  We consider a model where the electroweak symmetry breaking is driven by
strong dynamics, resulting in an electroweak doublet scalar condensate, and
transmitted to the standard model matter fields via another electroweak doublet
scalar. At low energies the effective theory therefore shares features with a
type-I two Higgs doublet model. However, important differences arise due to the
rich composite spectrum expected to contain new vector resonances accessible at
the LHC. We carry out a systematic analysis of the vector resonance signals at
LHC and find that the model remains viable, but will be tightly constrained by
direct searches as the projected integrated luminosity, around 200 fb$^{-1}$,
of the current run becomes available.
