Knee pain often starts with your feet. Custom orthotics correct foot alignment to improve leg mechanics and reduce knee stress during walking and running.
Get Custom Orthotics for Knee SupportUnderstanding how foot problems lead to knee pain
Over-pronation: Flat feet cause excessive inward rolling, forcing the knee to rotate improperly.
Under-pronation: High arches create rigid foot mechanics, sending shock straight to the knee.
Poor alignment: Misaligned feet change how forces travel up the kinetic chain to your knees.
The biomechanical mechanisms behind knee pain relief
Orthotics position your feet in proper alignment, creating a stable foundation that reduces abnormal knee rotation and stress.
Proper cushioning and support distribute impact forces more evenly, reducing the shock transmitted to your knees with each step.
Better foot mechanics improve how your kneecap tracks in its groove, reducing friction and pain during movement.
Targeted support designed for your specific needs
Personalized corrections: Address your specific foot alignment issues that contribute to knee pain.
Side-specific design: Each foot gets individual treatment based on its unique biomechanics.
Activity-specific support: Designed for your lifestyle and the activities that trigger knee pain.
Gradual reduction in knee stress as foot alignment improves.
Significant reduction in knee pain during daily activities.
Optimal knee function and prevention of future problems.
Get AI-designed orthotics that address the root cause of knee pain through better foot alignment.
Get Custom Orthotics for Knee SupportCommon questions about orthotics for knee pain
Yes, orthotics can help knee pain by correcting foot alignment, which improves leg mechanics and reduces stress on the knee joint during movement.
Poor foot alignment causes improper leg rotation and knee tracking, leading to increased stress on knee ligaments, cartilage, and surrounding muscles.
Orthotics can help with patellofemoral pain, IT band syndrome, and general knee discomfort caused by biomechanical imbalances rather than acute injuries.