RHP Physiotherapy Brisbane is your trusted physiotherapy provider.
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Perform better, refine your gait efficiency, and achieve your athletic goals with elite biomechanical design.
Whether you are training for weight loss, weekend fitness, competitive racing, or field sports like football and hockey, lower extremity efficiency is paramount. For sports like running, performance is dictated by two main systems: your cardiovascular physiology and your mechanical structure. Physiology dictates how effectively your heart and lungs supply oxygenated fuel to working muscle tissue.
Biomechanics, conversely, governs how smoothly and efficiently your joints and muscle chains manage physical force. Perfecting your mechanical technique yields a dual advantage: it drastically optimizes oxygen conservation per stride to help you run faster or longer, while systematically shielding you from common overuse conditions such as shin splints or ITB friction syndrome.
While you and your coach drive your training program, our objective clinical focus is to systematically optimize your movement biomechanics.
Analyzing static and dynamic configurations of the foot structure, identifying key issues like excessive pronation or midfoot arch collapse.
Tracing how foot deviations trigger compensatory movements upstream—such as an inward knee roll or hip drop during loading.
Evaluating pelvic control and lower back stability to ensure your structural foundations can manage high running volumes cleanly.
Designing targeted exercise plans, stride changes, and clinical routines to optimize efficiency and keep you running pain-free.
A single structural imbalance down in your foot arch can easily travel upward to manifest as severe hip or back fatigue. Consider a classic example of this kinetic chain reaction:
During the loading phase of your running stride, the structural arch collapses excessively, failing to absorb ground shock efficiently.
This unchecked lower foot roll forces the tibia and femur to rotate inward, throwing off normal knee alignment and forcing the hip to compensate.
The inward rotation results in an unstable pelvic base, placing asymmetric sheer pressure across the lower lumbar joints and triggering lower back pain.
Running gait analysis is a highly focused diagnostic assessment using video technology to record your stride frame-by-frame. It allows our physiotherapists to inspect your foot strike, joint angles, loading times, and alignment throughout the entire running cycle. This reveals the precise structural inefficiencies that can limit your speed or cause chronic injuries.
No, pronation is a normal, healthy motion required for your foot to absorb impact forces from the ground. It only becomes a problem when it is excessive or occurs too quickly, as this forces your knee, hip, and lower back into extreme rotations that can result in conditions like shin splints or localized muscle strain.
Absolutely. Because your lower extremities function as an interconnected kinetic chain, an unstable foundation at the foot forces your pelvis and spine to work harder to maintain balance. Correcting arch tracking stops this chain reaction, removing excessive stress from your lower back joints.
By identifying and fixing structural "power leaks" in your running style, we help you move much more efficiently. Running with optimized biomechanics requires less energy and oxygen per stride, allowing you to run faster or go further without hitting exhaustion early.
Ideally, you should book a check before injuries develop, such as when starting a new training block or preparing for a major event. If you are already experiencing nagging discomfort like Achilles stiffness, heel pain, or knee soreness, an early evaluation is crucial to fix the underlying mechanical cause before it sidelines your training.