We recently reported a new water potential, q-AQUA, which includes for the first time a PIP fit to CCSD(T) 4-b energies. This truncation of the many-body interactions appears to be sufficient for many challenging applications from clusters to the condensed phase (radial distribution functions and self-diffusion constants), as described in that paper and references therein. This potential performed very well in the recent assessment for clusters mentioned above and also for radial distribution functions and the self-diffusion coefficient. In order to enhance the treatment of polarization, beyond 4-b interactions, we follow the general strategy used in WHBB to interface q-AQUA with the TTM3-F potential and present the results of doing so here.