  We investigate the phenomenology of flavored dark matter (DM). DM stability
is guaranteed by an accidental ${\mathcal Z}_3$ symmetry, a subgroup of the
standard model (SM) flavor group that is not broken by the SM Yukawa
interactions. We consider an explicit realization where the quark part of the
SM flavor group is fully gauged. If the dominant interactions between DM and
visible sector are through flavor gauge bosons, as we show for Dirac fermion
flavored DM, then the DM mass is bounded between roughly $0.5$ TeV and $5$ TeV
if the DM multiplet mass is split only radiatively. In general, however, no
such relation exists. We demonstrate this using scalar flavored DM where the
main interaction with the SM is through the Higgs portal. For both cases we
derive constraints from flavor, cosmology, direct and indirect DM detection,
and collider searches.
