Iatrogenic injury to the vas deferens is an indication for vasovasostomy (VV). Various surgical approaches, including pure microsurgical VV (MVV), pelviscrotal laparoscopic-assisted VV (LAVV), and intra-abdominal robot-assisted VV (RAVV), have been reported to restore vasal patency. MVV is often faced a formidable challenge to provide tension-free VV due to an inadequate vas deferens length. Alternatively, pelviscrotal LAVV is much more effective for the identification and retrieval of the pelvic vas deferens prior to performing MVV. However, vasal laparoscopic mobilization could still be limited by insufficient vasal length for extracorporeal transfer in some cases. The addition of robotic assistance, on the other hand, allows the performance of "in-situ" vasal anastomoses and offers unique features compared with pure MVV/LAVV. However, few such approaches have been described in the literature. This study presents the initial results and validation of robot-assisted VV in an Asian population who had undergone triple herniorrhaphy. Briefly, Intra-operative findings demonstrated a large defect of the vas deferens, and a two-layer bilateral tension-free RAVV was performed to pursue the possibility of naturally achieved pregnancy. With our promising results, intra-abdominal RAVV may be described as a practical approach for cases with iatrogenic large defects of the vas deferens within the inguinal canal.