How to Prevent Running Injuries: A Physiotherapist’s Guide for Amsterdam Runners
Running in Amsterdam: Benefits and Risks
From Vondelpark loops at dawn to long Amstel riverside runs on a Sunday morning, Amsterdam is a genuinely good city to run in — flat, scenic, and with a culture that takes recreational sport seriously. Yet running is one of the highest-injury-rate sports in existence. Studies consistently suggest that somewhere between 50 and 79 percent of runners sustain at least one injury per year, and the majority of those injuries are overuse in nature — meaning they built up gradually, were signalled early, and were ignored until they became impossible to run through.
The encouraging part: most running injuries are preventable. Not through a single magic warm-up or the right shoe, but through understanding what your body is actually telling you and responding with the right input at the right time. That is the lens we use at Alter — symptoms are outputs of a system under stress, and the goal is always to find and address the primary restriction before the system breaks down.
The Most Common Running Injuries — and What They Are Actually Signalling
Each of these injuries has a tissue-level name, but behind every label is a loading pattern the body could not manage. Understanding the pattern matters more than the label.
- Runner’s knee (PFPS — patellofemoral pain syndrome) — a dull, diffuse ache around or behind the kneecap that tends to worsen on downhill running, stairs, or after sitting for long periods. Usually a story about the kneecap tracking laterally under load, which in turn often reflects reduced hip-abductor control or limited ankle dorsiflexion.
- Shin splints (MTSS — medial tibial stress syndrome) — pain and sometimes tenderness along the inner border of the tibia. A classic sign of bone and connective tissue that has been loaded faster than it can remodel. Training volume spikes and running surface changes are common triggers.
- Plantar fasciitis — sharp, stabbing heel pain that is typically worst with the first steps in the morning and after sitting, then eases with movement before returning later in a long run. The plantar fascia is under tension; the question is always why — reduced ankle mobility, weak intrinsic foot muscles, a sudden increase in mileage, or often a combination.
- IT band syndrome — a stabbing lateral knee pain that tends to arrive at a predictable point in each run (often around 20–30 minutes) and feels better with rest. The IT band itself is rarely the primary problem; hip-extension capacity, hip-abductor strength, and cadence all play a role.
- Achilles tendinopathy — stiffness and localised pain at the back of the heel, often worst on waking and at the start of a run before “warming up.” Tendons respond to load; when the rate or volume of loading exceeds their current capacity, they adapt poorly and become sensitised.
For a broader look at how these fit into the landscape of sport-related injuries in the city, our Sports Physiotherapy Amsterdam Injury Guide covers the assessment and management principles we apply across injury types.
Key Prevention Principles
Progressive Training Load
The single most reliable predictor of a running injury is a sudden spike in training volume or intensity — what sports scientists call an acute-to-chronic workload imbalance. Your tissues adapt to load, but they need time. Bone remodels on a timeline of weeks to months; tendons adapt more slowly than muscle. The often-cited guideline of increasing weekly mileage by no more than ten percent is a reasonable starting heuristic, though the more important habit is paying attention to how your body responds to each increase rather than following a number rigidly. Schedule one recovery day between hard sessions, rotate between easier and harder weeks, and treat fatigue as data rather than weakness.
Strength Training for Runners
Running is a single-leg sport. At mid-stance, your entire body weight — multiplied by two to three times due to ground reaction forces — passes through one leg. If the hip abductors, glutes, and calf complex cannot control that load, the knee, ankle, and foot will compensate in ways that accumulate over thousands of steps per run.
Two to three strength sessions per week, focused on: single-leg squats (monitor knee tracking over the second toe), Romanian deadlifts or hip hinges for posterior-chain loading, and progressive calf raises — both double and single-leg, through full range — will meaningfully increase your resilience. These are not gym extras; for a runner, they are part of training.
Running Gait Analysis
Small technical faults — overstriding (foot landing far ahead of the centre of mass), excessive heel striking under a low cadence, inward knee collapse at loading response, or a lateral trunk lean that shifts load asymmetrically — are repeated thousands of times in a single run. Over weeks and months, they accumulate into tissue stress that eventually exceeds capacity.
A clinical gait analysis involves slow-motion video assessment of your running mechanics on a treadmill, combined with hands-on assessment of your mobility, motor control, and movement patterns off the treadmill. The goal is to identify the one or two inputs — a cadence cue, a hip-extension drill, an ankle mobility intervention — that produce an immediate, measurable change in how you move. We confirm the change before you leave the session. This is the “smallest effective input” principle in practice: we are not rebuilding your running form from scratch; we are finding the missing piece that lets the system reorganise itself.
If you are actively training for an event and want to combine injury prevention with performance optimisation, our guide on Sports Injury Prevention with Physiotherapy in Amsterdam goes deeper into the evidence base for this approach.
Appropriate Footwear
Running shoes are not one-size-fits-all, and the “best shoe” is the one that suits your foot mechanics, running style, training surface, and weekly volume. Maximalist cushioning is not categorically better than minimalist; the right choice depends on context. What is consistent across the evidence: worn-out shoes lose their mechanical properties gradually, and most runners do not notice until something hurts. Replace your shoes every 600–800 kilometres. If you are unsure, a specialist running-shoe retailer in Amsterdam can help with a fit assessment — this is separate from, and complementary to, a clinical gait analysis.
Recovery and Sleep
Tissue adaptation happens during recovery, not during the run itself. Injuries tend to occur when fatigue accumulates faster than the body can rebuild — a gap that widens with poor sleep, inadequate nutrition, chronic stress, or too little time between hard sessions. Seven to nine hours of sleep is not a lifestyle recommendation; it is a training variable. On rest days, low-impact movement — walking, cycling, swimming, or yoga — maintains circulation and sensory input to tissues without adding impact stress. Think of rest days as active recovery rather than doing nothing.
How We Find and Resolve the Root Cause
When a runner comes to us with an injury or wants to prevent one, we do not start with the painful area. We start with a full picture: training history, load progression, movement quality, sensory inputs, and nervous-system state. We ask where the system is restricted — is there a joint not moving through its full range, a motor pattern compensating for lost strength somewhere upstream, a sensitised pain response that has outlasted the original tissue injury?
Once we identify the primary restriction, we apply a targeted input — which might be manual therapy to restore joint movement, a specific loading exercise to rebuild tendon capacity, a gait cue to change a mechanical stress pattern, or fine needles placed to modulate a sensitised neural pathway. We then test immediately: has the range of motion changed, has the pain response shifted, does the movement look different? That measurable change confirms we have found the right lever. The specific tool is chosen by that reasoning; it is downstream of the assessment, not the starting point.
In some cases — particularly for persistent or complex presentations — we use real-time ultrasound imaging to guide our work with precision. You can read more about that approach in our overview of Ultrasound-Guided Acupuncture at Alter Physio.
Self-Care and Simple Exercises to Start Today
These will not replace a proper assessment, but they address the most common gaps we see in Amsterdam runners:
- Single-leg calf raise progression: Stand on one foot on a step, lower your heel below the step level slowly (3 seconds down), pause, then raise (2 seconds up). Aim for 3 sets of 15 repetitions per leg, three times per week. This is the most evidence-supported exercise for Achilles and plantar fascia resilience.
- Hip hinge with control: Stand on one leg, hinge forward from the hip (not the lower back) until your torso is roughly parallel with the floor, then return. The standing knee should stay slightly bent and track over the second toe throughout. Three sets of ten per leg. This trains the posterior chain and hip control simultaneously.
- Ankle dorsiflexion mobility: Kneel with one foot flat on the floor. Drive your knee forward over your second toe without the heel lifting. Measure how far forward the knee can travel. Restricted dorsiflexion contributes to runner’s knee, plantar fasciitis, and Achilles loading problems. A consistent mobility routine here — ten repetitions each side, twice daily — can produce meaningful change within two to three weeks.
- Cadence awareness: A running cadence of roughly 170–180 steps per minute tends to reduce overstriding and lower impact forces at the knee. Use a running watch or a free metronome app on your next easy run and aim to match that rhythm. It will feel odd at first; that is normal. Small increases — five percent at a time — are better than sudden changes.
- Load management journal: Keep a simple weekly log of total kilometres, perceived effort, and any niggles. The pattern over three to four weeks tells you far more than any single session. Responding early to a two-out-of-ten ache is always better than managing a five-out-of-ten injury.
When to Come In
Some signals are worth acting on rather than running through:
- Pain that changes your running mechanics — limping, shortening your stride, or favouring one side
- Discomfort that is present at rest or worsens progressively through a run rather than settling
- A recurring niggle in the same location across multiple sessions
- Morning stiffness or swelling that takes more than 20–30 minutes to resolve
- Any acute sharp pain, locking, or giving way in a joint
Earlier assessment consistently leads to simpler, faster resolution. Most running injuries that are caught early require only a few sessions to address; the same injuries left for months tend to involve sensitised pain systems, compensatory movement habits, and deconditioning that take considerably longer to unravel.
Frequently Asked Questions
Should I stop running completely if I have a running injury?
Not necessarily, and often not. Complete rest removes the load that caused the injury, but it also removes the loading stimulus the tissue needs to adapt and recover. The goal is usually to find the volume, pace, and surface on which you can run with acceptable symptoms while the underlying cause is being addressed. That threshold is individual and should be guided by a proper assessment.
How long does a running gait analysis take?
At Alter, a full running assessment — including off-treadmill movement screening, slow-motion gait analysis, and hands-on examination — is booked as a 25- or 55-minute physiotherapy session. You will leave with specific findings, a clear explanation of what we found and why it matters, and targeted next steps rather than a generic exercise sheet.
Can acupuncture help with running injuries?
Fine needling can be a useful input for modulating sensitised pain responses, improving tissue perfusion in slow-healing structures like tendons, and addressing muscle inhibition patterns — but it is one tool within a broader clinical reasoning process, not a standalone treatment. We use it when the assessment indicates it is the most efficient way to shift the system, often in combination with manual therapy and specific loading exercises.
I am training for the Amsterdam Marathon — when should I start injury prevention work?
Ideally, 12–16 weeks before your target event, when training volume begins to climb significantly. A baseline movement assessment at that point allows us to identify and address any restrictions before they become injuries under high load. If you are already in a high-volume training block and feeling early warning signs, come in sooner rather than waiting to see if it resolves.
If you are running in Amsterdam — whether for the next half-marathon, for your mental health, or simply because you enjoy it — and you want to stay injury-free or resolve something that has been bothering you, a proper assessment is the most efficient place to start. We will find the actual restriction, not just the painful area, and give you a clear, measurable path forward.
Book a running assessment with Hidekazu — or explore our booking page to find a time that works for you.