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It usually starts the same way. You've signed up for a fun run, or you've decided it's finally time to get fit, or the kids' school has a fundraiser walk and you thought you'd train a bit first. A few weeks in, a dull ache starts along the inside edge of your shin. It warms up and fades once you get going, so you ignore it. Then one week it doesn't fade. It hurts the whole run, it hurts when you press on it, and it's still sore when you wake up the next morning.
That's shin splints, and it is one of the most common reasons runners, new gym-goers, footy players and even people who've just started a job on their feet walk into a physio clinic. It's also one of the most mismanaged. People either push through it until it turns into something worse, or they rest for three weeks, start again at the same pace and end up exactly where they began.
This guide is for people in Truganina, Tarneit and the surrounding Wyndham suburbs who want to understand what's actually going on in their lower leg, what they can sensibly do about it, and when it's time to stop guessing and get it looked at.
"Shin splints" is the everyday name. The clinical term most physios use is medial tibial stress syndrome, or MTSS. Medial means the inner side, tibial refers to the tibia (your shin bone), and stress syndrome tells you the problem is about load rather than a single dramatic injury.
The pain sits along the lower inner part of the shin, usually in a stretch of a few centimetres to a hand's width, somewhere between the ankle and the middle of the lower leg. It's typically a diffuse ache rather than a pinpoint spot. If you run a finger down the bone edge you'll often find a long tender strip.
What's happening underneath is still debated, and anyone who tells you they know the exact mechanism with certainty is overselling. The working understanding is that the bone and the tissue wrapped around it (the periosteum, plus the attachments of some of the calf and deep lower-leg muscles) are being asked to handle more repetitive load than they've adapted to. Bone is a living tissue. It responds to stress by remodelling itself and getting stronger, but that process takes time. If you add load faster than the bone can remodel, the response tips from "adapting" to "irritated". Think of it as a stress reaction on a spectrum, with shin splints near the mild end and a true stress fracture further along.
That spectrum matters because it explains why the usual advice is about load and not about the muscles being "tight" or "weak" on their own. They play a part, but the thing that sets it off is almost always a mismatch between what the leg could cope with last month and what you asked of it this week.
Most people with shin splints can point to a change. Common ones we hear about:
Truganina and Tarneit are full of people in exactly those situations. There are new estates with fresh footpaths and shared paths that make it easy to start jogging from your front door, a lot of active families, and plenty of people working in the logistics and warehousing precinct nearby who spend long shifts on concrete. None of that is unusual, but it does mean that hard, flat, unforgiving surfaces are part of many people's weekly load.
The textbook picture looks like this:
The "warms up and fades" pattern is often what leads people astray. It feels like the leg is fine once it's going, so they keep training. In the early phase that can be a reasonable sign, but if the pain is creeping earlier into each session, or lasting longer afterwards, the trend matters more than any single day.
Both legs can be affected, though it's often worse on one side. If it's clearly on the front or outer part of the shin rather than the inner edge, or you have tingling, numbness or a feeling of tightness and swelling that builds as you exercise and settles when you stop, that's a different conversation and worth raising with a clinician rather than self-diagnosing.
This is the question that matters most, because the management of a stress fracture is different. Running on a bone stress injury makes it worse, and some of them (particularly in certain locations) heal poorly if they're ignored.
Some general differences, which are patterns rather than rules:
Be aware that a normal X-ray does not rule out a stress fracture, particularly early on. Small bone stress injuries often don't show on plain films, and a doctor may order an MRI if suspicion remains high. So if your pain is sharp, pinpoint, getting worse, or you've had a few weeks of changes without improvement, it's reasonable to see your GP or a physio to work out whether imaging makes sense.
Other things that can look similar include chronic exertional compartment syndrome (a pressure-related pain that builds during exercise and eases soon after stopping), nerve irritation from the back or around the knee, calf strains and tendon problems. A good assessment sorts these out by asking about the pattern, pressing in the right places, and testing how the leg handles load.
See a doctor promptly if you have severe pain, an inability to walk normally, noticeable swelling, numbness or weakness in the foot, a hot, red, tender calf, or pain after a fall or direct blow. Shin splints don't cause those.
If you've had shin splints before, you probably know the cycle. You stop running, the pain eases within a week or two, you head out for a run feeling optimistic, and within a couple of sessions the pain is back.
The reason is that rest removes the stimulus but doesn't build capacity. The bone and the surrounding muscles are still the same size and strength they were when they became irritated. Go back at the same volume, same pace, same surface, and you've reproduced the original problem. Rest is a useful first step to settle things down, but it has to lead somewhere.
The aim of rehab is to make the leg more tolerant to load than it was, and to restart running in a way that respects how long bone and tendon actually need to adapt. That means a plan, rather than "take two weeks off and see".
Research on shin splints has looked at lots of possible contributors. It's fair to say the evidence is mixed and no single factor explains everyone. Things that come up repeatedly in the literature and in clinic:
It helps to see these as a pile rather than a single cause. Most people don't have one thing wrong. They have a modest training spike, slightly tired calves, a hard surface and a pair of shoes with 800 kilometres on them, and the combination tips it over.
If you book in for shin pain, here's what a thorough first session generally looks like. The details vary between clinicians, but the structure is consistent.
You'll be asked about when the pain began, what your training looked like in the weeks before, what the pain feels like, and how it behaves during and after exercise. Expect questions about previous injuries, your work, your footwear, and any recent changes. Many people find this the most revealing part, because the cause often becomes obvious once you line up the timeline.
You'll also be asked about general health, including things like bone health, previous fractures, medications, diet and, for women, menstrual history, because these influence bone stress risk. They're routine questions rather than a sign that something is wrong.
Your physio will look at how you stand and walk, then examine the shin directly. They'll feel along the bone to map out where it's tender, check the calf and surrounding muscles, and test your ankle, knee and hip movement and strength. Single-leg tests are common: calf raises (how many can you do, and how well), single-leg squats, hopping if it's safe, balance. These show how the leg copes with load and where it falls short.
If something doesn't fit the shin splints picture, such as a very sharp, pinpoint spot, a positive hop test with localised pain, swelling, or nerve symptoms, your physio may recommend you see a GP for imaging before starting rehab. That's a good outcome of an assessment, not a failure.
By the end of the first visit you should know three things: what your physio thinks is going on, what you should do about running in the meantime, and what the next few weeks of rehab look like. If you leave with "come back in a fortnight" and nothing else, ask for more.
The research base for shin splints is thinner than for many other running injuries. A lot of clinical practice rests on reasoning from principles plus experience, and some commonly used treatments have limited trial evidence behind them. What follows is the approach that is most consistently supported and most widely used by sports physios.
The first step is to reduce the load that's irritating the shin. For many people that doesn't mean stopping all activity. It means swapping or reducing the stuff that hurts. Options include cycling, swimming, pool running or the cross-trainer to keep fitness up while the shin settles, shorter walks on softer surfaces, and temporarily cutting out hills and speedwork.
A useful guide is the pain rule: mild discomfort that settles quickly is usually acceptable, while pain that builds during an activity, changes how you move, or lingers into the next day means you've done too much. Your physio will help set a limit that suits you.
How long this lasts depends on how irritated things are. For a mild case it might be a week or two. For a longer-standing problem it can be more. If you've been running through pain for months, expect the settling phase to take longer too.
This is the core of rehab and the part people most often skip. The goal is to progressively strengthen the calf muscles and the other structures that absorb force in the lower leg, so they can tolerate running again with room to spare.
A typical progression, in plain terms:
These sessions are usually done two to three times a week and are meant to feel challenging, not painful. Slow tempos and heavy-ish loads build tissue capacity more effectively than endless light repetitions. A physio can tell you where to start and when to push, which is the part most online programs get wrong.
Massage, soft tissue release and dry needling to the calf can reduce soreness and make exercise more comfortable for some people. They're best seen as a support act. They might help you feel better while the real work (load management and strengthening) gets done, but they don't remodel bone or replace the exercise program. If you're curious about needling specifically, our post on dry needling in Truganina and Tarneit explains what it does and doesn't do.
Shoes matter, but not in the way marketing suggests. The main questions are whether your shoes are worn out, whether they're a big change from what you normally wear, and whether they're comfortable for you. A rule of thumb many runners use is to consider replacing running shoes somewhere around the 500 to 800 kilometre mark, depending on the shoe and the runner. That's a rough guide, not a law.
Orthotics and arch supports are sometimes used when foot posture seems to be a big contributor, and some people do get relief from them. Trial evidence for orthotics on shin splints is mixed, so they're best viewed as one option for selected people rather than a default. Taping can reduce symptoms short term in some cases. Neither replaces a loading plan.
Some runners benefit from small tweaks to how they run. A modest increase in step rate (cadence), for example, can reduce the force through each landing for some people. Changes to how far ahead of your body your foot lands can also matter. These are worth exploring if your running style looks like a clear contributor, but they should be gradual and individualised. Wholesale technique overhauls in the middle of an injury often create new problems.
Shockwave therapy, in particular, has shown some promise in studies on MTSS, though the research is still developing and it isn't available everywhere. Other modalities such as ultrasound or electrical stimulation are sometimes used for pain relief but have little evidence for changing the course of the condition. If you're curious about what these devices can and can't do, our guide to electrotherapy in Truganina and Tarneit goes through the evidence in plain language.
Once the shin is settled, strength is building and walking is pain-free, running comes back in stages. Skipping this is how recurrences happen. There's no single correct template, but the principles are consistent:
How long all this takes varies a lot. Mild cases can be back to normal running in a matter of weeks. Longer-standing ones take a couple of months, and if there was bone stress involved, longer still. One study abstract reported much faster return times with a structured program than with usual care, but the details of that study weren't something we could verify, so we won't promise numbers. The honest answer is that it depends on how long you've had it, how irritated the bone is, and how consistent you are with the plan.
If you're training for an event, tell your physio the date up front. Sometimes the right call is adjusting the goal, such as running a shorter distance or walking part of it, rather than risking a stress fracture three weeks out.
You don't need to be a runner to get shin splints. A few other groups see it often:
If you're reading this with sore shins right now, here are sensible things to do before you see anyone:
Ice for short-term relief and gentle calf stretching are fine if they make you feel better, though neither is a cure. What won't help is repeatedly testing it with a hard run to see if it's still sore.
You can't be sure from symptoms alone. Shin splints usually cause a wider strip of tenderness and ease with rest. A stress fracture is more likely to cause a single sore spot, pain with walking or at night, and pain when hopping. If in doubt, get assessed, and if a stress fracture is suspected, stop impact activity until it's sorted.
Sometimes, with changes. Mild shin splints in the early stage can often be managed by reducing volume and avoiding hills, speedwork and hard surfaces while you build up strength. If the pain is worsening, present through the whole run, or lingering into the next day, you need to cut back further. Running through escalating pain risks a bone stress injury.
It depends on how long you've had them and how much you've been running on them. Mild, recent cases can improve within a few weeks of sensible load management and strengthening. Longer-standing problems often take a couple of months to settle fully. Rushing the return is the most common reason they come back.
Not automatically. Shoes that are worn out or very different from your usual pair can contribute, so replacing them is sensible. Orthotics help some people, particularly where foot posture is clearly part of the picture, but the evidence is mixed and they work best alongside strengthening and a sensible training plan.
Gentle stretching can feel good, but it's not what fixes shin splints. Strength and load tolerance matter much more. If stretching eases your symptoms, keep doing it as a comfort measure, but don't rely on it as the main treatment.
Often not. Most cases of shin splints are diagnosed clinically. Imaging is considered when a stress fracture is suspected, when pain is severe or pinpoint, or when things aren't improving as expected. A normal X-ray doesn't rule out a bone stress injury, so MRI may be the next step in those cases.
Yes. Young athletes who play multiple sports or ramp up training quickly are prone to it. Persistent shin pain in a growing child should be checked rather than brushed off as growing pains, especially if it's localised or worsening.
It can, particularly if the original cause (a load spike, hard surfaces, low calf capacity) isn't addressed. Building strength, increasing training gradually and keeping an eye on shoe wear lowers the chance considerably.
No. You can book directly. If you have a GP management plan or other funding in place, bring the paperwork along and mention it when booking. The fees page explains what to expect.
Shin splints rarely travel alone. Because the lower limb works as a chain, problems at the foot, ankle, knee and hip often show up together or get confused with each other.
If you have more than one sore spot, mention all of them at your appointment. It helps your physio see the whole pattern rather than one piece of it.
Book an assessment if any of these apply:
It helps to bring your running shoes (or the shoes you wear for work), a rough log of recent training, and any previous scan results. Wear shorts so the lower leg can be examined easily.
Wellcare Physio sees patients from across Wyndham at our Truganina clinic and our Tarneit clinic. You can book an appointment online, and for sports and running problems our sports physiotherapy page has more on how we approach return to training.
Shin splints, or medial tibial stress syndrome, is a load-related irritation of the inner shin. It happens when training, work or sport demands outpace what the bone and lower-leg muscles have adapted to. It's common in new runners, people returning to sport and workers on hard floors, and Truganina and Tarneit have plenty of all three.
The pain is usually a broader ache along the inner shin that warms up and returns afterwards. A very specific sore spot, night pain, swelling, or pain walking points toward a possible stress fracture and should be checked before you keep loading the leg. A normal X-ray doesn't rule one out.
Rest alone rarely solves it, because it doesn't build capacity. What works is a sequence: settle things down by reducing the aggravating load, build calf and lower-leg strength progressively, address obvious contributors such as worn shoes and sudden training spikes, then return to running in stages, changing one thing at a time. Hands-on treatment and orthotics may help some people but sit alongside the plan rather than replacing it.
Most people recover well when they stick to a structured approach, and the recurrence trap is mostly about skipping the strengthening and the staged return. If your shins have been sore for more than a couple of weeks, or you aren't sure what you're dealing with, getting it assessed is a sensible next step.
