Sacrocolpopexy is a surgical procedure that corrects pelvic organ prolapse by attaching a piece of synthetic mesh between the top of the vagina and the sacrum (the bone at the base of your spine). This creates a kind of internal bridge that lifts prolapsed organs back into their normal position. It’s considered the gold standard for treating prolapse at the top of the vagina, particularly after a hysterectomy, with anatomical success rates around 86% to 100% depending on how success is measured.
How the Procedure Works
During pelvic organ prolapse, the tissues that hold the uterus, bladder, or rectum in place weaken or stretch, allowing one or more organs to drop down into or beyond the vaginal canal. This can cause a feeling of bulging or pressure, urinary leaking, and difficulty with bowel movements.
In a sacrocolpopexy, a surgeon places surgical mesh along the front and back walls of the upper vagina, then secures the other end of that mesh to a ligament covering the sacrum. Think of it as replacing the worn-out internal “hammock” with a synthetic one. The mesh acts as a permanent support structure, suspending the vaginal vault (or cervix, if the uterus is still present) in its correct anatomical position. Restoring that position typically relieves the pressure, bulging, and urinary symptoms that come with prolapse.
Who Is a Candidate
Sacrocolpopexy is primarily used for apical prolapse, meaning the top of the vagina has descended. It’s most commonly recommended for women who have already had a hysterectomy and develop prolapse afterward. International guidelines generally reserve it for this post-hysterectomy scenario, while native-tissue repairs (procedures that use your own ligaments rather than mesh) are often the first-line option for primary uterine prolapse.
Most studies enroll patients with stage 2 or greater prolapse on the POP-Q scale, a standardized grading system where stage 2 means the organs have descended to or near the vaginal opening. Some research has focused specifically on more advanced cases at stage 3 or 4, where organs protrude well beyond the vaginal opening. Your surgeon will assess the specific compartment involved (front wall, back wall, or apex) and the severity before recommending this approach over alternatives.
Open, Laparoscopic, or Robotic
The same basic operation can be performed three ways: through a large abdominal incision (open), through several small incisions using a camera and long instruments (laparoscopic), or through small incisions with robotic-assisted instruments. All three achieve similar long-term results, but the path to recovery differs.
Laparoscopic sacrocolpopexy involves less blood loss, less pain, and a shorter hospital stay compared to the open approach. Return to normal activities, however, tends to be roughly similar between the two. Robotic-assisted surgery is closely comparable to laparoscopic surgery in outcomes, though operating times can run longer with the robot. One trial found robotic cases averaged 265 minutes compared to 199 minutes for laparoscopic, though another trial found no significant difference. Patients in the robotic group also reported slightly more pain afterward and used painkillers for about 20 days compared to 11 days in the laparoscopic group. Minimally invasive approaches (laparoscopic or robotic) are now the most common choice at most surgical centers.
Success Rates and Long-Term Results
When success is defined strictly as no recurrence of prolapse at the top of the vagina, the rate is essentially 100% in long-term follow-up studies extending past five years. When the definition broadens to include no prolapse recurrence in any compartment (front, back, or apex), success drops to about 86%. That distinction matters because even after fixing the top of the vagina, the front or back wall can develop new prolapse over time.
Urinary urgency and difficulty emptying the bladder tend to improve after surgery. However, stress urinary incontinence (leaking when you cough, sneeze, or exercise) developed in nearly 45% of patients in one long-term study, with about half of those cases appearing within one to three months. Some surgeons perform a concurrent anti-incontinence procedure to reduce this risk, which is something worth discussing before surgery. Bowel function and sexual function generally remain unchanged.
Risks and Complications
The most commonly discussed risk is mesh erosion (sometimes called extrusion), where the mesh works its way through the vaginal wall. In a large multicenter study, the mesh erosion rate was 1.2%, which is low but not zero. If erosion occurs, it can cause pain, discharge, or discomfort during intercourse and may require a second procedure to trim or remove the exposed mesh.
Other reported complications include bladder injury during surgery (about 4.6% of cases), rectal injury (0.6%), and new-onset urinary incontinence (roughly 13%). Wound infection and gastrointestinal complications like bowel obstruction or prolonged constipation occur in a small percentage of cases, more often with the open approach than with minimally invasive techniques. Pain during intercourse after sacrocolpopexy is relatively uncommon, reported in about 5% to 9% of patients depending on the study.
Recovery After Surgery
Most patients go home one to two days after a minimally invasive sacrocolpopexy. Some newer protocols encourage returning to a normal routine, including regular physical activity, as soon as the day after discharge. In practice, though, most gynecologic surgeons still recommend avoiding heavy lifting for at least six weeks. About 60% of surgeons follow that six-week restriction, though the evidence supporting strict prolonged rest is increasingly questioned.
During the first few weeks, you can expect some pelvic soreness, fatigue, and mild bloating (especially after laparoscopic or robotic surgery, which uses gas to inflate the abdomen). Most people return to desk work within two to four weeks and resume exercise gradually after clearing the lifting restriction. Vaginal intercourse is typically off-limits for six to eight weeks to allow the mesh and tissue to heal.
How It Compares to Vaginal Repairs
The main alternative to sacrocolpopexy for apical prolapse is sacrospinous ligament fixation (SSLF), a vaginal approach that stitches the top of the vagina to a ligament deep in the pelvis without using mesh. A meta-analysis of over 3,800 patients found that sacrocolpopexy had a higher overall success rate (about 91% vs. 88%) and a lower recurrence rate (8% vs. 12%). Pain during intercourse was also significantly less common after sacrocolpopexy (roughly 5% vs. 14%).
The trade-off is that the vaginal approach is a shorter operation (about 25 minutes less on average), with lower rates of bleeding, wound infection, and gastrointestinal complications. For women who prioritize long-term durability and sexual function, sacrocolpopexy tends to be the stronger option. For those who need a quicker procedure with fewer surgical risks, or who are not good candidates for abdominal surgery, the vaginal route may be more appropriate.