Introduction: The HUGO™ RAS is a competitor for leadership in the field of robotic surgery. However, concerns remain about the ease of use of this device by new adopters. We performed the first robot-assisted radical prostatectomy (RARP) procedure in Europe with Hugo RAS. In this video, we described our surgical technique for bilateral nerve-sparing (NS) RARP performed using this novel platform. We also reported surgical setting and outcomes of our case series. Methods: The procedure shown in the video was performed by an experienced robotic surgeon (AM) using HUGO RAS in March 2022. This robotic platform consists of four independent arm carts, novel design hand controllers and an open console. We described a RARP performed according the “Aalst technique”, including useful surgical tips. Moreover, we reported perioperative, pathological and short-term functional outcomes of consecutive patients affected by low- or intermediate-risk prostate cancer (PCa) who underwent NS RARP with HUGO RAS between February and October 2022 at our Center. Results: Patients were in Trendelemburg position. One eleven-mm endoscope port was placed on the midline above the umbilicus, while other three 8 mm robotic ports were placed on a transversal line 5 cm below the optic port. Two laparoscopic ports were positioned in the right hemi-abdomen. Three arm carts were docked from the left of the operative bed, and one from the right. RARP was performed with a trans-peritoneal, anterior approach following validated metrics. Some of the specific characteristics our of technique, described in the video, are: sparing of the median umbilical ligament, postero-lateral approach to the bladder neck, antero-lateral release of the neurovascular bundles, dissection of the apex according to the “collar technique”, posterior muscolofascial reconstruction incorporated into urethrovesical anastomosis. Overall, 76 patients affected by low- or intermediate-risk PCa underwent RARP with HUGO RAS using this technique. In every case, all the steps of the procedure were completed. No intraoperative complication was recorded. Full outcomes are reported in the video. Conclusions: In this video, we described a step-by-step NS RARP performed according to our technique using the novel HUGO RAS. We provided useful tips to perform critical phases of the procedure. Experienced surgeons were able to easily perform all the surgeries with optimal perioperative, pathological, and functional outcomes. Therefore, we showed that surgical experience can be easily transferred to this novel platform. SOURCE OF Funding: None
