  We study the production of doubly charged excited leptons at the LHC. These
exotic states are predicted in extended weak isospin composite models. A recent
analysis of such exotic states was based on a pure gauge model with magnetic
type interactions. We include here the mechanism of contact interactions and
show that this turns out to dominate the production of the doubly charged
leptons. We perform a feasibility analysis of the observation of the tri-lepton
signature associated with the production of the exotic doubly charged lepton
simulating the response of a generic detector. We give exclusion plots in the
parameter space, within statistical uncertainties, at different luminosities.
