Pilates can help you return to sport by rebuilding the strength, control and tolerance to load that an injury takes away, once your physiotherapist has cleared you for exercise. It does not replace rehabilitation. Your physio leads the recovery and the decision about when you go back, and studio work complements that plan, filling the gap between moving without pain and having the capacity your sport asks for.
Pilates equipment springs let that load be added in small, controlled steps, from lying down with assistance to standing on one leg, and the sessions mix in strength and conditioning work as you progress.
Where does Pilates fit alongside my physio?
Return to sport is rarely a single moment when you are signed off. A 2016 consensus statement from sports physiotherapists meeting in Bern, led by Ardern, described it as a continuum that runs alongside recovery and rehabilitation rather than a decision made at the end1. It moves from returning to participation, often in modified training, to returning to your sport, and then to performing at your previous level. The statement also noted that research to guide each of these decisions is scarce, which is why it recommended that the athlete, clinicians and coaches decide together.
Our Rehab & Return to Exercise programme sits on that continuum after your physio has cleared you for exercise. The physio sets the restrictions and the milestones, and we align with them, your coach and any gym trainer on goals and programming, so the sessions build towards the same plan. If something flares up, it goes back to your physio.
If I’m pain-free, does that mean I’m ready?
Not necessarily. Pain settling is one milestone, but sport asks for far more than walking or jogging comfortably. Landing from a jump, cutting, decelerating to change direction and pushing off one leg all load the injured side far more than walking or jogging, often when you are tired and reacting to someone else.
After an ACL reconstruction the gap can be large. In a meta-analysis of 19 studies, Wiggins and colleagues found that athletes under 25 who returned to sport had a 23% rate of a second ACL injury, to either knee2. Strength on the injured side is one part of that picture. Grindem and colleagues followed 106 people in pivoting sports for two years after ACL reconstruction and found that more symmetrical quadriceps strength before returning was linked to fewer knee reinjuries, as was waiting until at least nine months after surgery3.
Ankle sprains also recur often, and an overview of systematic reviews by Doherty and colleagues found moderate evidence that neuromuscular training, meaning balance and control work, lowered the rate of repeat sprains4. In both cases the aim is capacity for what your sport does, not just the absence of pain.
How does the studio equipment help you rebuild?
We start with an individual assessment, compare what we find with the movement needs of your sport and your physio’s guidance, and build the programme from there. It is then progressively loaded and reassessed around your training and competition calendar.
Graded load with Pilates equipment springs
Pilates equipment springs can either assist a movement or resist it, so the same exercise can be made easier or harder in small steps. On the trapeze table (Cadillac), lying leg work against the Pilates equipment springs lets you load the hip, knee and ankle through range without full body weight. Footwork on the reformer is a similar early step for the knee and ankle: lying down, so the legs press against the Pilates equipment springs rather than your body weight, lowering slowly and changing the load one spring at a time. Lunging on the reformer then brings in hip extension and control of the pelvis while the injured leg is supported.
Rebuilding single-leg control
Most sports are played on one leg at a time, so a large part of the work is restoring control and strength on the injured side. Step-ups on the stability chair put close to full body weight through the standing leg while the pedal moves under you, and the knee has to stay aligned over the foot as you rise and lower. After an ACL injury this is where the slow lowering phase gets attention, since that is how the quadriceps absorbs force when you land. After an ankle sprain, single-leg footwork on the chair works the ankle through its full range, and standing balance work asks the foot and ankle to make small adjustments without the help of the other leg.
Adding strength and conditioning work
Pilates equipment springs cannot supply the load that sprinting, jumping or heavy lifting puts through a joint, so our sessions are not purely Pilates. We combine Pilates principles with strength and conditioning principles and mix in strength and conditioning work, such as split squats, hinging and, when your physio agrees, landing and hopping drills, depending on your goal and with more focus on control of movement. The amount shifts towards that work as you get closer to full training.
Confidence as well as capacity
Feeling ready matters too. A systematic review of 11 studies and 983 athletes by Ardern and colleagues found that confidence, motivation and low fear were associated with returning to the previous level of sport, and that fear was still common at the point of return5. Graded work gives you repeated experience of the injured side coping with more load, which some people find helps, but we would not present it as a treatment for fear of reinjury. If that fear is holding you back, your physio is the right person to raise it with.
What does the research show?
Most of this research is about rehabilitation and return-to-sport testing in general, not Pilates, so it helps to be clear about what it can tell us.
Well established. Second injuries are common after an ACL reconstruction, especially in young athletes returning to high-demand sport2, and balance and control training has moderate support for reducing repeat ankle sprains4. The consensus view is that return to sport should be a shared, staged decision1.
Promising, but not settled. In the Grindem cohort, 38% of those who failed strength and hop criteria were reinjured against 6% of those who passed, but with only 106 people this difference was not statistically significant3. Webster and Hewett pooled 18 studies and found that only 23% of patients passed return-to-sport test batteries. Passing was linked to a lower risk of rupturing the graft, but not to fewer ACL injuries overall6. Losciale and colleagues reviewed 21 studies of hop tests and found they were fairly associated with how people rated their knee and with returning to sport, but there was not enough evidence to link them to reinjury7. Strength and hop tests are useful information, not a guarantee.
Associations, not causes. The psychological factors above were measured alongside return to sport, so they show a link, not that building confidence changes the outcome5.
Practical application. We have not found controlled trials of equipment-based Pilates as a return-to-sport programme. The approach above applies standard rehabilitation principles: add load gradually, train the movements your sport uses, and rebuild single-leg strength and control. Nothing here removes the risk of reinjury, and the timing of your return stays with your physio.
Where to start
Start with clearance from your physiotherapist, then an initial consultation. It looks at how you move, compares that with what your sport asks of you and takes your physio’s guidance and your training calendar into account. The programme, a mix of Pilates and strength and conditioning work set by your goal, is then built, progressively loaded and reassessed as you return, with exercises to take away between sessions.