  We use a holographic description of technicolor dynamics to study gauge
theories that only break chiral symmetry when aided by a strong four fermion
interaction. These Nambu-Jona-Lasinio (NJL) assisted technicolor models provide
examples of different dynamics from walking technicolor which can, by tuning,
generate a light higgs like $\sigma$ meson. We compute the vector meson
($\rho$) and axial vector meson (A) spectrum for a variety of models with
techni-quarks in the fundamental representation, enlarging the available
parameter space over a previous analysis of walking theories. These predictions
determine the parameter space of a low energy effective description where LHC
constraints from dilepton channels have already been applied. Many of the
models with low numbers of electroweak doublets still lie beyond current
constraints and motivate exploration of new signatures beyond dilepton for LHC
and a 100 TeV proton collider.
