  We study the phenomenology of Drell-Yan processes at the Large Hadron
Collider for the case of both the neutral and charged current channels within a
recently proposed 4-Dimensional formulation of the Minimal Composite Higgs
Model. We estimate the integrated and differential event rates at the CERN
machine, assuming 14 TeV and data samples of ${\cal O}(100 {\rm{fb}}^{-1})$, as
at lower energy and/or luminosity event rates are prohibitively small. We pay
particular attention to the presence of multiple resonances in either channel,
by showing that in certain region of parameter space some of these can be
distinguishable and experimentally accessible in the invariant and/or
transverse mass distribution, sampled in either the cross section, the
forward-backward asymmetry or both. At the same time, we assess the indirect
impact onto the line-shape of the emerging gauge boson resonances, both neutral
and charged, of additional heavy fermionic states present in the spectrum of
the model. Finally, we show how to exploit in the kinematic selection the fact
that the extra neutral and charged gauge boson resonances in composite Higgs
models are correlated in mass. Such results rely on a parton level study
including a statystical error analysis.
