Running Injuries

running technique guidance with physio beside runner outdoors

Running technique guided by physiotherapist

Running injuries usually develop when training load rises faster than your body can adapt. They commonly affect the knee, shin, ankle, foot, and calf, although symptoms can also spread into the hip or back.

Quick Summary: Running Injuries

Most running injuries are caused by training overload rather than trauma.
The knee, shin, Achilles, calf, heel, and foot are most commonly affected.
Sudden changes in weekly distance, speed, hills, or terrain increase risk.
Many runners can stay active with smart load modification rather than complete rest.
Early physiotherapy helps reduce downtime and guides a safer return to running.

Most running injuries are overuse problems rather than single traumatic events. In practice, they usually build when weekly kilometres, hills, speed work, terrain, or footwear changes outpace strength, recovery, and tissue tolerance. That is why early symptom control and better load management matter for both recreational and competitive runners.

Common trouble spots include the knee, shin, Achilles, heel, foot, and calf.
Sudden changes in volume, pace, hills, or shoes often increase injury risk.
Many runners can stay active with smart load modification rather than full rest.
Persistent pain, limping, swelling, or local bone pain deserves earlier review.

If knee pain is your main problem, you can also browse our broader knee pain guide and knee sports injury pages. If you mix your training with other endurance activities, see our sports injuries hub, walking, and cycling injuries pages. For treatment support, visit sports injury physiotherapy.

Running injuries percentages by body region infographic

Common lower-limb injury areas in runners

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What Are Running Injuries?

Running injuries are pain or overload problems that develop when repeated running stress exceeds your tissue capacity. They usually involve the lower limb, especially the knee, shin, calf, Achilles, heel, ankle, or foot, and often build gradually across a training block rather than after one single incident.

Physical Demands of Running

Running places repeated load through the foot, ankle, calf, shin, knee, hip, and trunk. Each stride asks your tissues to absorb force, control landing, and then push off again. Therefore, even a small training error can become a bigger issue when it is repeated thousands of times across one week.

How Common Are Running Injuries?

Running injuries are common in both novice and experienced runners. Research consistently shows that overuse problems make up a large share of running-related injuries, with the knee, lower leg, ankle, and foot among the most frequently affected regions.

Where Do Running Injuries Usually Occur?

Most running injuries affect the lower limb. The knee is commonly reported, followed by the shin, foot, ankle, calf, and Achilles. However, pelvic control, hip strength, and trunk endurance can also influence how stress spreads through the body during longer runs.

Foot — repeated impact, footwear mismatch, and longer runs can trigger heel and arch pain such as plantar fasciitis.
Ankle — uneven ground, trail surfaces, and fatigue can increase the risk of a sprained ankle.
Shin — load spikes, hard surfaces, and hills can aggravate shin splints or a tibial stress fracture.
Calf and Achilles — speed sessions, hills, and faster training blocks can flare Achilles tendinopathy, calf strain, or calf overload.
Knee — downhill running and rapid volume increases can worsen runner’s knee or outer knee pain such as ITB syndrome.
Hip and pelvis — weak hip control and poor load tolerance can contribute to gluteal, groin, or pelvic overload.
Back — stiffness, reduced trunk endurance, and fatigue can aggravate lower back pain.

Physiotherapist assessing runner’s knee with patella palpation during clinical examination

Knee assessment by physiotherapist

Most Common Running Injuries

Shin splints
Shin pain that builds with impact load, especially after hills or sharp increases in weekly kilometres.
Runner’s knee
Front-of-knee pain that often flares with downhill running, stairs, or higher-volume training blocks.
Achilles tendinopathy
Stiffness or pain in the Achilles that commonly worsens with speed work, hills, and sudden load spikes.
Plantar fasciitis
Heel or arch pain that is often worse after rest, then eases as you warm up.
Tibial stress fracture
More localised pain that can linger after training and worsen with hopping or repeated impact.

Key Tip: Change one training variable at a time. Avoid increasing both distance and intensity in the same week, particularly if you are also adding hills, gym work, or extra running days.

Why Do Running Injuries Happen?

Most running injuries happen because repeated load exceeds your tissue capacity. This can occur when volume and intensity rise together, recovery drops, or underlying strength and control are not keeping pace with the training block. In other words, the problem is often not running itself, but how much load your body is being asked to tolerate.

How Does Load Management Affect Running Injuries?

Load management is one of the biggest factors in running injuries. Trouble often starts when weekly distance, speed work, hills, races, and gym load all increase at once. A smarter plan changes one key variable at a time, then checks how your body responds during the run and again the next day.

Training Errors and Risk Factors

Both recreational and competitive runners get injured. However, risk often rises when training changes faster than your tissues can adapt. That can happen after:

a sudden jump in weekly kilometres
adding speed work, hills, or trail sessions too quickly
returning after illness, travel, or a long break
trying to increase distance and pace in the same week
ignoring early pain that keeps returning in the same area

Fatigue can also change your stride, reduce landing control, and lower calf, hip, or trunk performance. As a result, you may notice that running injuries start to show up during harder sessions, longer runs, or the day after training.

Injury Risk in Beginner vs Experienced Runners

Beginner runners often get injured when enthusiasm outpaces conditioning. They may add distance too quickly, use unsuitable shoes, or stack too many hard sessions into one week. More experienced runners usually have better tissue capacity, but they can still overload when race preparation, speed work, or total volume becomes too aggressive.

How Running Shoes Can Contribute to Injury Risk?

Running shoes can influence how load is distributed through the foot, calf, Achilles, and knee. A new shoe model, worn-out midsoles, a rapid change in heel drop, or switching between road and trail shoes can all shift stress. Shoes do not prevent every injury, but they should match your current training goals, terrain, and tolerance.

Why Do Runners Get Shin Pain?

Runners often get shin pain when impact load, hills, speed work, or overall volume rises quickly. The most common causes include shin splints and, in more concerning cases, a tibial stress fracture. Localised pain that worsens with hopping or lingers after exercise deserves early assessment.

Why Does My Knee Hurt When Running?

Knee pain in runners often relates to repeated load, control deficits, downhill running, or sudden increases in training. Common causes include runner’s knee and ITB syndrome. In endurance sports such as cycling, similar load issues can also affect the knee.

Why Does My Heel or Achilles Hurt After Running?

Heel or Achilles pain often reflects a load tolerance problem rather than a single incident. Repeated push-off, faster running, hills, and reduced calf strength can aggravate Achilles tendinopathy or plantar fasciitis. Morning stiffness, pain after rest, or worsening symptoms during a training block are common clues.

How Can Physiotherapy Help Running Injuries?

Physiotherapy for running injuries starts with finding the main driver of your symptoms, not just the sore spot. Your physiotherapist may assess training history, single-leg control, calf and hip strength, ankle range, recovery patterns, and running mechanics where relevant.

Next, your plan may include load modification, a graded return-to-running progression, strength targets, and advice on warm-up, footwear, and recovery. Exercise physiology can support conditioning and structured training progression, especially if you want to maintain fitness while reducing impact load. Massage may also help manage muscle soreness during a heavy training block, but it usually works best alongside a clear exercise and load plan. For a general overview of how physiotherapy can help sports and overuse injuries, Healthdirect provides a useful summary of physiotherapy.

What a rehab plan may include

load modification and a staged return-to-running plan
strengthening for the calf, soleus, foot, hip, and trunk
mobility work where stiffness is contributing
running technique advice where relevant
footwear, warm-up, and recovery guidance

Runner Check

Has your weekly distance, speed, or hills changed recently?
Is the pain getting worse, lingering longer, or changing your stride?
Are you recovering properly between harder sessions?

Injury Prevention Tips for Runners

Change one thing at a time: increase distance or intensity, not both in the same week.
Keep easy days easy: use low-intensity sessions to build volume without constant strain.
Build lower-leg capacity: calf, soleus, and foot strength often help improve resilience, especially through the Achilles tendon and calf complex.
Train the hips and trunk: better hip and core strength may reduce overload in novice runners.
Use a smart warm-up: prepare the hips, calves, and ankles before harder sessions. See warming up.
Plan recovery: sleep, nutrition, and spacing hard sessions reduce fatigue-related breakdown.
Review footwear: match shoes to your goals and replace worn pairs before they fail.
Cross-train when needed: cycling, swimming, or strength work can maintain fitness with less impact.

When Should You See a Physiotherapist for Running Pain?

Book an assessment if pain persists across runs, changes your stride, returns after rest, or keeps building through a training block. You should also get checked sooner if you notice swelling, bruising, a sudden pop, limping, giving way, or local bone pain that raises concern about stress injury.

Returning Safely to Running

A graded return usually works better than a test-run approach. Start with run-walk intervals, monitor next-day symptoms, and leave at least 48 hours between early impact sessions. Then, build gradually while continuing strength and control work.

Avoid jumping straight back to your old pace, hills, or weekly distance too early. Consistency and symptom control usually matter more than intensity during the first few weeks back.

FAQs

What are the most common running injuries?

The most common running injuries include shin splints, runner’s knee, Achilles tendinopathy, plantar fasciitis, and stress fractures.

Why do runners get injured?

Most running injuries happen when load rises faster than your body can adapt. Sudden changes in weekly kilometres, hills, speed work, terrain, or shoes commonly contribute, especially when recovery, strength, or sleep are not keeping pace with training demand.

How can you prevent running injuries?

Progress training gradually, strengthen key areas such as the calf, foot, hip, and trunk, and keep recovery consistent. It also helps to change one training variable at a time, use sensible footwear, and act early when pain first appears instead of pushing through it.

Can I keep running with an injury?

In many cases, yes. With good load modification and clear guidance, runners can often continue some training safely. However, sharp local pain, limping, swelling, or suspected bone stress pain deserves earlier review.

Where do most running injuries occur?

Most problems involve the foot, shin, ankle, calf, Achilles, and knee. Common examples include shin splints, runner’s knee, Achilles tendinopathy, and plantar fasciitis.

When should you stop running with pain?

Stop if pain changes your stride, worsens during the run, or lingers into the next day. You should also pause sooner for sharp localised pain, marked swelling, limping, or symptoms that raise concern about bone stress or tendon injury.

Do I need a running assessment?

If your pain keeps recurring, a running assessment can help identify load errors, strength gaps, footwear issues, and technique factors so your plan matches your goals and weekly schedule. It can also help you return more confidently after time off.

Do running shoes prevent injuries?

Running shoes can influence load distribution, but they do not fully prevent injuries on their own. The best shoe is one that suits your current training, terrain, comfort, and tolerance, while your overall load, strength, and recovery still do most of the heavy lifting.

Running injuries rehab with physiotherapist guiding step-down control exercise

Guided running rehab to build control and confidence

What to Do Next

If running injuries are limiting your training, our physiotherapists can assess movement, guide load management, and help you return to running with more confidence.

Book your preferred clinic below to get started.

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These muscle and soft tissue products are commonly used by our physiotherapists to relax or loosen muscles, improve strength, comfort, flexibility, and home exercise programs.