Previous benchmarking studies on electronic structure methods for gas phase dipole moments suggest that HF/6-31G* overpolarizes molecules and that MP2/aug-cc-pVTZ predicts accurate molecular dipole moments. Although the overpolarization that results from fitting partial charges to QM ESPs at the HF/6-31G* level is generally considered as a fortuitous outcome in the RESP and AM1-BCC charge models, as it yields charges suitable for use in condensed phase simulations, it is not ideal for simulations at low dielectric environments, such as in gas phase or inside protein cavities. For the present polarizable model, where polarity adapts to environment, we hope to see gas phase molecular dipole moments that accurately match accurate gas phase QM dipole moments provided by the reliable MP2/aug-cc-pVTZ level of theory.