Surgeons must rethink pelvic organ prolapse treatment by adopting a dynamic biomechanical approach.

• The study identifies three key features of pelvic floor stability: a triangular support structure, a posterior fornix acting as a fulcrum, and a precise vaginal folding angle.
• Shifting from static to dynamic reconstruction strategies could significantly reduce recurrence rates for patients.

This approach emphasizes the need for personalized treatment plans tailored to each patient’s biomechanics.

• Further research is essential to establish long-term maintenance strategies for sustained outcomes.