  The Kaluza-Klein excitations of gluons offer the exciting possibility of
probing bulk Randall-Sundrum (RS) models. In these bulk models either a
custodial symmetry or a deformation of the metric away from AdS is invoked in
order to deal with electroweak precision tests. Addressing both these models,
we suggest a new channel in which to study the production of KK-gluons
($g_{KK}$): one where it is produced in association with one or more hard jets.
The cross-section for the $g_{KK}+$ jets channel is significant because of
several contributing sub-processes. In particular, the 1-jet and the 2-jet
associated processes are important because at these orders in QCD the $qg$ and
the $gg$ initial states respectively come into play. We have performed a
hadron-level simulation of the signal and present strategies to effectively
extract the signal from what could potentially be a huge background. We present
results for the kinematic reach of the LHC Run-II for different $g_{KK}$ masses
in bulk-RS models.
