Biomechanics
Biomechanical assessment in Munich
Biomechanical assessment investigates how forces, joint positions and movements interact during a specific task. It can reveal unusual patterns, but findings must always be connected with symptoms, clinical examination and sporting demands.
At a glance
Key facts
- Analyze movement during a relevant task
- Consider force, control and joint angles together
- Do not automatically equate an unusual finding with the cause
- Translate results into training goals that can be reassessed
Targeted analysis
The movement determines what should be measured.
Running, landing, changing direction and strength exercises place different demands on the body. A good analysis reproduces the movement that provokes symptoms or needs performance improvement, rather than drawing far-reaching conclusions from an arbitrary standard task.
Practical benefit
Adjust technique, strength work and loading.
Measurement data can help refine technique, strength training or progressive loading. Appropriate reassessment can establish whether a pattern actually changes and whether that change is relevant.
Common questions
Answers to common questions.
Can biomechanical analysis prove the cause of pain?
Usually not on its own. It shows associations and unusual movement patterns. Medical interpretation also requires history, examination and, where appropriate, imaging.
Are asymmetrical movements always a problem?
No. Some differences are functional or sport-specific. They become particularly relevant when associated with symptoms, reduced performance or an unusual change over time.
Author and medically responsiblePD Dr. med. Daniel P. BertholdSpecialist in Orthopaedics and Trauma SurgeryUpdated
Next step
Discuss performance testing and prevention
Describe the goal and current training or health context. The inquiry can then be matched to the appropriate performance or prevention offer.
