  A variety of experimental searches and theoretical efforts have constrained
gluinos that undergo an all-hadronic decay with no missing energy, as can arise
in R-parity violating or stealth supersymmetry. Although the gluino->jj decay
is robustly excluded, there is gap in current experimental coverage for gluinos
with masses between 51-76 GeV that decay into three light-flavor quarks. In
this work, we probe this gap with published multi-jet data from the UA2
experiment. Despite setting the strongest current limit on this region, we find
that UA2 data is unable to close this gap for gluino->jjj decays. In addition
to this three-jet gap, we note an additional gap for all-hadronic gluino -> n
parton decays with $n\geq 4$ for light gluinos (51 GeV < m < 300 GeV) not
covered by the current search program.
