  Randall-Sundrum models are models of quark flavor, because they explain the
hierarchies in the quark masses and mixings in terms of order one localization
parameters of extra dimensional wavefunctions. The same small numbers which
generate the light quark masses suppress contributions to flavor violating tree
level amplitudes. In this note we update universal constraints from electroweak
precision parameters and demonstrate how future measurements of flavor
violation in ultra rare decay channels of Kaons and B mesons will constrain the
parameter space of this type of models. We show how collider signatures are
correlated with these flavor measurements and compute projected limits for
direct searches at the 14 TeV LHC run, a 14 TeV LHC luminosity upgrade, a 33
TeV LHC energy upgrade, and a potential 100 TeV machine. We further discuss the
effects of a warped model of leptons in future measurements of lepton flavor
violation.
