What is peroneal tendinopathy?
Peroneal tendon anatomy
The peroneal muscles (longus and brevis) run along the outer side of the leg and their tendons pass behind the outer ankle bone before reaching the foot. They play a key role in lateral ankle stability, particularly in preventing sprains. This tendinopathy frequently affects athletes with a history of ankle sprains.
Why do these tendons become painful?
Pain appears when the peroneal tendons are repeatedly loaded beyond their capacity, often linked to residual ankle instability following one or more previous sprains. An ankle that regularly “gives way” constantly stresses these stabilising tendons, which eventually weakens them.
Which sports contribute to peroneal tendinopathy?
Any sport with unstable footing or fast changes of direction exposes these tendons:
- Basketball and handball
- Football on uneven ground
- Trail running and hiking
- Racquet sports
- Dance
- Mountain sports (skiing, climbing)
Treating peroneal tendinopathy in rehab with a sports physio
The goal of treatment is to strengthen the peroneal tendons while working on overall ankle stability, to address the often underlying cause of this tendinopathy.
- 1Reducing pain and managing load
- 2Ankle mobility
- 3Isometric strengthening
- 4Progressive concentric strengthening
- 5Eccentric strengthening
- 6Ankle proprioceptive work
- 7Correcting technique and footing
- 8Strengthening under sport-specific load
- 9Progressive return to running
- 10Return to competition
Why the physio’s initial assessment matters
During the initial assessment, the physiotherapist aims to identify any history of ankle sprains, the sense of instability felt in daily life or sport, and the movements that reproduce the pain.
“A painful peroneal tendon often calls for more stability, not just less load.”
Strengthening and stability, the cornerstones of treatment
Strengthening the peroneal tendons is combined with comprehensive ankle proprioceptive work, essential for restoring active stability that durably protects these tendons against overload and sprain recurrence.
In brief
- Progressive strengthening of the peroneal tendons
- Ankle proprioceptive work
- Treating the underlying instability
- Gradual return: mobility, then load, then sport
Ready to take your peroneal tendinopathy seriously?
Start the HOPP programme designed by sports physios.
Should you rest or keep playing sport?
Total rest is generally not necessary. It’s better to temporarily adapt the movements that clearly reproduce the pain, while starting strengthening and proprioceptive work as soon as possible.
Think you might have a different ankle injury?
Take your free test in 3 minutes flat.
When should you see a specialist for peroneal tendinopathy?
If the pain persists for more than four weeks, or if you feel a snapping sensation or clear tendon instability (which may suggest tendon subluxation), a medical opinion is recommended.
The HOPP care programmes to treat your peroneal tendinopathy and get back to sport
This tendinopathy requires a combined strengthening and stability approach. HOPP offers you a precise exercise programme, allowing you to get back to your activities as quickly as possible.
The programme runs from 3 to 9 weeks depending on the injury and ends with a reconditioning phase allowing a return to competition in the best possible conditions. Each programme is designed by the HOPP team, made up of two sports physiotherapists who are experts in assessing and treating athletes. You’ll also find theoretical content throughout your progression, so you master every aspect of your recovery and can adjust your treatment independently. If needed, our team of physiotherapists is on hand to support you.
Essential
FROM INJURY TO
BACK TO YOUR ACTIVITIES
59€
One-time payment
“AT YOUR OWN PACE WITH
DAILY ADAPTATION”
- 100% of the treatment programme
- Daily personalisation
- Flexibility / Mobility
- Strengthening
- Proprioception
- Progress tracking
- Return-to-running programme
- Theoretical content included
Performance
TO GET BACK TO SPORT
IN THE BEST CONDITIONS
79€
One-time payment
“GET BACK TO YOUR LEVEL
WITHOUT RISK OF RELAPSE”
- 100% of the treatment programme
- Daily personalisation
- Flexibility / Mobility
- Strengthening
- Proprioception
- Progress tracking
- Return-to-running programme
- Theoretical content included
- + 4-week return-to-play plan with 6 difficulty levels
Expert
PERSONALISED VIDEO-CALL
SUPPORT, ANY TIME
149€
One-time payment
“A PHYSIO
WHENEVER YOU NEED”
- 100% of the treatment programme
- Daily personalisation
- Flexibility / Mobility, Strengthening, Proprioception
- Progress tracking
- Return-to-running programme
- Theoretical content included
- + 4-week return-to-play plan with 6 difficulty levels
- + 2 video calls with an expert sports physio / return check-up
A programme that adapts to you every day
Every day, how you feel (RPE) is factored in to automatically adjust the rest of your programme: more load if all is well, a bit less if your ankle is complaining. This daily personalisation is what makes the difference compared to a fixed, paper-based programme.
Ready to start your programme?
Join the HOPP support programme designed by sports physios.
F.A.Q
Does the HOPP programme replace a medical consultation?
No. HOPP is a support and rehab tool designed by sports physiotherapists, but it doesn’t replace a doctor’s opinion. If in doubt, or if the pain persists, see a health professional.
Is the programme suited to all sporting levels?
Yes. Every programme is personalised to your sport, your level and how you feel each day, whether you’re a recreational athlete or preparing for competition.
Can I keep playing sport with this tendinopathy?
In most cases, yes, by temporarily adapting the movements that reproduce the pain, while starting strengthening and proprioceptive work in parallel.
How long does it take to recover?
A structured programme generally brings clear improvement within a few weeks, with a full return to sport after several weeks of progressive strengthening.
Why does my ankle stay unstable?
After one or more sprains, the ankle’s proprioceptive sensors can remain less effective if not specifically retrained, which explains the persistent feeling of instability.
