Modern sports have evolved, becoming more competitive, dynamic, and physically demanding. Athletes today are stronger, quicker, and more explosive, performing movements that place significant stress on the knee joint. Quick changes in direction, rapid decelerations, and forceful landings are prime triggers for ACL tears, as the ligament is often unable to withstand the sudden force. The demand for high-speed, high-impact movements has increased, making ACL injuries more common in fast-paced sports like football, netball, basketball, and skiing. With new training methodologies pushing athletes to perform at higher intensities, their risk of injury has inevitably risen. 

Athletes—especially young ones—are increasingly specialising in a single sport year-round without adequate rest. The constant repetition of the same movements and lack of cross-training increase stress on the knee, making it more vulnerable to injury. Many athletes begin high-intensity training at an early age, without allowing their bodies the necessary time to develop proper strength and stability. Additionally, overworked and fatigued muscles cannot provide adequate stabilisation to the knee joint, further increasing ACL risk. Without proper recovery strategies and structured training periods, the risk of ligament overuse skyrockets. 

A major factor in ACL injuries is poor movement mechanics and muscular imbalances. Individuals make have weaker quads, hamstrings, glute or core muscles, causing their knees to collapse inward when landing, pivoting, or cutting. Without proper neuromuscular control and stability, these athletes are significantly more prone to ACL tears. When an athlete’s quadriceps overpower their hamstrings, the imbalance can create excessive strain on the ACL, increasing the likelihood of rupture. Additionally, inadequate proprioception (body awareness) and poor coordination can lead to uncontrolled knee movements, further elevating injury risk. 

Minor discomfort may not seem like a big deal, but ignoring it can lead to chronic pain, reduced mobility, and decreased performance. Small imbalances can cause compensations in your movement, leading to further strain and injury over time.

1. Injury Prevention & Movement Screening – Identifying muscle imbalances, mobility restrictions, and weak points before they lead to injuries.
2. Strength & Stability Training – Building a strong foundation to support your body’s movements and reduce strain on joints and muscles.
3. Flexibility & Mobility Improvement – Enhancing range of motion and reducing stiffness through stretching, joint mobilisation, and soft tissue therapy.
4. Recovery & Rehabilitation – Hands-on treatment, dry needling, and personalised rehab programs to restore function and prevent future issues.
5. Performance Enhancement – Optimising movement efficiency, improving power output, and refining mechanics to help you train harder and recover faster.

• Pain or Discomfort That Won’t Go Away – If knee pain, back stiffness, or shoulder discomfort lingers after training, it’s time to get it checked before it worsens.
• Recurring Injuries or Stiffness – If you keep dealing with the same injuries, there’s likely an underlying cause that needs to be addressed.
• Reduced Mobility or Flexibility – If movement restrictions are affecting your performance or causing discomfort, physiotherapy can help restore range of motion.
• Weakness or Instability – Feeling off-balance, unstable, or like certain muscles aren’t engaging properly? A physio can identify and correct the issue.