Key result
Hugo RAS prolongs colorectal surgery by ~26 minutes vs the Da Vinci system.
Why the study?
New robotic platforms such as Hugo RAS have been introduced, but high-quality evidence directly comparing operative outcomes with the established Da Vinci system remains scarce.
Does the Hugo RAS platform improve operative outcomes compared to the Da Vinci system in patients undergoing colorectal surgery?
Meta-Analysis (n=370)
Does the Hugo RAS platform improve operative outcomes compared to the Da Vinci system in patients undergoing colorectal surgery?
Mean Difference: 25.98 (95% CI 6.35–4.62)
p-value: p=0.009
The Hugo RAS platform appears to be a technically reliable alternative to the Da Vinci system for colorectal surgery with comparable perioperative outcomes, despite a longer operative duration.
Longer operative times with Hugo RAS do not compromise outcomes; extends evidence supporting its use as a reliable alternative to Da Vinci.
Background: The advantages of robotic surgery have increasingly led to its rapid adoption in surgical practice. In this context, new robotic platforms such as Hugo RAS have been introduced in recent years to meet the demand for cost-effective alternatives to the well-established Da Vinci system. However, high-quality evidence directly comparing the operative outcomes of these platforms remains scarce. Methods: The current PRISMA and Cochrane guidelines were followed. After careful study selection using the MEDLINE, Scopus, Google Scholar, and Cochrane Register databases, relevant operative and oncologic outcomes were extracted and analyzed from suitable studies comparing the Hugo RAS and Da Vinci platforms in colorectal surgery. ROBINS-I and GRADE were applied to judge the risk of bias and evidence level, respectively. Results: Five comparative studies with a total of 370 patients (Hugo RAS: n = 130; Da Vinci: n = 240) were included in the final analysis. Operative duration (min) was significantly longer in the Hugo RAS cohort than in Da Vinci procedures (MD 25.98, 95% CI: 6.35–4.62; p = 0.009; I2 = 38%). Other endpoints, including the duration of hospitalization, operative morbidity, and oncological parameters, were comparable between the groups, although considerable heterogeneity was observed for length of hospital stay. The amount of blood loss (mL) was reported to be lower in the Da Vinci group in four studies, whereas one study found lower blood loss in the Hugo RAS group, resulting in conflicting findings and substantial heterogeneity across the included studies. The overall risk of bias ranged from moderate to serious. Conclusions: The results presented here suggest that colorectal surgery using the modular Hugo RAS platform is technically reliable and effective with apparently comparable perioperative outcomes to the Da Vinci system. Nevertheless, serious methodological and statistical limitations, as well as inter-study heterogeneity, warrant further high-quality, standardized, multi-institutional studies.
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Vaghiri et al. (2026) conducted a meta-analysis in Colorectal surgery (n=370). Hugo RAS vs. Da Vinci was evaluated on Operative duration (min) (MD 25.98, 95% CI 6.35-4.62, p=0.009). Colorectal surgery using the Hugo RAS platform resulted in a significantly longer operative duration compared to the Da Vinci system (MD 25.98 min; 95% CI 6.35-4.62; p=0.009).
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