Recent case reports have indicated significant cuff overinflation when using the standard filling volume based on the manufacturerâ??s recommendations in older models of laryngeal tubes. The aim of this study was to determine the minimum cuff pressure needed to perform standardized ventilation without leakage in the new, revised model of the laryngeal tube â??LTS-Dâ?. After ethical approval, LTS-D was placed for ventilation in 60 anesthetized patients. The cuff was inflated to the recommended volume (#3: 60Â ml, #4: 80Â ml, and #5: 90Â ml). After evaluation of the initial cuff pressure (CP), the CP was lowered in 10 cmH2O steps until a minimal cuff pressure of 30 cmH2O was achieved. The absence of an audible leak was required for a step-by-step reduction in the CP. Evacuated cuff volume, success rate, and airway injuries were documented. Data were expressed as medians (interquartile ranges [IQRs]). The comparison of CPs and cuff volumes was performed using the Mann-Whitney test. After initial inflation, the CP ranged from 105 cmH2O [90â??120; #5] to 120 cmH2O [110â??120; #3]. Lowering the CP to 60 cmH2O resulted in a reduced cuff volume ranging from 47Â ml [44â??54; #3] to 77Â ml [75â??82; #5] compared to the initial inflation (pâ??