Pelvic pressure injuries (PIs) are a significant health burden in the US and internationally. Several plastic surgery operations are available for surgical reconstruction of chronic pelvic PIs that fail to heal with standard wound management. Surgical flap interventions including fasciocutaneous, muscle, myocutaneous, and free flaps have grown in popularity due to the benefits of creating a physiologic barrier of infection, reducing dead space, improving vascularity, and enabling soft tissue coverage over bony prominences. 1,2 Although surgical flap interventions benefit wound closure, the literature describes a high rate of postsurgical complications. Postoperative incisional dehiscence remains one of the most common complications of reconstructive flap surgeries for pelvic PIs. Therefore, when composing a plan for surgical flap closure of chronic PIs, team-based preparation is of utmost importance to ensure the best possible outcome and optimize the patient's quality of life. [1][2][3][4] One challenge related to flap injury is ensuring that appropriate medical equipment and devices are available so that patients are properly offloaded during transfer. Postoperative management after flap reconstruction begins with a multidisciplinary approach to ensure the best surgical outcomes and reduce complications. To avoid complications associated with reconstructive flaps, it is imperative that infection is controlled, 5,6 nutrition is optimized, 7 and surgical sites are monitored and kept clean and dry. 8 Moreover, offloading is critical to ensuring the flap surgical site heals properly. 1,[9][10][11][12][13] Implementing post-flap-intervention protocols for all operative patients is helpful to ensure proper offloading and prevent flap failure. The authors' facility accomplishes this through a team-based approach.