  We present a study of the production of vector resonances at the LHC via
$W^+Z$ vector boson scattering and explore the sensitivities to these
resonances for expected LHC luminosities. We work in the framework of the
electroweak chiral Lagrangian, where these resonances can be generated
dynamically by unitarizing the scattering amplitudes. We implement all these
features into a model adapted for MonteCarlo, the IAM-MC, that allows us to
give predictions for the sensitivity to these resonances and to the relevant
parameters involved for $pp \to W^+Zjj$, $pp\to \ell_1^+\ell_1^-\ell_2^+\nu
jj$, and $pp \to JJjj$.
