Perfect Your Pre-Season: How to Avoid the Late Summer Injury Spike

Pre-season starts before the fixtures do, and the way you approach it can affect the whole year ahead. The better the build-up, the more support your body has for repeated sessions, match demands and the days in between. Rush the process and an avoidable knee, ankle or Achilles problem may interrupt your season before it has properly begun.

Every August, amateur footballers, rugby players, hockey players and netballers across the UK start moving from relaxed summer routines back into structured training. Within a matter of days, occasional exercise can become repeated sprinting, sharp changes of direction, tackling, jumping and high-impact running.

Your enthusiasm may return immediately. Your physical readiness often takes a little longer.

At Perfect Balance, this is why we see pre-season as more than a fitness phase. It is an opportunity to rebuild strength, restore sport-specific capacity and identify unresolved movement or injury problems before September’s schedule becomes harder to manage.

Why injuries rise when pre-season begins

Your body adapts to the activity it performs regularly. When sprinting, jumping and high-speed direction changes reduce during the summer, your tolerance for those movements can also begin to change.

You may still feel reasonably fit after cycling, gym sessions, holidays or casual runs. However, general fitness is not the same as being prepared for the particular forces involved in football, rugby, hockey or netball.

Pre-season often introduces several changes at once:

• More training sessions each week.

• Longer or faster running sessions.

• Repeated acceleration and braking.

• Greater exposure to jumping and landing.

• More time on firm or artificial surfaces.

• Less recovery between sessions.

• A return to contact and unpredictable movement.

The body must absorb and produce considerable force during these activities. If the increase happens faster than the muscles, tendons and joints can adapt, symptoms may begin to appear.

This is the mechanical basis of overload. The issue is not necessarily that one session was excessive. It is often that the session represented a much larger demand than the body had recently experienced.

What the research tells us about workload spikes

A three-season study of English Premier League footballers examined the relationship between training load and subsequent injury. When players had a relatively low background workload, a sharp rise in their acute workload was associated with a five-to-seven-times greater risk of soft-tissue injury.

Professional football data cannot be used to calculate an amateur player’s personal injury risk. The demands, monitoring and recovery environments are very different. However, the study illustrates an important principle: a body with little recent exposure to demanding activity may be more vulnerable when training rises suddenly.

For a weekend footballer, that spike might mean returning from one gentle run a week to two training sessions and a match. For a netballer, it may involve adding repeated jumping and landing after a summer of lower-impact exercise. A rugby player may be strong in the gym but insufficiently prepared for sprinting, braking and contact.

The answer is not to avoid hard training. It is to build towards it.

The first warning signs are often easy to dismiss

Many pre-season injuries do not begin with a dramatic moment. They start with a change that seems small enough to train through.

Knee discomfort may begin to appear during a run or when you use the stairs after a session. The tendon can feel tight or reluctant during those opening steps of the day. An old ankle sprain can leave the joint feeling less secure once quick movement and impact return.

These signs may reflect increasing load rather than a major injury. They do suggest that the current training demand, recovery pattern or movement strategy deserves attention.

Responding before symptoms escalate can preserve more options for treatment and activity. Adjusting load and rebuilding capacity in August is often easier than trying to maintain training once competitive fixtures are underway.

The common pre-season problems to watch for

Patellofemoral knee pain

This type of knee pain is typically experienced at the front of the joint, around or under the kneecap. It can become noticeable during running, squatting, jumping, stair use or after sitting with the knee bent for a prolonged period.

A recent best-practice guide recommends understanding the person’s background, goals, main symptoms and physical impairments before selecting treatment. Education and exercise form the foundation, with knee-focused rehabilitation and other interventions chosen according to the individual presentation rather than a single formula for everyone.

This aligns closely with our approach at Perfect Balance, where treatment begins with understanding the full presentation. Two runners may feel pain in the same area yet need very different routes back to comfortable running. Training load, hip and calf capacity, ankle movement, strength, recovery and previous injuries may all influence the wider picture.

Achilles tendinopathy

The Achilles tendon works particularly hard during running, sprinting and jumping. A rapid return to these activities may expose a difference between what the athlete wants to do and what the tendon is currently ready to tolerate.

Early symptoms can include morning stiffness, discomfort at the start of a run or soreness that becomes more noticeable several hours after training. The tendon may feel better as it warms up, which can create the impression that the problem has gone away.

The 2024 clinical practice guideline for midportion Achilles tendinopathy places progressive tendon-loading exercise at the centre of care. Recovery is guided by the person’s response, not by a blanket instruction to rest or follow one loading model.

Simply adding heavy calf raises can miss the wider question of what the tendon is currently able to tolerate. The level, type and timing of loading need to match the person, their symptoms and the activity they are returning to.

Ankle sprains and lingering instability

An ankle sprain may feel settled once swelling and pain have reduced, but balance, reaction speed and confidence can remain affected. These deficits may only become obvious when the athlete returns to cutting, landing or reacting to another player.

A systematic review involving 4,959 football players found that prevention programmes containing balance exercises reduced ankle injury rates by 36% compared with control programmes. This supports the inclusion of balance and neuromuscular work within pre-season preparation, particularly for players with a history of ankle injury.

Balance training should progress beyond simply standing on one leg. Sport requires you to maintain control while moving, looking elsewhere, responding to another player and managing fatigue.

Five practical ways to prepare your body at home

A productive pre-season should develop capacity steadily, not simply leave you tired. It comes from moving step by step towards the speed, impact and direction changes that training will demand.

1. Rebuild baseline strength

Strength provides the body with more capacity to manage force. It supports acceleration, braking, jumping, landing and changes of direction while helping you maintain control as fatigue develops.

A systematic review and meta-analysis of strength-training injury-prevention trials found that the included interventions reduced sports injury risk to approximately one-third of the risk seen in comparison groups. The review also found a dose-response relationship, suggesting that consistent participation matters rather than strength work being treated as an occasional extra.

A simple home programme could include:

• Squats or sit-to-stands.

• Split squats.

• Step-ups.

• Hip bridges.

• Straight-knee and bent-knee calf raises.

• Controlled single-leg squats to a chair.

Start with versions you can perform steadily and comfortably. Progress by increasing resistance, range, repetitions or single-leg demand rather than changing everything in one session.

2. Restore mobility where you genuinely need it

Mobility is useful when a restriction affects the way you run, squat, turn or land. The question is not how far a joint can move, but whether it can move well enough for the task ahead.

For example, restricted ankle movement may affect how force travels through the knee during landing. Reduced hip movement may alter stride or turning mechanics, while limited thoracic rotation can influence sports involving reaching, tackling or stick work.

Pair mobility work with active control. Gaining more movement without developing strength in that range may not improve how you perform under sporting load.

3. Build single-leg control and balance

Most running and field-sport movements happen primarily on one leg at a time. Your pre-season work should reflect that.

Begin with single-leg balance and controlled step-downs. You can then add reaching, directional movement, small hops and landing tasks as your confidence improves.

Footballers and other pitch-based athletes may gain particular value from warm-ups that include strength, balance and movement control. A meta-analysis of the FIFA 11 and FIFA 11+ programmes found that the FIFA 11+ programme reduced overall football injury rates by approximately 39%, while the earlier FIFA 11 programme did not show the same clear effect.

The benefit comes from regular use. Completing a prevention programme once or twice is unlikely to create the same adaptation as making it part of normal training.

4. Reintroduce running, sprinting and direction changes in stages

Steady running alone does not fully prepare you for team sport. Football, rugby, hockey and netball require acceleration, deceleration and movement in several directions.

A sensible progression might include:

1. Easy continuous running.

2. Short controlled accelerations.

3. Faster straight-line efforts.

4. Planned direction changes.

5. Reactive drills.

6. Sport-specific work under fatigue.

Allow your body to respond before progressing to the next stage. Pay attention not only to how you feel during training but also to stiffness, pain and fatigue later that day and the following morning.

5. Treat recovery as part of the programme

Adaptation occurs between sessions, not only during them. Sleep, nutrition, stress and the spacing of harder sessions all influence how much training your body can absorb.

Try not to place several high-impact sessions together after a period of reduced activity. A hard field session, heavy leg workout and long run on consecutive days may create more accumulated load than any one session suggests.

Recovery does not necessarily mean stopping all activity. Walking, gentle cycling or light mobility can maintain movement while reducing the demand placed on sensitive tissues.

Why old injuries deserve attention before the season

One of the strongest reasons to plan ahead is that pain relief and complete recovery are not necessarily the same thing.

An ankle may no longer hurt but still lack reactive balance. A knee may tolerate jogging but struggle once sprinting and cutting return. An Achilles may cope with everyday walking yet become painful when the intensity of running rises.

At Perfect Balance, we look at what the person needs to return to, not simply whether they can perform a basic movement in the clinic. A footballer, runner and netballer may all require different tests, progressions and return-to-sport criteria.

This is where preventative care becomes practical. The aim is not to search for faults in a body that feels well. It is to identify meaningful gaps between your present capacity and the demands that are about to increase.

How Deeper Diagnostics may help

Pain identifies where you feel a problem. It does not always explain what is contributing to it.

Gait analysis and biomechanical assessment can help clinicians examine how you walk, run, control the leg and distribute force. Strength testing and sport-specific movement assessment can then add context to what is seen.

For example, an athlete with recurrent knee pain may load one side differently or lack sufficient calf and hip capacity for their current running volume. SBasic strength can return while rapid balance and control remain less reliable after repeated ankle injuries. A runner with persistent Achilles symptoms may need a closer look at tendon capacity, training progression and the demands of their stride.

The purpose is not to label every difference as abnormal. Human movement naturally varies. The value lies in identifying findings that relate to the athlete’s symptoms, history and sporting goals, then turning those findings into a clear plan.

That approach reflects the Perfect Balance principle of investigating rather than guessing. Deeper Diagnostics sit within a wider, multidisciplinary assessment so that the right expertise can be introduced at the right stage.

Where Shockwave Therapy and Laser Therapy may fit

Some people begin pre-season with a persistent tendon or soft-tissue problem that has already been present for several weeks or months. Exercise and load management remain central to rehabilitation, but selected cases may benefit from additional clinical support.

Following assessment, Shockwave Therapy or Laser Therapy may be considered where clinically appropriate. These treatments are not substitutes for strength work, progressive loading or movement rehabilitation, and they should not be presented as quick fixes.

Their role is to sit within a structured treatment pathway. At Perfect Balance, technology is used to support the plan when it has a clear clinical purpose, not simply because the equipment is available.

Your August pre-season checklist

Before full training begins, consider the following questions:

• Have you increased your weekly activity gradually?

• Can you perform controlled single-leg strength exercises on both sides?

• Have you reintroduced faster running rather than only steady jogging?

• Have you practised braking, landing and changing direction?

• Does an old ankle injury still feel less stable?

• Do you notice knee pain when running, squatting or using stairs?

• Is your Achilles stiff in the morning or after training?

• Are you recovering adequately between harder sessions?

• Does one side feel noticeably weaker or less controlled?

• Are you carrying a summer niggle and hoping it will simply disappear?

You do not need to move perfectly or pass every test without effort. You are looking for repeated signs that one area may not be keeping pace with the rest of your preparation.

Addressing that difference now may help you train with greater confidence when the season begins.

Start the season stronger, not just fitter

A successful pre-season should improve more than your cardiovascular fitness. It should help you accelerate, turn, land and recover with confidence while giving your muscles, tendons and joints enough time to adapt.

At Perfect Balance, preventing sports injuries is not about promising that sport can be made risk-free. It is about helping you understand your body, prepare for the demands ahead and respond early when something begins to change.

A few focused weeks in August can influence how much of the time you spend playing rather than watching from the side. Start with what your body can manage today, then build towards where you want it to be.

Tomorrow’s body starts here.

If you are returning to football, rugby, hockey, netball, running or another sport and something does not feel ready, consider arranging a pre-season assessment. We can help you understand what is limiting you, identify the right starting point and develop a plan that fits your sport, your schedule and your goals.

Perfect Balance services mentioned in this article

Service availability may vary by clinic, so please confirm the appropriate location when booking.

• Physiotherapy & Sports Therapy: Lord’s Cricket Ground (St John’s Wood), St Albans, Moorgate, Bath, Cobham, Hatfield and Cambridge.

• Gait Analysis: Hatfield, Moorgate and Cambridge.

• Shockwave Therapy: Hatfield, Lord’s Cricket Ground (St John’s Wood), Cambridge and Moorgate.

• Laser Therapy: Lord’s Cricket Ground (St John’s Wood), Hatfield, Cambridge and Moorgate.

Research disclosure

This article was informed by the six peer-reviewed publications listed below. Research involving professional athletes has been used to explain general workload principles rather than to predict the individual injury risk of recreational or amateur players. Assessment and rehabilitation should always be adapted to the person, their symptoms and the demands of their sport.

References

Bowen L, Gross AS, Gimpel M, Li FX. Spikes in acute:chronic workload ratio associated with a 5–7 times greater injury rate in English Premier League football players: a comprehensive 3-year study. British Journal of Sports Medicine, 2020. https://bjsm.bmj.com/content/54/12/731

Lauersen JB, Andersen TE, Andersen LB. Strength training as superior, dose-dependent and safe prevention of acute and overuse sports injuries: a systematic review, qualitative analysis and meta-analysis. British Journal of Sports Medicine, 2018. https://bjsm.bmj.com/content/52/24/1557

Thorborg K, Krommes KK, Esteve E, Clausen MB, Bartels EM, Rathleff MS. Effect of specific exercise-based football injury prevention programmes on the overall injury rate in football: a systematic review and meta-analysis of the FIFA 11 and FIFA 11+ programmes. British Journal of Sports Medicine, 2017. https://bjsm.bmj.com/content/51/7/562

Neal BS, Lack SD, Bartholomew C, Morrissey D. Best practice guide for patellofemoral pain based on synthesis of a systematic review, the patient voice and expert clinical reasoning. British Journal of Sports Medicine, 2024. https://bjsm.bmj.com/content/58/24/1486

Chimenti RL, Neville C, Houck J, Cuddeford T, Carreira D, Martin RL. Achilles pain, stiffness, and muscle power deficits: midportion Achilles tendinopathy revision 2024. Journal of Orthopaedic & Sports Physical Therapy, 2024. https://www.jospt.org/doi/10.2519/jospt.2024.0302

Al Attar WSA, Khaledi EH, Bakhsh JM, Faude O, Ghulam H, Sanders RH. Injury prevention programmes that include balance training exercises reduce ankle injury rates among soccer players: a systematic review. Journal of Physiotherapy, 2022. https://www.sciencedirect.com/science/article/pii/S1836955322000509