What Are Shin Splints?
“Shin splints” is a common term used to describe pain along the front or inner edge of the shin bone (tibia), most often in people who walk, run, or play sports regularly. The medical name for typical shin splints is medial tibial stress syndrome (MTSS).
Shin splints usually develop when the muscles, tendons, and bone tissue around the shin are overloaded by repetitive activity. This can happen with sudden increases in training volume, changes in terrain, or inappropriate footwear.
While shin splints are common, they should not be ignored. Early assessment and treatment can help prevent the pain from progressing to more serious injuries such as stress fractures.
Symptoms of Shin Splints
Shin splints symptoms can vary from a mild ache to more significant pain that affects your ability to stay active. Common symptoms include:
- Dull, aching pain along the front or inner side of the shin
- Tenderness when pressing on the affected area of the shin bone
- Pain at the start of exercise that may ease as you continue, then return afterwards
- Worsening pain with running, jumping, or fast walking
- Mild swelling around the lower leg
- Soreness on both legs (often shin splints affect both sides)
- Discomfort when walking uphill or on hard surfaces
Shin Pain Limiting Your Training?
Persistent shin pain is not something you should “run through”. Our clinicians can assess the cause of your shin splints and design a targeted plan to keep you active safely.
Common Causes of Shin Splints
1. Sudden Increase in Activity
Rapidly increasing running distance, speed, or training frequency places extra stress on the shin bone and surrounding tissues, often triggering shin splints.
2. Running on Hard or Uneven Surfaces
Training on concrete, bitumen, or uneven trails increases impact forces through the lower leg, contributing to irritation and pain.
3. Unsupportive or Worn-Out Footwear
Shoes that lack cushioning, are poorly fitted, or well past their useable life can reduce shock absorption and increase load on the shins.
4. Foot and Leg Biomechanics
Flat feet, high arches, leg length differences, or poor running technique can change how forces travel up the leg, placing stress along the tibia.
5. Weakness or Tightness in Muscles
Weak calf, hip, or core muscles, combined with tight calves or hamstrings, can contribute to overload of the shin and surrounding tissues.
6. Training Errors
Inadequate warm-up, poor recovery, sudden changes in footwear, or frequent high-intensity sessions all increase the likelihood of shin splints.
When to Seek Immediate Medical Attention
Seek urgent care if you have severe shin pain that makes walking difficult, pain localised to a small pinpoint area (possible stress fracture), significant swelling, or pain at rest and at night. People with diabetes or poor circulation should treat any new leg pain as a priority.
How Are Shin Splints Diagnosed?
A careful assessment is important to confirm shin splints and rule out more serious conditions such as stress fractures or compartment syndrome. Your clinician may use:
- Medical history: Discussion of your symptoms, training load, footwear, and surfaces
- Physical examination: Palpation along the shin bone, assessment of tenderness and swelling
- Gait and biomechanical analysis: Observation of how you walk and run to identify contributing factors
- Strength and flexibility tests: Checking calf, hip, and core strength and muscle tightness
- Imaging (if needed): X-ray, bone scan, or MRI if a stress fracture or other pathology is suspected
Get a Clear Diagnosis
We combine clinical testing with gait and load analysis to confirm the cause of your shin pain and guide the most effective treatment approach.
Treatment Options for Shin Splints
Most cases of shin splints respond well to conservative treatment, especially when addressed early. Treatment focuses on reducing pain, restoring normal loading, and correcting contributing factors.
Conservative Treatments
- Activity modification: Reducing or temporarily stopping high-impact exercise
- Rest and cross-training: Switching to low-impact activities such as cycling or swimming
- Ice therapy: Applying ice packs after activity to reduce pain and inflammation
- Supportive footwear: Using well-cushioned, supportive shoes suited to your foot type
- Custom orthotics: Correcting foot posture and reducing abnormal stress on the shin
- Stretching exercises: Targeting tight calf and lower leg muscles
- Strengthening exercises: Building strength in the calves, feet, hips, and core
- Load management plan: A structured return-to-running or sport program
- Pain relief medication: Short-term use as recommended by your healthcare provider
Advanced Treatments
- Shockwave therapy: Sometimes used for persistent cases that are slow to respond
- Dry needling or soft tissue therapy: To address muscle tightness and trigger points
- Referral for imaging or specialist review: If a stress fracture or other condition is suspected
Preventing Shin Splints
You can reduce your risk of shin splints by:
- Gradually increasing training intensity, distance, and frequency
- Warming up properly before exercise and cooling down afterwards
- Wearing appropriate, supportive footwear and replacing worn-out shoes
- Including strength and stability training for the calves, hips, and core
- Varying training surfaces where possible to avoid constant impact on hard ground
- Maintaining good flexibility in the calves and lower legs
- Addressing early niggles or discomfort instead of pushing through pain
When to See a Clinician
Book an appointment if you experience:
- Shin pain that lasts more than a week or keeps returning
- Pain that worsens despite rest and simple self-care
- Shin tenderness in a very specific spot (possible stress fracture)
- Swelling, redness, or warmth along the shin
- Pain that interferes with walking, running, or sport
- Shin pain alongside a history of bone stress injuries or low bone density
Frequently Asked Questions
Mild cases may improve within 2–4 weeks with rest and load management. More persistent cases or those present for a long time can take 6–8 weeks or longer, especially if training errors and biomechanics are not addressed.
Continuing to train through significant pain increases the risk of a stress fracture. In many cases, running loads need to be reduced or temporarily stopped while a structured rehab and return-to-running plan is put in place.
No. Shin splints (medial tibial stress syndrome) involve irritation of the bone and soft tissues over a broader area, whereas a stress fracture is a small crack in the bone at a very specific point. A clinician can help distinguish between the two and organise imaging if needed.
