Shockwave Therapy for Foot and Ankle Pain: Plantar Fasciitis, Achilles Tendon Pain, Morton’s Neuroma, Plantar Plate Injuries and More
- Jeremy Ousey
- 2 days ago
- 19 min read
Introduction
Foot and ankle pain can be incredibly frustrating, especially when it does not settle with rest, stretching, footwear changes, insoles, painkillers, physiotherapy exercises, or simply “giving it time”.
For many people, the problem is not just the pain itself. It is the way it starts to affect normal life: walking the dog, standing at work, running, playing sport, going on holiday, climbing stairs, or getting out of bed without immediately thinking about your feet.
One treatment option that may be considered for persistent foot and ankle pain is shockwave therapy, also known as extracorporeal shockwave therapy or "ESWT".
At Keep On Your Feet in Swansea, we have access to both radial shockwave therapy and focused shockwave therapy. This means treatment can be tailored more carefully depending on the condition, the depth of the painful tissue, the type of pathology involved, and the findings from your assessment.
Shockwave therapy can be helpful for some people, but it is not a magic wand, and it is not suitable for every foot or ankle problem. The aim of this article is to give you an honest explanation of what shockwave therapy is, when it may help, when it may not be appropriate, and how it fits into a wider treatment plan.
In this article, we will cover:
What is shockwave therapy?
Shockwave therapy is a non-surgical treatment that uses acoustic energy (sound) waves to stimulate healing in painful or injured tissues. The term extracorporeal shockwave therapy simply means that the shockwaves are generated outside the body and applied through the skin using a handheld applicator.
Despite the name, shockwave therapy is not an electric shock. It does not involve surgery, cutting, injections, or anaesthetic. Treatment is usually carried out in clinic and typically takes only a few minutes once the painful area has been assessed and identified.
Shockwave therapy has been used for a range of musculoskeletal conditions, particularly persistent tendon pain, heel pain, and certain bone-related problems. In foot and ankle care, it is most often discussed for conditions such as:
- Morton’s neuroma* or interdigital nerve pain*
- Bone stress injuries* and delayed bone healing*
- Tibialis posterior tendinopathy
- Insertional tendon pain
- Plantar fibromatosis* / Ledderhose disease*
- Other persistent soft tissue* or tendon-related problems
However, the evidence is stronger for some conditions than others. Shockwave therapy should be used as part of a proper clinical decision-making process rather than applied to every painful foot or ankle. Conditions marked with an asterisk(*) are less commonly treated with shockwave.
How does shockwave therapy work?
Shockwave therapy is thought to work by stimulating a biological response in tissue that has become painful, overloaded, irritated, or slow to recover.
The eagle-eyed amongst you may notice the phrase “thought to work”.
Yes, that wording is deliberate.
With shockwave therapy, we do not pretend to know every single detail of what is happening inside the tissue. There are several proposed mechanisms of action, including effects on blood flow, cellular signalling, pain sensitivity, tissue repair, tendon remodelling, and bone healing. Some of these explanations are probably more relevant to chronic injuries than acute injuries, and not every proposed mechanism fits neatly with every condition.
So, if we are being really honest, there is a bit of bullshittery in how shockwave therapy is sometimes explained online (and in person).
That does not mean shockwave therapy is nonsense. Far from it. It has a growing evidence base for several musculoskeletal conditions and is frequently used as a non-invasive treatment for stubborn tendon, heel, soft tissue, and bone-related problems.
But it does mean we should be careful about pretending it is fully understood, universally effective, or suitable for every painful foot and ankle problem.
What is more widely accepted is that, in longer-term and chronic problems, shockwave therapy appears to stimulate a tissue response. In plain English, it may help nudge a stubborn or “stuck” problem back towards a more active healing and repair process.
In long-standing tendon and heel pain, the issue is not usually simple inflammation. Many persistent problems involve changes in tissue tolerance, tendon structure, local sensitivity, strength, loading patterns, and the way the nervous system interprets pain. This is one reason why rest alone often fails. The pain may calm down temporarily, but then returns when walking, standing, running, or sports increase again.
Shockwave therapy may help by:
- Stimulating local tissue activity
- Encouraging blood flow and cellular signalling
- Influencing pain sensitivity
- Supporting tissue repair processes
- Helping a chronic problem move out of a “stuck” state
- Making rehabilitation exercises more tolerable for some patients
For bone stress injuries and delayed bone healing, focused shockwave is also thought to stimulate mechanotransduction, bone turnover, osteoblast activity, and local vascular responses. A 2023 study of focused shockwave therapy for bone stress injuries in runners reported no complications and concluded that focused ESWT may be a safe treatment option for bone stress injuries, although larger studies are still needed (Beling et al., 2023).
There is also a practical point worth making.
Shockwave therapy is not just something used by private clinics because it sounds impressive. It is also used in orthopaedic, sports medicine, physiotherapy and NHS settings as a non-invasive treatment option for selected tendon and heel pain problems, particularly when symptoms have not responded to simpler conservative care.
And, to gently lean into a stereotype, even orthopaedic surgeons — who are famously only interested in doing surgery — will regularly recommend shockwave therapy for selected tendon problems before jumping to surgery.
Historically, some stubborn tendon and heel pain problems were more likely to end up being considered for injections or surgery. Surgery absolutely has its place, and some patients do need it. But if a non-invasive treatment can reduce pain, improve function, and help someone avoid or a more invasive procedure with a significant recovery time and a period of minimal functionality, it deserves to be given a good shot.
All this being said: shockwave therapy should not be sold as a guaranteed way to avoid surgery, and it should not be used to delay appropriate referral when there is a serious tear, progressive deformity, significant instability, or a condition that clearly needs imaging or surgical opinion.
The key point is this: shockwave therapy is not usually a stand-alone cure. For most foot and ankle problems, it works best when combined with a proper diagnosis, load management, footwear advice, strengthening, activity modification, gait retraining, and, where appropriate, orthotics or onward referral.
Radial shockwave therapy vs focused shockwave therapy
There are two main types of shockwave therapy used in musculoskeletal care: radial shockwave therapy and focused shockwave therapy.
Both can be useful, but they are not the same.
Radial shockwave therapy
Radial shockwave therapy spreads energy over a broader, more superficial area. It is commonly used for larger or more surface-level painful regions.
In foot and ankle care, radial shockwave may be considered for problems such as plantar heel pain, Achilles tendon pain, calf-related tendon problems, and other soft tissue conditions where the target area is relatively accessible.
Radial shockwave can be useful where the painful area is broader rather than one very specific point.
Focused shockwave therapy
Focused shockwave therapy delivers energy more precisely to a defined target area and can reach deeper tissues. This can be useful when the problem is more localised, deeper, or when a more concentrated treatment field is needed.
Focused shockwave may be particularly relevant for some insertional tendon problems, deeper soft tissue pain, bone stress injuries, delayed bone healing, and conditions where accurate targeting is important.
Having access to both radial and focused shockwave therapy means treatment can be selected according to the clinical picture rather than forcing every patient into the same protocol.
Shockwave therapy for plantar fasciitis and heel pain
One of the most common reasons people search for shockwave therapy for foot pain is plantar fasciitis.
Plantar fasciitis is often used as a general term for pain under the heel, especially pain that is worse during the first few steps in the morning or after sitting. In many longer-standing cases (typically any pain over 3 months old), plantar fasciopathy may be a better term because the issue is often related to tissue overload and degeneration rather than simple inflammation.
Typical symptoms of plantar fasciitis include:
- Pain under the heel
- Pain with the first steps in the morning
- Pain after rest
- Pain after prolonged standing or walking
- Tenderness around the inside-front part of the heel
- Symptoms that warm up slightly, then worsen again later
NICE published guidance on extracorporeal shockwave therapy for refractory plantar fasciitis in 2009. The guidance allows use with appropriate governance, consent and audit, but the original evidence review described efficacy as inconsistent. Although it is pretty old and the evidence has come along way, you can view it here: NICE HTG200
It is worth interpreting this carefully.
The NICE guidance is important, but it is also old. The plantar fasciitis guidance was published in 2009 and, although it has been moved into NICE’s HealthTech guidance programme, NICE states that the guidance itself has not changed.
NICE's HealthTech Guidance states that: "It considers HealthTech products that are in early development but may offer potential value to the NHS, be suitable for routine widespread use, or are already in existing use in the NHS. It includes guidance on the effectiveness and safety of interventional procedures."
Since then, shockwave devices, protocols, clinical experience, patient selection, and the wider understanding of plantar heel pain have developed. More recent reviews have generally been more supportive of ESWT for plantar fasciopathy, although results still vary depending on treatment protocols and patient selection. A 2024 systematic review and meta-analysis concluded that ESWT is effective and tolerable in plantar fasciopathy, while also highlighting that treatment parameters and patient factors matter. Lippi et al., 2024
This is why we believe at Keep On Your Feet that a good ethical explanation matters. Shockwave therapy can be a very reasonable option for persistent plantar heel pain, especially when symptoms have not settled with good conservative care. But it should not replace proper assessment.
Heel pain is not always plantar fasciitis. Other possible causes include:
- Heel fat pad irritation
- Nerve irritation
- Baxter’s nerve entrapment
- Calcaneal stress fracture
- Inflammatory arthritis
- Referred pain from elsewhere
- Tendon or ligament irritation around the heel
Before shockwave therapy is used, the first question should be: are we treating the right diagnosis?
Shockwave therapy for Achilles tendinopathy
Another common use is shockwave therapy for Achilles tendon pain, often searched for as shockwave therapy for Achilles tendonitis.
Many cases are better described as Achilles tendinopathy rather than tendonitis. “Tendonitis” implies inflammation, whereas persistent Achilles pain often involves changes in tendon structure, load tolerance, strength, sensitivity, and function.
The Victorian Institute of Sport came up with a great questionnaire (the VISA-A) that you can use to identify how much function you have. You can download it here:
Achilles tendinopathy may cause:
- Pain at the back of the heel
- Pain 2–6 cm above the heel bone
- Morning stiffness
- Pain walking uphill or upstairs
- Pain with running or jumping
- Thickening of the tendon
- Tenderness when squeezing the tendon
NICE guidance for extracorporeal shockwave therapy for Achilles tendinopathy was published in 2016. It states that evidence on efficacy was inconsistent and limited in quality, but that there were no major safety concerns. NICE HTG426
Again, this deserves a fair critique. NICE guidance is useful, but it often lags behind clinical practice and newer research, especially where technology, treatment protocols and rehabilitation models have moved on. The guidance also groups patients and protocols together in a way that may not reflect how shockwave is used by experienced clinicians in practice.
More recent systematic reviews have suggested that ESWT can reduce pain in tendinopathy, although the strength of evidence varies by condition and comparator. A 2024 systematic review by Majidi et al. found ESWT to be an effective option for pain relief in tendinopathy, but this does not mean every Achilles patient should automatically have it.
For Achilles problems, shockwave therapy should usually be combined with a progressive strengthening programme. Tendons need load to adapt. Shockwave may help pain and tissue response, but it does not replace the need to rebuild capacity.
Shockwave therapy for Morton’s neuroma
Morton’s neuroma is a painful condition affecting the ball of the foot, usually between the third and fourth toes. People often describe burning, tingling, numbness, shooting pain, or the feeling of walking on a pebble.
Traditional treatment may include footwear changes, metatarsal pads, orthotics, activity modification, corticosteroid injection, alcohol injection, radiofrequency procedures, or surgery in persistent cases.
Shockwave therapy has also been studied as a possible non-surgical treatment for Morton’s neuroma. A randomised placebo-controlled trial found ESWT may be beneficial for patients with Morton’s neuroma, and earlier work has described it as a possible alternative to surgical excision in selected cases (Seok et al., 2016), (Fridman et al., 2009)
However, this is an area where honesty is important as a clinician.
Shockwave therapy is unlikely to simply “get rid of” a Morton’s neuroma. The aim is more likely to be pain reduction and improved function. It may help by influencing local pain sensitivity and associated soft tissue irritation. Some patients diagnosed with Morton’s neuroma may also have associated bursitis, capsulitis, plantar plate irritation or mechanical overload, which can affect how well treatment works.
In practice, Morton’s neuroma treatment should usually start with a careful assessment of footwear, toe box width, metatarsal loading, foot shape, joint stability, and whether the symptoms truly fit a neuroma.
Shockwave may be worth considering when symptoms are persistent and the patient wants to avoid or delay more invasive options such as steroid or alcohol injections and surgery. It should be presented as a reasonable non-invasive option, not as a guaranteed cure.
Shockwave therapy for plantar plate injuries
The plantar plate is a strong ligament-like structure underneath the lesser toe joints, most commonly discussed around the second metatarsophalangeal joint. It helps stabilise the toe and prevents excessive upward movement.
A plantar plate injury may cause:
- Pain under the ball of the foot
- Swelling around the toe joint
- Pain when pushing off
- A feeling of walking on a lump
- Toe deviation or splaying
- The toe lifting or drifting over time
- Symptoms that worsen in flexible shoes, high heels, or barefoot walking
Shockwave therapy is sometimes considered for persistent pain associated with plantar plate injuries, particularly when there is chronic soft tissue irritation around the joint. However, the evidence base is much thinner than it is for plantar fasciitis or Achilles tendinopathy. Published literature includes case-based evidence rather than large high-quality trials. One case study looking at a similar technology which had a particularly excellent outcome. Plantar plate pathology can often come with associated bone stress injury to the metatarsal, and this may be where ESWT is particularly helpful.
If someone has a significant plantar plate tear with progressive toe deformity, instability, or worsening crossover toe, shockwave therapy should not be sold as if it will “repair” the plate and reverse the deformity. It may have a role in reducing pain or improving local tissue tolerance in some cases, but the core management often involves:
- Accurate diagnosis
- Offloading
- Footwear changes
- Taping or splinting
- Orthotic modification
- Calf and forefoot load management
- Imaging where needed
- Surgical opinion in more advanced or unstable cases
Shockwave may be useful in selected plantar plate presentations, but it should sit within a broader plan.
Shockwave therapy for bone stress injuries and stress fractures
Bone stress injuries occur when bone is unable to keep up with repeated loading. They are seen in runners, athletes, military populations, and people who have had a sudden increase in activity or load.
Symptoms may include:
- Localised bone pain
- Pain that worsens with impact
- Pain that becomes more noticeable during activity
- Pain that may persist after exercise
- Tenderness over a specific bone
- Swelling in some cases
Bone stress injuries need careful management. Some are low-risk and settle with activity modification. Others are high-risk and need urgent imaging, offloading, or specialist referral.
Focused shockwave therapy has been investigated for bone stress injuries and delayed bone healing. A 2023 study, by Beling et al., of focused ESWT in runners with bone stress injuries reported improvement and no complications, while concluding that focused ESWT may be a safe management option.
Shockwave has also been discussed in relation to delayed unions, nonunions and fracture healing. Reviews have suggested that ESWT may support bone healing in some delayed or non-healing fractures, although protocols and indications vary. (Petrisor et al., 2009).
This does not mean shockwave should be used casually on every suspected stress fracture. Quite the opposite.
If a bone stress injury is suspected, the priority is diagnosis and risk assessment. In some cases, imaging may be needed before treatment. High-risk stress fractures, worsening pain, night pain, marked swelling, or pain with ordinary walking may need urgent medical review.
Focused shockwave may have a role in selected bone stress injuries, particularly where healing is delayed or where specialist assessment suggests it is appropriate. But it should not be used as an excuse to keep running through a stress fracture. Radial shockwave has also been used with success, although the evidence is more significant and promising with focused shockwave.
Shockwave therapy for plantar fibromas / Ledderhose disease
Plantar fibromatosis, also known as Ledderhose disease, involves fibrous nodules within the plantar fascia. These lumps are usually felt in the arch of the foot and may become painful when walking, standing, or wearing certain shoes.
Treatment can be difficult. Surgery may be considered in severe cases but can be associated with recurrence and scar-related problems. For this reason, non-surgical approaches are often preferred where possible.
Focused shockwave therapy has been studied for painful plantar fibromatosis. A small study by Knobloch and Vogt, 2012, found that high-energy focused ESWT reduced pain in patients with plantar fibromatosis, although the authors called for larger trials. A later study by Hwang et al., 2020, also investigated long-term clinical and ultrasound features after ESWT in painful plantar fibromatosis.
The practical discussion is this: shockwave therapy may help pain and tissue sensitivity in plantar fibromatosis, and some patients report softening of nodules. But it should not be promised as a way to make the lump disappear completely.
For plantar fibromas, the treatment decision depends on:
- How painful the fibroma is
- Whether it is growing
- Whether footwear pressure is the main issue
- Whether the fascia itself is painful
- Whether there are multiple nodules
- Whether there is associated Dupuytren’s disease
- Whether imaging is needed
- Whether offloading can reduce irritation
Shockwave may be a useful non-invasive option in selected painful cases, especially where the aim is pain reduction rather than removal of the fibroma.
Other foot and ankle problems where shockwave may be useful
Shockwave therapy may also be considered for other persistent musculoskeletal foot and ankle conditions, including:
- Peroneal tendinopathy
- Tibialis posterior tendinopathy
- Insertional tendon pain
- Chronic ligament attachment pain
- Calcific tendon problems
- Persistent post-injury soft tissue pain
- Medial tibial stress syndrome
- Some cases of chronic enthesopathy
An enthesis is the area where a tendon or ligament attaches to bone. These areas can be difficult to treat because they are exposed to repeated mechanical load. Shockwave therapy is often used clinically for stubborn enthesis-related pain, but the quality of evidence varies depending on the exact condition.
The best use of shockwave is not “try it for everything”. The best use is: identify the painful structure, understand why it is being overloaded or sensitised, then decide whether shockwave is likely to add value.
The principles of shockwave for other issues mentioned above are the same as where discussed for Achilles tendon pathology and bone stress injuries.
When shockwave therapy may not be the right choice
Shockwave therapy is not suitable for every patient or every condition.
It may not be appropriate, or may need medical clearance, in situations such as:
- Pregnancy
- Active infection
- Open wounds over the treatment site
- Cancer in or near the treatment area
- Significant circulation problems
- Significant nerve impairment
- Blood clotting disorders
- Use of certain blood-thinning medication
- Recent steroid injection in the area
- Suspected acute fracture
- High-risk bone stress injury without proper assessment
- Unexplained swelling, redness or severe pain
- Inflammatory arthritis flare-ups
- Severe pain where the diagnosis is unclear
- Significant tendon rupture
- Very active lifestyles
This is why a medical history and proper assessment are essential before treatment.
Does shockwave therapy hurt?
Shockwave therapy can be uncomfortable, but it should usually be tolerable. To put it on a pain scale, typically practitioners will aim for a 3-4/10 on a pain scale whilst doing the procedure. It should be enough that you're pretty close to swearing, but you shouldn't be sweating! (Individual differences may be taken into consideration, however!).
Many people describe it as a repetitive tapping, pulsing or flicking sensation over the painful area. It is often most uncomfortable when the applicator is directly over the most sensitive tissue.
Treatment intensity can usually be adjusted. The aim is not to make the treatment unbearable. Some discomfort is expected, but it should be controlled and manageable.
After treatment, some people feel immediate improvement. Others feel sore for a day or two. Some notice very little change after the first session but improve gradually over several weeks.
Are there side effects of shockwave therapy?
Shockwave therapy is generally considered low risk when used appropriately, but side effects can happen.
Possible side effects include:
- Temporary soreness
- Redness
- Bruising
- Mild swelling
- Tenderness after treatment
- Temporary increase in pain
- Tingling or sensitivity around the treated area
NHS patient information commonly describes radial ESWT as a low-risk treatment, while advising that temporary pain, redness, bruising or swelling can occur.
Most side effects are short-lived. However, severe pain, worsening symptoms that do not settle, marked swelling, or new neurological symptoms should be reviewed.
How many shockwave therapy sessions are needed?
Many shockwave therapy protocols involve around 3 to 6 sessions, often spaced approximately one week apart. The exact number depends on the diagnosis, severity, chronicity, response to treatment, and whether radial or focused shockwave is being used.
Improvement is often gradual. It is common to reassess progress after a course of treatment rather than judging the outcome after one session.
Shockwave therapy aims to stimulate a tissue response. That response takes time. The best results may develop over several weeks after treatment has started or even after the course has finished.
Should shockwave therapy be combined with exercises?
Usually, yes. In fact, nearly always. These exercises are generally highly specific, rather than your standard gym / yoga / 5-a-side kickaround.
For many foot and ankle problems, shockwave therapy works best when combined with a rehabilitation plan. This might include:
- Strengthening exercises
- Calf capacity work
- Foot intrinsic exercises
- Balance and control work
- Running or walking modification
- Footwear changes
- Orthotic support
- Taping or offloading
- Gradual return to activity
For tendon pain especially, shockwave may help symptoms, but strengthening is often what improves long-term resilience.
A useful way to think about it is this:
Shockwave may help calm or stimulate the painful tissue, but rehabilitation helps the tissue cope better with life. The tissues will heal to the level of work that is expected of them. If you do very little activity, they will heal to a level that copes with very little activity - and this is why many people have set backs after completing "treatment" which includes a period of rest.
Can I exercise after shockwave therapy?
This depends on the diagnosis.
In many cases, normal gentle walking is fine, but heavy loading may need to be reduced for a short period after each session. For example, after shockwave therapy for plantar fasciitis or Achilles tendinopathy, it may be sensible to avoid running, jumping, hill sprints or heavy lower-limb training for 24–48 hours unless you have been advised otherwise.
For bone stress injuries, the advice may be much stricter. Continuing to run through a bone stress injury can make the problem worse. Shockwave should not be used to mask pain so that training can continue unchanged.
How much does shockwave therapy cost in the UK?
The cost of shockwave therapy in the UK varies depending on the clinic, the type of shockwave used, the number of sessions, and whether treatment is part of a wider assessment and rehabilitation plan.
When comparing shockwave therapy cost, it is worth asking:
- Is the appointment just shockwave, or does it include assessment?
- Is the clinician experienced in foot and ankle conditions?
- Do they offer radial shockwave, focused shockwave, or both?
- Will you receive a diagnosis?
- Is rehabilitation included?
- Will footwear and activity levels be reviewed?
- Will progress be measured?
- What happens if shockwave does not help?
The cheapest shockwave therapy is not always the best value if the diagnosis is wrong or if the treatment is not integrated into a proper plan.
For reference, Keep On Your Feet charges:
£85 if paying for sessions individually (as the evidence does not support this).
£60 per session if paying as part of a package of three or more treatments.
All sessions include reviewing symptoms, assessing the exercise/rehabilitation program and repeat reviews of footwear and activity levels. Follow-ups which do not include shockwave are additional. No guarantees are offered with treatment.
(Prices may be subject to change at any time and are individual to the clinic. Other clinics may have different payment structures, overheads and considerations different to ours).
Shockwave therapy near me: what should I look for?
If you are searching for shockwave therapy near me, it can be difficult to know what to choose.
A good shockwave therapy provider should be able to explain:
- What diagnosis they are treating
- Why shockwave therapy is appropriate
- Whether radial or focused shockwave is being used
- How many sessions are likely to be needed
- What improvement would realistically look like
- What you should do alongside treatment
- What risks or side effects to expect
- What the plan is if shockwave therapy does not work
For foot and ankle conditions, it is particularly helpful to see someone who regularly assesses lower limb biomechanics, footwear, gait, tendon loading, and foot posture. Heel pain, forefoot pain and tendon pain are rarely just about one sore spot. They usually involve a combination of tissue sensitivity, load, strength, footwear, activity, and individual anatomy.
So, is shockwave therapy a good idea?
Shockwave therapy can be a good idea when:
- The diagnosis is clear
- Symptoms have persisted despite appropriate conservative care
- The condition is one where shockwave has a reasonable evidence base or clinical rationale
- The risks and limitations have been explained
- It is combined with a wider treatment plan
- The patient understands that improvement is not guaranteed
Shockwave therapy may be less appropriate when:
- The diagnosis is unclear
- There are red flags or unexplained symptoms
- A fracture, infection or inflammatory condition has not been ruled out
- The patient expects an instant cure
- The main issue is severe mechanical instability or deformity
- The condition needs urgent imaging, offloading or referral
The honest answer is that shockwave therapy is neither a miracle cure nor a gimmick. It is a useful non-invasive treatment tool that can be very helpful for selected musculoskeletal foot and ankle problems when used properly.
Book a foot and ankle assessment in Swansea
If you are dealing with ongoing heel pain, plantar fasciitis, Achilles tendon pain, Morton’s neuroma symptoms, ball-of-foot pain, a suspected plantar plate injury, or another persistent foot and ankle problem, shockwave therapy may be one option worth discussing.
At Keep On Your Feet in Swansea, we offer specialist foot and ankle assessment and have access to both radial shockwave therapy and focused shockwave therapy.
The aim is not simply to treat the painful area. The aim is to understand why the problem is happening, decide whether shockwave therapy is appropriate, and build a realistic plan to help you move forward with more confidence.
If you had a problem with your car, you wouldn't just change your tyre... you'd find out what's going on. So, maybe it's time to find out what's going on.
Book an appointment with Keep On Your Feet today to find out whether shockwave therapy could be suitable for your foot or ankle pain.
