Whether you’re heading to Perisher, Thredbo or planning an overseas snow trip, preparing your body before you leave can make all the difference.

Skiing and snowboarding are physically demanding sports. They require you to absorb uneven terrain, maintain balance, react quickly and spend hours in a semi-squat position. If your joints aren’t moving well or your muscles aren’t prepared, your body will often compensate – and that’s when discomfort, fatigue and injury can creep in.

Here’s why your ankles, knees and hips deserve some attention before you hit the slopes!

Start from the ground up: Ankle Mobility

Your ankles are your foundations on the slopes!

Good ankle mobility allows your knees to move comfortably over your toes, helping you maintain a strong, athletic position inside your ski boots or snowboard bindings. It also helps you absorb bumps, control your turns and adapt to changing terrain.

When ankle mobility is limited, it’s common to compensate through the knees, hips or lower back. This can reduce control, increase muscle fatigue and make it harder to stay balanced throughout the day.

QUICK CHECK: Try the Knee-to-Wall Test

> Keep your heel flat on the floor

> Touch your knee to the wall

> Aim for appox. 10cm between your big toe and the wall.

> Compare both sides!

Knee Mobility: More than just bending

While your knees don’t require huge amounts of mobility, they do need to move comfortably through a squat position.

Whether you’re carving turns, riding moguls or getting on and off the chairlift, your knees are constantly bending and absorbing load.

If knee movement is restricted due to stiffness, previous injury or pain, you may find yourself relying more on your hips or back. This reduces efficiency and increases fatigue.

Equally important is having the strength to repeatedly control these movements over a full day on the mountain.

QUICK CHECK: CAN YOU HOLD A WALL SIT?

> Slide your back down a wall until your knees are around 90degrees

> Keep your feet flat and knees tracking over your toes.

> Hold the position for as long as you can with good control

> Aim for 45-60seconds. Bonus if you can do this 3-4x

Hip Mobility: Your Steering Wheel

Your hips play a huge role in balance, control and generating movement.

Good hip mobility allows you to stay centred over your skis or board, while making smooth, controlled turns. It also helps distribute forces through the lower body rather than overloading one particular joint.

Stiff hips can make it harder to maintain good posture, particularly as fatigue sets in later in the day.

Strong glute muscles also help improve stability, reducing unnecessary stress on the knees!

QUICK CHECK: Try this 90/90 hip rotation test

> Sit on the floor with both knees bent at 90degrees, feet wider than your knees.

> Rotate your knees side to side, while keeping your chest tall.

> Compare both sides.

> Aim for: Smooth, controlled movement, with no pinching or sharp pain.

Mobility is only half the story

While good joint mobility is important, it’s only one piece of the puzzle. Preparing for the snow should also include:

> Strength training

> Single leg balance

> Core control

> Plyometric exercises

> Cardiovascular fitness

The stronger and more conditioned your body is before your trip, the more you’ll enjoy long days on the mountain.

SNOW READY checklist:

Before your next ski or snowboard trip, see if you can tick these off:

> Knee-to-Wall test: ~10cm both sides

> Comfortable body weight squat

> Hold single leg balance for 30seconds each side. BONUS – do this on uneven surface eg. grass, sand etc

> Complete 25 single leg calf raises each leg

> Hold a wall sit for 60seconds. BONUS – complete this 3 times!

> Walk, hike or cycle comfortably for 30-45minutes.

Ready to hip the slopes?

A little preparation before your trip can go a long way towards improving your confidence, reducing fatigue and helping you get the most out of every run.

If you’re dealing with stiffness, recovering from an injury or simply want to make sure you’re snow ready, our physiotherapists can assess your mobility, strength and movement to help you enjoy a safer and stronger ski season.

With the 2026 FiFA World Cup captivating football fans around the globe, we’re seeing the game’s biggest stars sprint, change direction and unleash powerful strikes on goal. While the goals and spectacular saves make the headlines, these explosive movement pace enormous demands through the quadriceps – particularly the rectus femurs.

In fact, quad strains account for almost one in every five muscle injuries in soccer. While hamstring injuries often steal the spotlight, injuries to the front of the thigh remain a significant cause of missed training and match time, particularly in players who spring, accelerate, decelerate and kick at high velocity.

The Rectus Femoris

The quadriceps consist of four muscles, but the rectus femurs is injured far more often than the others.

Unlike the facts muscles, the rectus femoris crosses both the hip and knee. This means it works hard to:

> Flex the hip

> Extend the k nee

> Produce explosive force during sprinting

> Generate power during kicking

Recent elite athlete data found that over 90% of quadriceps strains involved the rectus femoris, with almost half occurring during kicking actions.

Why Does Kicking Increase Injury Risk?

Kicking is one of the most important skills in soccer, and the quads play a major role in generating power. Most players can tolerate these loads well, but when kicking is combined with fatigue, sudden increases in training or match load, or inadequate strength, the risk of a quadriceps strain can increase.

The highest forces actually occur just before your foot strikes the ball. During this phase:

> the hip rapidly extends

> the knee moves into extension

> the rectus femoris lengthens while producing large amounts of force.

The good news is that kicking itself isn’t the problem. With good strength, appropriate training and gradual exposure to kicking and sprinting, most players can continue to perform confidently while reducing their injury risk.

It’s Not Just About Kicking

Many quad injuries actually occur during:

> Maximal sprinting

> Sudden acceleration

> Sharp deceleration

> Rapid changes of direction

Fatigue towards the end of training or matches can also reduce force control, increasing injury risk.

Who’s Most at Risk?

Risk factors include:

> Previous quadriceps strain

> Rapid increases in training load

> Returning too quickly after injury

> Poor strength or side-to-side asymmetry

> Limited exposure to high-speed running during training

> Heavy kicking volumes, particularly in pre-season

Can Quad Strains Be Prevented?

While no injury is completely preventable, you can reduce your risk by:

> Building quadriceps, hamstring and glute strength

> including regular sprinting in training to prepare for match demands

> increasing training and match loads gradually

> Completing a dynamic warm-up, such as the FIFA 11+, before training and games.

If you do develop pain or tightness in the front of your thigh, early assessment and treatment can help you recover faster and reduce the risk of a more significant injury

How Physiotherapy Helps

Effective rehabilitation goes beyond stretching. A progressive rehab program should include:

> Restoring strength throughout the full range

> Eccentric quadriceps loading

> Hip flexor strengthening

> Sprint progression

> Graded kicking exposure

> Agility and change-of-direction drills

> Return to play testing

The goal isn’t simply to get back on the field, it’s to return with the capacity to tolerate the demands of soccer.

The Bottom Line

Quadriceps strains remain one of the most common muscle injuries in soccer, accounting for around one in five muscle injuries at the professional level. Because the quadriceps are responsible for explosive kicking, sprinting and acceleration, they are exposed to some of the highest forces in the game. A structured rehab program that progressively restores strength, speed and kicking capacity offers the best change of returning safely while reducing the risk of recurrence.