Biomechanical running analysis: the science behind efficient movement
Running is one of the most popular physical activities in the world, known for its benefits to cardiovascular health and fitness. However, to maximise the benefits and avoid injury, it is essential to understand the biomechanics behind it. In this guide we explore biomechanical running analysis and the science behind efficient, safe running.
Why biomechanics matters in running
Biomechanics is the study of the movements of the human body and the forces acting on it. In running, biomechanical analysis plays a crucial role, helping runners, coaches and health professionals understand movement patterns, identify areas of risk and optimise performance.
Components of a biomechanical running analysis
1. Posture and alignment
Correct posture and body alignment are fundamental to efficient, safe running. A biomechanical analysis assesses the runner's posture, including the position of the head, shoulders, hips and feet.
2. Stride length and cadence
Running biomechanics considers stride length and step frequency. An appropriate stride helps distribute impact evenly, reducing the risk of injury.
3. Foot strike angle
The foot strike angle is the angle at which the foot meets the ground. A biomechanical analysis can determine whether the runner has a healthy strike angle, which can affect running efficiency.
4. Muscle strength and balance
A proper distribution of muscle strength is essential for stability and injury prevention. A biomechanical analysis can identify muscle imbalances that may lead to problems.
5. Shock absorption
The ability to absorb shock at initial contact is critical to avoiding injury. A biomechanical analysis assesses how the body handles impact forces while running.
Benefits of a biomechanical running analysis
Injury prevention: identifies biomechanical problems that may increase injury risk and allows corrective measures to be put in place.
Better performance: helps optimise running efficiency, which can lead to greater speed and endurance.
Individualisation: gives runners personalised guidance based on their unique biomechanical characteristics.
Rehabilitation: useful in rehabilitation after injury, guiding a gradual return to running.
Seeing a biomechanics professional
For a biomechanical running analysis, it is essential to see a qualified professional. With the information from the analysis, each athlete can refine their technique, reduce injury risk and enjoy safer, more efficient running.
Dr. Miguel Reis e Silva
Doctor at Sport Lisboa e Benfica
Medical Director and Founder of Clínica Myalgia
For more information or to book a biomechanical running analysis, please contact us using the form below.