  Top like vector quarks arising from underlying strong sectors are expected to
have large decay widths pushing them beyond the narrow width approximation. In
this paper we consider a broad colored vector quark that strongly couples to an
exotic pseudoscalar. We use the full 1PI resummed propagator for the exotic
quark to recast the present LHC constraints ruling out masses below
$\sim1.2~(1.1)$ TeV for width to mass ratio of $0.1~(0.6)$. We utilize machine
learning techniques that are demonstratively more efficient than traditional
cut based searches to present the reach of HL-LHC on the parameter space of
this broad resonance. We find that at $3~ab^{-1}$ the HL-LHC has a discovery
potential up to $1.6$ TeV dominated by the pair production channel. We study
the feasibility of using machine learning techniques to analyze the broad
resonance peaks expected from these exotic quarks at collider experiments like
the LHC.
