  We discuss the main signatures of the Bilepton Model at the Large Hadron
Collider, focusing on its gauge boson sector. The model is characterised by
five additional gauge bosons, four charged and one neutral, beyond those of the
Standard Model, plus three exotic quarks. The latter turn into ordinary quarks
with the emission of bilepton doublets $(Y^{++},Y^{+})$ and $(Y^{--},Y^{-})$ of
lepton number $L=-2$ and $L=+2$ respectively, with the doubly-charged bileptons
decaying into same-sign lepton pairs. We perform a phenomenological analysis
investigating processes with two doubly-charged bileptons and two jets at the
LHC and find that, setting suitable cuts on pseudorapidities and transverse
momenta of final-states jets and leptons, the model yields a visible signal and
the main Standard Model backgrounds can be suppressed. Compared to previous
studies, our investigation is based on a full Monte Carlo implementation of the
model and accounts for parton showers, hadronization and an actual
jet-clustering algorithm for both signal and Standard Model background, thus
providing an optimal framework for an actual experimental search.
