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Background <p>The emergence of new multi-modular robotic surgical systems, such as Hugo RAS and Versius, introduces architectural and ergonomic variations compared with the established Da Vinci platform. While their surgical performance has been widely investigated, limited data exist regarding anesthesiological outcomes. This study aimed to compare intraoperative anesthetic parameters across three robotic platforms in a tertiary academic center.</p> Methods <p>A retrospective observational analysis was conducted on 258 consecutive patients who underwent robotic abdominal, urological, or gynecological surgery between January 2024 and June 2025. Patients were stratified according to the robotic platform used—Da Vinci, Hugo RAS, or Versius. Intraoperative variables, including Trendelenburg angle, anesthesia duration, pneumoperitoneum time, urine output, and fluid balance, were compared among groups.</p> Results <p>The Da Vinci system was used in 68.6% of cases, followed by Versius (15.9%) and Hugo RAS (15.5%). No major differences were observed in anesthesiological or postoperative outcomes across platforms, except for a higher intraoperative urine output with Versius in gynecological surgery. Minor variations included a steeper Trendelenburg position in colorectal surgeries performed with Da Vinci and shorter operative and pneumoperitoneum times with Versius in abdominal wall procedures.</p> Conclusion <p>Despite structural and ergonomic differences, the Hugo RAS and Versius systems demonstrated anesthesiological safety and intraoperative performance comparable to the Da Vinci platform, supporting their safe integration into clinical practice.</p>

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Intraoperative outcomes of robotic surgery across multiple multimodal systems

  • 期刊论文

  • 出版模式：

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  • 发表日期：

    2026年1月19日

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  • Antonio Fioccola,
  • Ilaria Angioni,
  • Isabella Fratti,
  • Alessandro Monte,
  • Maria Chiara Sighinolfi,
  • Bernardo Rocco,
  • Paolo Pietro Bianchi,
  • Davide Chiumello

摘要

Background

The emergence of new multi-modular robotic surgical systems, such as Hugo RAS and Versius, introduces architectural and ergonomic variations compared with the established Da Vinci platform. While their surgical performance has been widely investigated, limited data exist regarding anesthesiological outcomes. This study aimed to compare intraoperative anesthetic parameters across three robotic platforms in a tertiary academic center.

Methods

A retrospective observational analysis was conducted on 258 consecutive patients who underwent robotic abdominal, urological, or gynecological surgery between January 2024 and June 2025. Patients were stratified according to the robotic platform used—Da Vinci, Hugo RAS, or Versius. Intraoperative variables, including Trendelenburg angle, anesthesia duration, pneumoperitoneum time, urine output, and fluid balance, were compared among groups.

Results

The Da Vinci system was used in 68.6% of cases, followed by Versius (15.9%) and Hugo RAS (15.5%). No major differences were observed in anesthesiological or postoperative outcomes across platforms, except for a higher intraoperative urine output with Versius in gynecological surgery. Minor variations included a steeper Trendelenburg position in colorectal surgeries performed with Da Vinci and shorter operative and pneumoperitoneum times with Versius in abdominal wall procedures.

Conclusion

Despite structural and ergonomic differences, the Hugo RAS and Versius systems demonstrated anesthesiological safety and intraoperative performance comparable to the Da Vinci platform, supporting their safe integration into clinical practice.