AMOEBA-IL has been shown to reproduce properties such as density within 2-5% error compared with experimental data. This is in agreement with the results reported from different force fields, polarizable and nonpolarizable. For nonpolarizable force fields, corrections such as the scaled charge method are commonly applied to improve the performance of the force field on ionic liquid-phase properties including enthalpy of vaporization or self-diffusion coefficients. Nevertheless, this modification impacts density by systematically reducing roughly 3% the calculated values. In the case of enthalpy of vaporization property, AMOEBA-IL consistently reproduces within 12% accuracy (with the exception of [BMIm][Br]), unlike nonpolarizable force fields where errors around 30% have been reported for ionic liquids. Site-site RDFs from AMOEBA-IL are consistent with similar interactions reported in both nonpolarizable and polarizable force fields, low or no discrepancies were found on the peaks reported for the interactions. AMOEBA-IL systematically underestimates the D cation by up to an order of magnitude.