On November 1 2026, Security Forces Hospital in Riyadh performed Saudi Arabia’s first robotic‑assisted breast reconstruction on a 43‑year‑old woman who had previously undergone a nipple‑ and skin‑sparing mastectomy after a breast cancer diagnosis.
The operation, carried out by a specialized medical team from the General Department of Medical Services at the Ministry of Interior, used a robotic platform to harvest tissue, skin, and fat from the patient’s abdomen and transfer it to the chest. The delicate transfer employed microsurgical techniques that stitch tiny blood vessels together, allowing the transplanted tissue to survive.
Microsurgery is a method that uses very small instruments—often less than 0.5 millimetres across—to connect veins and arteries. In conventional breast reconstruction, this procedure is carried out through open surgery, which requires a larger incision and can disrupt the abdominal wall. By contrast, the robotic system allows the surgeon to make a series of small, “minimally invasive” cuts that preserve the muscle tissue that supports the abdomen.
In this first‑ever robotic breast reconstruction, the robotic tool gave the surgeon enhanced precision and a steadier hand than is possible with human fingers alone. The technology also offers a magnified view of the surgical field, allowing the team to identify the vascular structures in the abdomen and chest with greater clarity.
The significance of the procedure extends beyond the individual patient to the broader Saudi healthcare system. It demonstrates the Ministry of Interior’s commitment to adopting cutting‑edge medical and surgical technologies, according to the Saudi Press Agency announcement.
Security Forces Hospital, part of the General Department of Medical Services, is one of the largest military medical facilities in the country. Over the past decade, it has expanded its capabilities in surgical oncology, advanced imaging, and transplant medicine, positioning itself as a training centre for specialists who practice both conventional and robotic techniques.
Data from the hospital’s surgical logs indicate that robotic breast reconstruction has been increasingly explored in a few other international centres. However, the operation performed in Riyadh remains the first documented instance in Saudi Arabia.
The patient’s recovery was reported to be unremarkable. Because the abdominal wall remained largely intact, there was a reduced risk of hernia or significant scarring, problems that can arise with larger, open incisions.
Experts note that the risks of robotic breast reconstruction include limited tactile feedback. To mitigate this, the surgical team relied heavily on the robot’s visual guidance and the surgeon’s experience in microsurgery.
There is top‑line agreement among surgeons that the robotic approach can improve aesthetic outcomes. Early postoperative imaging showed that the transferred tissue blended well with the chest wall, giving a natural contour and symmetry.
Several medical journals in the region are reviewing case reports from the hospital to assess long‑term functional and cosmetic results. The data will help determine whether robotic surgery becomes the standard of care for similar patients in the Kingdom.
The Saudi Press Agency highlighted that the achievement also reflects the broader efforts to improve the efficiency and quality of care for beneficiaries, a goal that the Ministry has pursued amid a national health transformation plan.
Future directions include training more surgeons in robotic microsurgical techniques and expanding the use of robotics for other complex reconstructive operations, such as flap or reconstruction after trauma.
Overall, the successful procedure marks a notable milestone for Saudi Arabia’s surgical capabilities, illustrating the practical benefits of combining robotic precision with microsurgical skill to enhance patient outcomes while maintaining the structural integrity of donor sites.
