal of Orthopaedic & Sports Physical Therapy, 39(8), 573–585.
Irving, D. B., Cook, J. L., & Menz, H. B. (2006). Factors associated with chronic plantar heel pain: A systematic review. Journal of Science and Medicine in Sport, 9(1–2), 11–22.
Koc, T. A., Jr., Bise, C. G., Neville, C., Carreira, D., Martin, R. L., & McDonough, C. M. (2023). Heel pain–plantar fasciitis: Revision 2023. Journal of Orthopaedic & Sports Physical Therapy, 53(12), CPG1–CPG39.
McMillan, A. M., Landorf, K. B., Barrett, J. T., Menz, H. B., & Bird, A. R. (2009). Diagnostic imaging for chronic plantar heel pain: A systematic review and meta-analysis. Journal of Foot and Ankle Research, 2, Article 32.
Morrissey, D., Cotchett, M., Said J’Bari, A., Prior, T., Griffiths, I. B., Rathleff, M. S., Gulle, H., Vicenzino, B., & Barton, C. J. (2021). Management of plantar heel pain: A best practice guide informed by a systematic review, expert clinical reasoning and patient values. British Journal of Sports Medicine, 55(19), 1106–1118.
Rathleff, M. S., Mølgaard, C. M., Fredberg, U., Kaalund, S., Andersen, K. B., Jensen, T. T., Aaskov, S., & Olesen, J. L. (2015). High-load strength training improves outcome in patients with plantar fasciitis: A randomized controlled trial with 12-month follow-up. Scandinavian Journal of Medicine & Science in Sports, 25(3), e292–e300.
Renan-Ordine, R., Alburquerque-Sendín, F., de Souza, D. P. R., Cleland, J. A., & Fernández-de-Las-Peñas, C. (2011). Effectiveness of myofascial trigger point manual therapy combined with a self-stretching protocol for the management of plantar heel pain: A randomized controlled trial. Journal of Orthopaedic & Sports Physical Therapy, 41(2), 43–50.
Riddle, D. L., Pulisic, M., Pidcoe, P., & Johnson, R. E. (2003). Risk factors for plantar fasciitis: A matched case-control study. The Journal of Bone and Joint Surgery. American Volume, 85(5), 872–877.
Wearing, S. C., Smeathers, J. E., Urry, S. R., Hennig, E. M., & Hills, A. P. (2006). The pathomechanics of plantar fasciitis. Sports Medicine, 36(7), 585–611.
Further Reading
Abelson, B., & Abelson, K. (2015). Resolving plantar fasciitis: A roadmap to success. Rowan Tree Books Ltd.
DR. BRIAN ABELSON, DC. - The Author
Dr. Brian Abelson is a chiropractor, author, and educator with more than 30 years of clinical experience in musculoskeletal care, rehabilitation, and sports performance. His educational work focuses on musculoskeletal conditions, human movement, sports biomechanics, and evidence-informed approaches to treatment and rehabilitation.
He is the developer of Motion Specific Release (MSR) and Clinical Director of Kinetic Health in Calgary, Alberta, Canada.
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