  In the presence of even minuscule baryonic R-parity violation, the stop can
be the lightest superpartner and evade LHC searches because it decays into two
jets. In order to cover this interesting possibility, we here consider new
searches for RPV stops produced in gluino cascades. While typical searches for
gluinos decaying to stops rely on same-sign dileptons, the RPV cascades usually
have fewer hard leptons, less excess missing energy, and more jets than
R-parity conserving cascades. If the gluino is a Dirac fermion, same-sign
dilepton signals are also often highly depleted. We therefore explore search
strategies that use single-lepton channels, and combat backgrounds using HT,
jet counting, and more detailed multijet kinematics or jet substructure. We
demonstrate that the stop mass peaks can be fully reconstructed over a broad
range of spectra, even given the very high jet multiplicities. This would not
only serve as a "double-discovery" opportunity, but would also be a spectacular
confirmation that the elusive top-partner has been hiding in multijets.
