# Robotic Sacro-Pelvic Fixation After Traumatic Fracture: A Case Report of the Utility of Robotics in Surgical Planning

## TL;DR

This case report shows how robotic technology helped successfully fix complex sacro-pelvic fractures in a young man, improving surgical planning and outcomes.

## Contribution

Demonstrates the feasibility of robotic assistance in complex sacro-pelvic fracture fixation through a detailed case report.

## Key findings

- Robotic technology enabled advanced preoperative planning for complex sacro-pelvic fracture fixation.
- The patient had successful postoperative recovery with resolution of preoperative severe constipation.
- The case highlights the potential utility of robotics in improving surgical accuracy and outcomes for traumatic fractures.

## Abstract

The use of robotic technology in spine surgery has been shown to improve the accuracy of pedicle screw placement with faster operative time and less blood loss, particularly in the thoracolumbar region. Here we present a 22-year-old male who underwent successful robotic fixation of multiple unstable traumatic sacro-pelvic fractures. Given the complex nature of the construct, the robot facilitated advanced preoperative planning. Postoperatively, he did experience ileus likely due to opioid usage and his preoperative mechanical obstruction, which resolved quickly with medical management. He otherwise did very well after surgery and had resolution of his preoperative severe constipation. Our experience demonstrates the feasibility and utility of the robot in the fixation of sacropelvic fractures.