Capsular management has become a central focus in hip arthroscopy over the past decade, reflecting our evolving understanding of hip stability and soft-tissue preservation. The conversation has appropriately expanded beyond the binary question of repair versus nonrepair to include how the capsulotomy itself is performed and how much iatrogenic disruption is created in the first place. In my practice, there has been a deliberate shift toward techniques that minimize capsular violation, allow for reliable repair, and aim to leave no lasting footprint of surgical access. The hip capsule is not an inert structure but a living tissue with biologic capacity to heal, remodel, and adapt over time. As such, capsular healing should be viewed as a dynamic process rather than a static, time-zero endpoint. Appreciating this temporal behavior is essential when interpreting biomechanical data, counseling patients, and refining postoperative rehabilitation strategies. Continued efforts to align surgical technique with capsular biology will ultimately define the next phase of hip arthroscopy.
David R. Maldonado (Mon,) studied this question.