Scientific Biomechanical Assessment and Athlete Screening

Assessment day is where it all begins. We use technology to measure everything from vertical jump height to flexibility and movement patterns. This data provides the blueprint for creating a training program that is tailored specifically to the athlete's needs and goals.

In ACL rehabilitation, hamstring strength is critical for knee stability. Here, we use a force sensor to assess the athlete's peak hamstring force, providing us with objective data to ensure their strength is sufficient to protect the knee and guide their safe return to sport.

Radiating leg pain is not always a disc issue. We educate our athletes on conditions like Deep Gluteal Pain Syndrome, where tight muscles compress the sciatic nerve. Understanding the true source of pain, backed by scientific literature, is key to effective treatment.

We stay current with the latest research to inform our practice. For instance, studies show strength training can reduce running injuries by up to 50%. We use this evidence to address common issues like weak glutes or shin splints with targeted, proven exercises.

Meet Dr. Gazal Sagar, our sports physiotherapist. She explains the importance of evidence-based practices, such as using isometric exercises in knee rehabilitation. Our programs are grounded in scientific principles to ensure a safe and efficient return to sport.

Poor movement mechanics are a red flag for future injuries in young athletes. We use Functional Movement Screening (FMS) to identify issues like knee valgus or limited mobility, allowing us to design corrective strategies that build safe and efficient movement patterns from a young age.

Our Return to Sport program is a structured, data-driven plan for your comeback. It includes a one-on-one pain and movement assessment, a progressive weekly plan, and technology-based progress tracking to ensure you return stronger and more resilient than before.