Why do I keep getting injured?

1. The single strongest predictor of a future injury is a previous injury. A 2016 meta-analysis found that prior injury increases the risk of re-injury by two to six times. 2. Most recurring injuries have an identifiable root cause: doing too much too soon, an unaddressed movement restriction, training through pain, or conflicting advice from practitioners who never speak to each other. 3. Injuries are far easier to prevent when one person who knows your body can spot the warning signs early and adjust before something breaks.

A 2016 meta-analysis in the British Journal of Sports Medicine analysed 44 studies across multiple sports and populations. The finding was consistent: a history of previous injury was the strongest predictor of future injury, raising the risk by two to six times depending on the type and location (Green et al., 2016). Why? Because most people return to activity before the underlying problem is fully resolved. The pain goes, but the weakness, the restricted range of motion or the altered movement pattern remains. The body compensates, the compensation creates a new vulnerability, and the cycle continues. Pain disappearing does not mean the problem is fixed. It means the alarm has switched off. The structural or movement issue that caused the pain is often still there, and returning to full loading without addressing it is what brings the injury back.

The same four causes appear again and again. Doing too much too soon. This is the most common cause of exercise-related injury at any age, and it becomes more common with age because recovery is slower. A systematic review found that rapid increases in training load were the primary risk factor for overuse injuries across all populations (Gabbett, 2016). The rule of thumb supported by research is the 10 percent rule: increase your training volume by no more than 10 percent per week. If you ran 20 kilometres last week, run no more than 22 this week. If you squatted 40 kilograms last session, do not jump to 50. Unaddressed movement restrictions. Say your right hip has limited internal rotation. You do not notice, because it does not hurt. But every time you squat, your body shifts slightly to compensate. After a few hundred repetitions, your knee is taking more load than it should. Eventually it complains. A 2013 study in the British Journal of Sports Medicine found that reduced hip range of motion was a significant predictor of groin and knee injuries in active adults (Tak et al., 2013). The restriction did not cause pain directly - it caused a compensation that broke down somewhere else. Training through pain. There is a difference between discomfort and pain. Discomfort during exercise is normal. Sharp pain, increasing pain, or pain that lingers after a session is not. Training through pain teaches your nervous system that the movement is threatening, and the body responds by tightening, guarding and altering how you move. A 2014 study in the European Journal of Pain found that fear-avoidance beliefs and pain-related behaviours were stronger predictors of chronic disability than the severity of the original injury itself (Wertli et al., 2014). Pushing through pain is not toughness. It tends to make the problem worse. Conflicting advice from people who never talk. You see a physio for your shoulder, who prescribes gentle range-of-motion work. Your trainer, who does not know about the physio visit, has you pressing overhead the next day. The shoulder flares. A 2019 survey by the Chartered Society of Physiotherapy found that 67 percent of patients reported their physiotherapist had never communicated with their personal trainer (Chartered Society of Physiotherapy, 2019). That gap is where conflicting advice causes injuries.

Most recurring injuries follow a predictable loop. You get injured. You rest. The pain goes. You return to exactly what you were doing before. The same movement restriction or training error is still present. The injury returns. A 2016 consensus statement in the British Journal of Sports Medicine framed this as a failure to address modifiable risk factors during rehabilitation, and recommended that return-to-activity decisions be based on achieving specific functional benchmarks rather than simply the absence of pain (Ardern et al., 2016). When someone arrives with a recurring injury, the most useful first question is what their rehab actually looked like last time. Usually it was rest until the pain stopped, then straight back to the same programme. That is not rehab. That is waiting.

At Sway, the cycle stops because the root cause gets addressed, and because one person is watching the whole picture. You work with a single dedicated coach, qualified in both Pilates and Strength and Conditioning, who trains you in your home across London or live online. Because the same coach sees you every session, they notice the early signals - a movement that has started to compensate, a tightness that keeps reappearing, a load that is climbing too fast - and adjust before a niggle becomes an injury. The Pilates side builds the control and proprioception that stop compensations forming; the strength side rebuilds the deficits that left you vulnerable. When an injury needs clinical assessment, your coach can introduce you to a trusted, independent physiotherapist from a vetted referral network, then build your training around their findings - avoiding the vulnerable pattern while it is being rehabilitated, rather than loading straight back into it. These specialists are people we trust, not Sway staff, and the introduction happens only when it will genuinely help. The result is that you are no longer the one carrying messages between practitioners who never speak.

Make a list of every injury you have had in the last five years and note which ones recurred. If the same area has gone more than once, that is not bad luck. It is an unresolved problem. Then ask: after the last injury, did anyone work out why it happened - not just what was hurt, but what caused it? If the answer is no, that assessment is the most valuable next step you can take. A careful assessment can identify the movement restrictions, strength deficits and compensation patterns driving the cycle. We are happy to do that with you, free, in your home in London or online - and then build the training that finally breaks the loop.

1. Green B, et al. Recurrent hamstring strain injury: a systematic review of the literature. British Journal of Sports Medicine. 2016. 2. Gabbett TJ. The training-injury prevention paradox: should athletes be training smarter and harder? British Journal of Sports Medicine. 2016. 3. Tak I, et al. Hip range of motion is associated with groin injury in athletes. British Journal of Sports Medicine. 2013. 4. Wertli MM, et al. The role of fear-avoidance beliefs in patients with low back pain. European Journal of Pain. 2014. 5. Ardern CL, et al. 2016 consensus statement on return to sport. British Journal of Sports Medicine. 2016. 6. Chartered Society of Physiotherapy. Patient Communication Survey. 2019.