  Precision electroweak data, a light higgs and LHC searches for new spin one
particles are all very constraining on technicolor models. We use a holographic
model of walking techicolor (WTC) gauge dynamics, tuned to produce a light
higgs and low $S$ parameter, to estimate the range of possible vector($\rho$)
and pseudo-vector($A$) resonance masses and couplings as a function of the
number of colours and the number of flavours of techni-singlet and
techni-doublet quarks. The resulting models predict techni-hadron masses and
couplings above the current limits from dilepton resonance searches at the LHC
because their masses are enhanced by the strong coupling extending into the
multi-TeV range, while couplings to Standard Model fermions are partly
suppressed. The models emphasize the contortions needed to continue to realize
technicolor, {the need to explore new signatures beyond dilepton for LHC and
also motivate a 100 TeV proton collider.
