Achilles Tendinopathy
Shockwave Therapy for Achilles Tendinopathy | Sunbury & Melton
Achilles tendinopathy is a painful tendon condition affecting the Achilles tendon, which connects the calf muscles to the heel bone. Shockwave Therapy may help stimulate tendon adaptation, reduce pain and improve function in some people, especially those with longer-lasting symptoms.
Evidence suggests Shockwave Therapy is most effective when combined with progressive rehabilitation exercises that gradually improve tendon strength and capacity. Results vary depending on the severity of the condition, lifestyle factors and individual healing response.
Health Wise Chiropractic provides evidence-informed Shockwave Therapy assessments and rehabilitation advice for patients in Sunbury, Melton and nearby communities.
Achilles tendinopathy is a common condition that causes pain, stiffness and reduced function in the Achilles tendon at the back of the ankle. Shockwave Therapy may help some people with persistent Achilles tendon pain by stimulating biological processes involved in tendon recovery and improving tolerance to load.
Achilles tendinopathy commonly affects runners, recreational athletes, active workers and people who experience repeated strain through the calf and ankle. It may develop gradually due to repeated loading, changes in exercise volume, reduced tendon capacity or altered biomechanics.
Shockwave Therapy is a non-invasive treatment that uses focused or radial pressure waves to deliver mechanical energy to the affected tendon. Research suggests it may provide pain reduction and functional improvements for some people with chronic Achilles tendinopathy, particularly when combined with an appropriate rehabilitation program.
At Health Wise Chiropractic, treatment recommendations are based on an individual assessment of your symptoms, movement patterns, tendon health and goals. Patients from Sunbury, Melton and surrounding areas can receive personalised advice about whether Shockwave Therapy is appropriate for their Achilles tendon condition.
Early assessment can help identify contributing factors, manage tendon loading and develop a structured recovery plan.
Achilles tendinopathy is a painful tendon condition affecting the Achilles tendon, which connects the calf muscles to the heel bone. Shockwave Therapy may help stimulate tendon adaptation, reduce pain and improve function in some people, especially those with longer-lasting symptoms.
Evidence suggests Shockwave Therapy is most effective when combined with progressive rehabilitation exercises that gradually improve tendon strength and capacity. Results vary depending on the severity of the condition, lifestyle factors and individual healing response.
Health Wise Chiropractic provides evidence-informed Shockwave Therapy assessments and rehabilitation advice for patients in Sunbury, Melton and nearby communities.
What Is This Condition?
Understanding Achilles Tendinopathy
Achilles tendinopathy is a condition affecting the Achilles tendon, the strong band of connective tissue that connects the calf muscles (gastrocnemius and soleus) to the heel bone (calcaneus).
The Achilles tendon plays a critical role in walking, running, jumping and pushing off during movement. It transfers force from the calf muscles into the foot, allowing the ankle to generate power and stability.
When the tendon is repeatedly exposed to loads that exceed its current capacity, changes can occur within the tendon structure. These changes may involve altered collagen organisation, increased tendon thickness, reduced ability to tolerate force and changes in the surrounding tissues.
Despite the common use of the term “Achilles tendonitis”, many longer-lasting cases are not primarily an inflammatory condition. The more accurate term is Achilles tendinopathy, which describes a range of tendon changes associated with pain, reduced function and impaired load tolerance.
Types of Achilles Tendinopathy
Achilles tendinopathy is generally classified into two main areas:
Mid-Portion Achilles Tendinopathy
This affects the middle section of the Achilles tendon, usually several centimetres above where the tendon attaches to the heel bone.
Common features include:
Pain during running or jumping activities
Morning stiffness
Tenderness along the tendon
Thickening of the tendon
Reduced tolerance to exercise
Mid-portion Achilles tendinopathy is particularly common among runners and active adults.
Insertional Achilles Tendinopathy
This occurs where the Achilles tendon attaches to the heel bone.
Symptoms may include:
Pain directly at the back of the heel
Discomfort when wearing certain shoes
Pain during walking, running or stairs
Sensitivity when pressing the tendon attachment area
Insertional Achilles tendinopathy may involve additional factors such as irritation around the tendon insertion or changes in the heel bone.
Acute vs Chronic Achilles Tendon Problems
Achilles tendon symptoms can vary depending on how long they have been present.
Acute Achilles Tendon Pain
Recent symptoms may develop after:
A sudden increase in running distance
Starting a new sport
Increasing training intensity
Returning to activity after a break
Acute symptoms often respond well to early load management and rehabilitation.
Persistent or Chronic Achilles Tendinopathy
Symptoms lasting several months are often associated with longer-term changes in tendon structure and reduced capacity to tolerate load.
Chronic cases may involve:
Ongoing tendon sensitivity
Reduced sporting ability
Difficulty progressing exercise
Recurring flare-ups
Reduced confidence with movement
Persistent Achilles tendon pain does not necessarily mean the tendon is permanently damaged. Tendons can adapt and improve when exposed to appropriate progressive loading.
Common Symptoms of Achilles Tendinopathy
Symptoms can vary between individuals but commonly include:
Pain at the back of the ankle or heel
Morning stiffness that improves with movement
Pain during or after exercise
Tenderness when touching the tendon
Thickened or swollen-feeling tendon
Reduced ability to run, jump or perform sport
Weakness during calf raises
Stiffness after periods of rest
Some people experience a “warm-up effect”, where pain decreases during activity but returns afterwards.
Common Causes and Risk Factors
Achilles tendinopathy usually develops due to a combination of factors rather than one single cause.
Common contributors include:
Increased Training Load
Rapid changes in:
Running distance
Speed work
Hill running
Jumping activities
Sports participation
can place increased stress on the tendon before it has adapted.
Reduced Tendon Capacity
Tendons require gradual loading to maintain strength. Reduced conditioning, prolonged inactivity or sudden return to exercise can increase risk.
Age-Related Changes
Tendon structure and recovery capacity can change with age. Achilles tendinopathy is commonly seen in middle-aged recreational athletes, although it can occur at any age.
Biomechanical Factors
Movement patterns may influence tendon loading, including:
Reduced calf strength
Limited ankle mobility
Changes in running technique
Foot and lower limb mechanics
However, biomechanics are only one part of a complex condition.
Lifestyle Factors
Other factors that may influence tendon health include:
Poor recovery between activities
Inadequate sleep
High physical demands at work
Smoking
Metabolic health factors
Prognosis and Recovery
The outlook for Achilles tendinopathy is generally positive, although recovery can take time.
Many people improve with a structured rehabilitation approach that gradually increases tendon strength and capacity. However, tendons often adapt more slowly than muscles, meaning consistent management is important.
Recovery depends on factors such as:
Duration of symptoms
Severity of tendon changes
Activity demands
Exercise consistency
Overall health
Response to treatment
Shockwave Therapy may be considered as part of a broader management plan, particularly for people who have not improved with exercise-based rehabilitation alone.
A thorough assessment helps determine whether Shockwave Therapy, rehabilitation, other treatments or referral to another healthcare professional may be appropriate.
Who May Benefit From Shockwave Therapy?
Shockwave Therapy may be considered for people who:
Have ongoing Achilles tendon pain
Have symptoms lasting several months
Have not improved sufficiently with exercise rehabilitation alone
Want a non-invasive treatment option
Are struggling to return to sport or activity
It may be particularly useful for chronic mid-portion Achilles tendinopathy.
A healthcare professional should first assess whether the symptoms are consistent with Achilles tendinopathy and whether another condition may be contributing.
Who May Not Be Suitable for Shockwave Therapy?
Shockwave Therapy may not be appropriate for everyone.
A practitioner may recommend caution or alternative management if someone has:
A suspected Achilles tendon rupture
Acute severe injury
Significant swelling or unexplained symptoms
Certain medical conditions affecting healing
Blood clotting disorders
Certain medications or health concerns
Pregnancy, implanted devices, or other medical considerations should be discussed before treatment.
What Happens During Your Appointment?
Your Initial Achilles Tendinopathy Assessment
When you visit Health Wise Chiropractic for Achilles tendon pain, your appointment begins with a detailed discussion about your symptoms, activity levels and goals.
Your practitioner will ask questions about:
When your Achilles pain started
Whether symptoms developed suddenly or gradually
Activities that increase or reduce pain
Exercise, sport or work demands
Previous injuries or treatments
Changes in training volume or activity levels
Your recovery goals
Understanding the history of your condition helps determine whether your symptoms are consistent with Achilles tendinopathy or whether another issue may be contributing.
Physical Examination and Movement Assessment
Your practitioner will perform an assessment to better understand your ankle, calf and lower limb function.
This may include:
Tendon Assessment
The Achilles tendon may be assessed for:
Tenderness
Thickening
Pain response
Sensitivity during loading
Movement Assessment
Your practitioner may assess:
Walking pattern
Calf strength
Single-leg balance
Squatting and lower limb control
Ankle mobility
Functional movements relevant to your activities
Load Assessment
Because tendons respond to the amount of stress placed on them, understanding your current activity demands is an important part of treatment planning.
Shockwave Therapy Treatment
If Shockwave Therapy is considered appropriate, your practitioner will explain the procedure before beginning.
During treatment:
The treatment area is identified.
A small amount of contact gel may be applied.
The shockwave applicator is positioned over the affected tendon area.
Controlled pressure waves are delivered into the tissue.
Patients commonly describe the sensation as:
A tapping or pulsing feeling
Mild to moderate discomfort around the sensitive tendon area
The intensity can be adjusted depending on your comfort and clinical presentation.
Treatment sessions are usually brief, often taking approximately 10–15 minutes depending on the area being treated.
After Your Appointment
Following Shockwave Therapy, some people may experience:
Mild soreness
Temporary tenderness
Increased awareness of the treated area
This generally settles within a short period.
Your practitioner may provide advice regarding:
Activity modification
Exercise progression
Recovery strategies
When to resume higher-load activities
Shockwave Therapy is often combined with a rehabilitation plan to progressively improve tendon strength and function.
Home Care & Exercises
Exercise is one of the most important parts of Achilles tendinopathy management. Tendons generally respond best to gradual, progressive loading rather than complete rest.
The following beginner-friendly exercises may help improve calf strength and tendon capacity. However, exercises should be adjusted based on your symptoms and individual assessment.
1. Standing Calf Raises
Purpose:
To gradually strengthen the calf muscles and Achilles tendon.
Instructions:
Stand with your feet hip-width apart.
Hold onto a wall or stable surface if needed.
Slowly rise onto the balls of your feet.
Pause briefly at the top.
Lower your heels slowly back to the ground.
Repetitions:
2–3 sets
10–15 repetitions
Frequency:
Perform 3–5 times per week.
Progression:
Progress to single-leg calf raises when comfortable.
2. Seated Calf Raises
Purpose:
To strengthen the deeper calf muscle (soleus), which plays an important role in Achilles tendon loading.
Instructions:
Sit on a chair with your feet flat on the floor.
Place gentle weight on your knees if appropriate.
Lift your heels upward.
Slowly lower back down.
Repetitions:
3 sets
12–15 repetitions
Frequency:
3–5 times per week.
Progression:
Gradually increase resistance using weights or resistance bands.
3. Isometric Calf Hold
Purpose:
To improve calf activation and may help reduce sensitivity during early rehabilitation.
Instructions:
Rise onto your toes.
Hold the position without moving.
Maintain a steady contraction.
Lower slowly.
Repetitions:
Hold for 20–45 seconds
Repeat 3–5 times
Frequency:
Daily or as advised.
Progression:
Increase hold duration or move towards dynamic calf raises.
4. Ankle Mobility Exercise
Purpose:
To maintain comfortable ankle movement and reduce stiffness.
Instructions:
Sit or stand comfortably.
Move your ankle slowly through circles.
Perform controlled movements without forcing painful ranges.
Repetitions:
10 circles each direction
Frequency:
Daily.
Progression:
Combine with controlled weight-bearing movements.
5. Gradual Return to Walking or Running
Purpose:
To rebuild tendon tolerance for everyday and sporting activities.
Instructions:
Begin with a comfortable walking distance.
Increase duration gradually.
Monitor symptoms during and after activity.
Avoid sudden increases in training volume.
Frequency:
Based on activity goals.
Progression:
Increase one variable at a time:
Distance
Speed
Hills
Intensity
Prevention Tips
Manage Training Loads
One of the most effective ways to reduce Achilles tendon problems is avoiding sudden increases in physical demand.
Helpful strategies include:
Increase running distance gradually
Avoid suddenly adding high-intensity sessions
Allow adequate recovery between hard workouts
Include strength training regularly
Strengthen the Calf and Lower Limb
Strong calf muscles help the Achilles tendon manage daily and sporting loads.
Include:
Calf raises
Lower limb strengthening
Balance exercises
Sport-specific conditioning
Optimise Workplace Movement
For people with physically demanding jobs:
Alternate repetitive tasks where possible
Avoid long periods in one position
Use supportive footwear
Take regular movement breaks
Choose Appropriate Footwear
Footwear should match your activity.
Consider:
Adequate support and comfort
Replacing worn-out running shoes
Avoiding sudden changes between very different shoe types
Prioritise Recovery
Tendon health is influenced by overall recovery.
Helpful habits include:
Consistent sleep routines
Adequate nutrition
Managing stress
Scheduling rest days
Stretching and Mobility
Gentle mobility work may help maintain comfortable movement.
Avoid aggressive stretching directly into painful tendon symptoms, particularly during irritated flare-ups.
Maintain Healthy Movement Patterns
Regular exercise, appropriate strength training and gradual progression help keep tendons resilient.
A combination of mobility, strength and load management is usually more effective than relying on stretching alone.
How Common Is Achilles Tendinopathy in Australia?
Achilles tendinopathy is one of the most common lower limb tendon conditions affecting physically active adults, particularly runners and recreational athletes.
Reliable Australian population estimates specifically for Achilles tendinopathy are limited because many cases are managed without formal diagnosis. However, international epidemiological studies provide useful estimates of the condition’s frequency.
Key points include:
Achilles tendinopathy is estimated to affect approximately 2–3 people per 1,000 adults each year in the general population.
Among runners and athletes, rates are substantially higher due to increased repetitive loading demands.
Achilles tendon injuries account for a significant proportion of lower limb overuse injuries in running and jumping sports.
The condition is more common in middle-aged recreational athletes but can affect younger athletes and active workers.
The Australian healthcare burden of musculoskeletal conditions is substantial. According to the Australian Institute of Health and Welfare, musculoskeletal conditions affect millions of Australians and represent one of the largest contributors to disability, healthcare use and reduced quality of life.
Australians commonly seek healthcare assistance for musculoskeletal problems involving pain, reduced mobility and limitations in physical activity.
Achilles Tendinopathy Risk Groups
Groups who may experience higher rates of Achilles tendon problems include:
Distance runners
Court and field sport athletes
Recreational athletes returning after inactivity
People with physically demanding occupations
Adults increasing exercise intensity quickly
Risk is influenced by a combination of factors including training load, tendon capacity, recovery, age and previous injury history.
Current Evidence for Shockwave Therapy in Achilles Tendinopathy
Shockwave Therapy, also known as extracorporeal shockwave therapy (ESWT), has been investigated as a treatment option for chronic Achilles tendinopathy.
Current evidence suggests:
Shockwave Therapy may provide improvements in pain and function for some patients.
Benefits appear most consistent in chronic Achilles tendinopathy.
Outcomes may be improved when combined with progressive strengthening exercises.
Treatment protocols vary, and further high-quality research continues to refine ideal treatment approaches.
Systematic Reviews and Meta-Analyses
Systematic Review and Meta-Analysis – Shockwave Therapy for Achilles Tendinopathy
A systematic review and meta-analysis published in the British Journal of Sports Medicine evaluated extracorporeal shockwave therapy for Achilles tendinopathy.
The review found that ESWT was associated with improvements in pain and function compared with control treatments, particularly when combined with exercise rehabilitation.
Clinical outcome measures included:
Pain scores
Functional assessments
Patient-reported outcomes
The authors noted that differences between treatment protocols mean further research is required to determine the most effective application.
Source:
Randomised Controlled Trial Evidence
Shockwave Therapy Combined With Exercise
A randomised controlled trial published in The American Journal of Sports Medicine investigated the effect of extracorporeal shockwave therapy combined with eccentric exercises for chronic mid-portion Achilles tendinopathy.
The study reported:
Significant improvements in pain and function outcomes
Greater improvement in the Shockwave Therapy group compared with exercise alone
Positive changes measured using validated Achilles tendon function questionnaires
Source:
Exercise Rehabilitation Evidence
Exercise-based rehabilitation remains one of the strongest-supported treatments for Achilles tendinopathy.
Progressive tendon loading programs, including eccentric and heavy slow resistance exercises, have demonstrated improvements in:
Pain levels
Strength
Function
Return to activity
Source:
Frequently Asked Questions
1. What is Achilles tendinopathy?
Achilles tendinopathy is a condition affecting the Achilles tendon, the strong tendon connecting the calf muscles to the heel bone. It commonly causes pain, stiffness and reduced tolerance to activities such as walking, running and jumping.
The condition usually develops when the tendon is unable to adapt to the amount of load placed on it. This may occur after changes in exercise, increased sporting demands, reduced conditioning or repetitive strain.
2. Can Shockwave Therapy help Achilles tendinopathy?
Shockwave Therapy may help some people with Achilles tendinopathy, particularly those with persistent symptoms that have not improved with exercise rehabilitation alone.
Research suggests Shockwave Therapy may reduce pain and improve function in some patients, especially when combined with a structured strengthening program.
However, outcomes vary between individuals, and treatment suitability depends on factors such as symptom duration, tendon health, activity goals and overall health.
3. How does Shockwave Therapy work for Achilles tendon pain?
Shockwave Therapy uses mechanical pressure waves to stimulate the tissues around the painful tendon.
The proposed effects include:
Influencing pain sensitivity
Supporting tendon adaptation
Stimulating local tissue responses
Improving tolerance to loading
It does not instantly repair the tendon. Tendons typically improve through a combination of appropriate treatment and gradual strengthening.
4. Is Shockwave Therapy painful?
Most patients describe Shockwave Therapy as a tapping, pulsing or pressure sensation.
Some discomfort around the affected tendon is common because the treatment targets sensitive tissues. However, intensity can usually be adjusted to maintain comfort while still providing an appropriate therapeutic effect.
Mild soreness after treatment may occur and generally settles within a short period.
5. How many Shockwave Therapy sessions are needed for Achilles tendinopathy?
The number of sessions varies depending on the individual and their condition.
Many clinical treatment programs use a series of sessions delivered over several weeks. Your practitioner will determine an appropriate schedule based on:
Symptom severity
Duration of the condition
Response to treatment
Rehabilitation progress
Shockwave Therapy is usually combined with exercises rather than used as a standalone treatment.
6. Can Shockwave Therapy treat a torn Achilles tendon?
No. Shockwave Therapy is not a treatment for an acute Achilles tendon rupture.
A suspected rupture requires appropriate medical assessment. Signs may include:
A sudden popping sensation
Immediate difficulty walking
Significant loss of calf strength
Inability to push off the foot normally
Urgent medical assessment should be sought if these symptoms occur.
7. Should I rest completely if I have Achilles tendinopathy?
Complete rest is usually not recommended for most tendon conditions.
While reducing aggravating activities may be helpful during painful periods, tendons generally require progressive loading to rebuild strength and capacity.
A structured rehabilitation plan can help determine the right balance between activity and recovery.
8. How long does Achilles tendinopathy take to recover?
Recovery varies significantly.
Some people improve within weeks to months, while persistent cases may require 6–12 months or longer.
Factors affecting recovery include:
Duration of symptoms
Severity of tendon changes
Exercise consistency
Activity demands
General health
A gradual approach is usually more successful than trying to return to full activity too quickly.
9. Is Shockwave Therapy suitable for everyone with Achilles pain?
No. Shockwave Therapy is not appropriate for every person.
A clinical assessment is recommended before treatment, particularly if symptoms may be caused by another condition.
Alternative assessment or referral may be required for:
Suspected tendon rupture
Significant trauma
Nerve-related symptoms
Unexplained swelling
Serious underlying health concerns
10. Should I see a chiropractor for Achilles tendinopathy?
A chiropractor with appropriate musculoskeletal training may assess movement patterns, contributing factors and provide advice regarding conservative management options.
For Achilles tendinopathy, management commonly involves:
Exercise rehabilitation
Load management
Movement assessment
Supportive treatments such as Shockwave Therapy where appropriate
Health Wise Chiropractic practitioners assess each person individually and may recommend referral to another healthcare professional when required.
Why Choose Health Wise Chiropractic?
Managing Achilles tendinopathy often requires more than simply treating the painful area. Understanding why the tendon became overloaded and developing a plan to restore strength and function are important parts of long-term recovery.
At Health Wise Chiropractic, patients receive care based on:
A detailed assessment of their individual symptoms and goals
Evidence-informed treatment approaches
Personalised rehabilitation recommendations
Consideration of lifestyle, work and activity demands
Our experienced practitioners provide musculoskeletal care for patients from Sunbury, Melton and surrounding communities.
Appointments may involve assessment, Shockwave Therapy where appropriate, exercise guidance and advice to help patients understand their condition and recovery options.
Health Wise Chiropractic focuses on helping patients make informed decisions about their health through personalised, evidence-informed care.
Online bookings are available for patients seeking an assessment for Achilles tendon pain or related musculoskeletal concerns.
If Achilles tendon pain is affecting your walking, exercise, work or sporting activities, an individual assessment can help identify the best approach for your situation.
At Health Wise Chiropractic, our experienced practitioners assess your symptoms, movement patterns and goals before recommending appropriate treatment options. Shockwave Therapy may be suitable for some people with Achilles tendinopathy, particularly when combined with a structured rehabilitation program.
Whether you are dealing with recent Achilles pain or a persistent tendon problem, we can help you understand your options and develop a personalised management plan.
Book an assessment online with Health Wise Chiropractic in Sunbury or Melton, or contact our team for further advice about whether Shockwave Therapy may be appropriate for your condition.
Recovery Timeline
Recovery from Achilles tendinopathy varies significantly between individuals. The Achilles tendon is a strong structure designed to tolerate large amounts of force, but tendon adaptation usually occurs gradually.
The time required to improve depends on factors including:
How long symptoms have been present
Severity of tendon changes
Age and overall health
Activity demands
Consistency with rehabilitation
Response to treatment
Shockwave Therapy may assist some people with pain reduction and improved function, but it is generally part of a broader recovery plan rather than a standalone solution.
Mild Achilles Tendinopathy
People with mild symptoms may improve within several weeks to a few months with appropriate management.
Typical features include:
Recent onset symptoms
Mild pain during activity
Minimal reduction in function
Good response to load modification and exercise
Management may include:
Reducing aggravating activities temporarily
Starting progressive strengthening exercises
Improving calf capacity
Gradually returning to normal activity
Moderate Achilles Tendinopathy
Moderate cases often require several months of structured rehabilitation.
Common features include:
Persistent pain during exercise
Reduced ability to run or participate in sport
Morning stiffness
Symptoms that repeatedly return
Treatment may involve:
Progressive tendon loading
Shockwave Therapy where appropriate
Activity modification
Strength and movement retraining
Consistency is an important factor because tendons respond to gradual exposure over time.
Persistent or Chronic Achilles Tendinopathy
Long-standing Achilles tendon pain may require a longer rehabilitation period.
Chronic cases may involve:
Symptoms lasting many months
Significant reduction in activity levels
Previous unsuccessful treatment attempts
Reduced tendon capacity
Recovery may take 6–12 months or longer in some individuals.
This does not mean improvement is unlikely. Many people with persistent Achilles tendinopathy improve when treatment focuses on:
Appropriate loading
Identifying contributing factors
Gradual progression
Long-term tendon conditioning
Achilles tendinopathy is a painful tendon condition affecting the Achilles tendon, which connects the calf muscles to the heel bone. Shockwave Therapy may help stimulate tendon adaptation, reduce pain and improve function in some people, especially those with longer-lasting symptoms.
Evidence suggests Shockwave Therapy is most effective when combined with progressive rehabilitation exercises that gradually improve tendon strength and capacity. Results vary depending on the severity of the condition, lifestyle factors and individual healing response.
Health Wise Chiropractic provides evidence-informed Shockwave Therapy assessments and rehabilitation advice for patients in Sunbury, Melton and nearby communities.
Achilles tendinopathy is a painful tendon condition affecting the Achilles tendon, which connects the calf muscles to the heel bone. Shockwave Therapy may help stimulate tendon adaptation, reduce pain and improve function in some people, especially those with longer-lasting symptoms.
Evidence suggests Shockwave Therapy is most effective when combined with progressive rehabilitation exercises that gradually improve tendon strength and capacity. Results vary depending on the severity of the condition, lifestyle factors and individual healing response.
Health Wise Chiropractic provides evidence-informed Shockwave Therapy assessments and rehabilitation advice for patients in Sunbury, Melton and nearby communities.