  The gluino mass has been constrained by various search channels at the LHC
experiments and the recent analyses are even sensitive to the cases where
gluinos decay to quarks at the end of the decay chains through the baryonic RPV
operator. We argue that introduction of extra matters, which is partly
motivated by cancelling anomalies of discrete R symmetry, may help to relax the
gluino mass limit when the RPV hadronic gluino decays are considered. In the
scenarios where the extra matter states appear in the gluino decay chains, the
number of decay products increases and each jet becomes soft, making it
difficult to distinguish the signal from backgrounds. We investigate the
sensitivity of existing analyses to such scenarios and demonstrate that the
gluino mass limit can be relaxed if the mass spectrum reconciles the
sensitivities of high $p_T$ jet searches and large jet multiplicity searches.
