Podiatric Biomechanical & Gait Assessment

Understanding how you move to help you move better

Foot, ankle and lower limb pain can be frustrating, particularly when symptoms keep returning despite rest, footwear changes or adjustments to activity. A podiatric biomechanical and gait assessment looks beyond the painful area to understand how your feet, ankles and lower limbs work together, helping identify factors that may contribute to your symptoms and limit your performance.

During your assessment, we evaluate joint mobility, muscle strength, foot posture, balance and movement patterns during activities such as walking, running and single-leg movements. We use the Sensor Medica treadmill and plantar pressure analysis technology to record and analyse your walking or running patterns. This allows us to review and play back your movement, helping you visualise how pressure is distributed beneath your feet and understand movement patterns that may be influencing your pain. We also consider your footwear, injury history and activity demands to identify relevant limitations or areas of increased tissue loading. There is no single ideal way to walk or run; our focus is understanding what matters for your symptoms, function and goals.

For example, someone with recurring plantar fasciitis may have a combination of reduced ankle mobility, calf weakness and difficulty tolerating their current activity levels. Understanding these contributing factors allows us to develop a personalised management plan, which may include targeted strengthening, footwear recommendations, orthotics where appropriate, training modifications and a progressive return-to-running program.

At Echuca Foot and Ankle Clinic, our goal is to help you understand your injury, improve your capacity to tolerate activity and get back to what matters most, whether that's comfortable everyday walking, running or sporting performance.

If pain is limiting the way you move or an injury keeps returning, a biomechanical and gait assessment can help guide your next steps.