  Assuming that the sbottom is the lightest supersymmetric particle (LSP), we
carry out an analysis of the relevant signals expected at the LHC. The
discussion is established in the framework of the $\mu\nu$SSM, where the
presence of $R$-parity violating couplings involving right-handed neutrinos
solves simultaneously the $\mu$-problem and the accommodation of neutrino
masses and mixing angles. The sbottoms are pair produced at the LHC, decaying
to a lepton and a top quark or a neutrino and a bottom quark. The decays can be
prompt or displaced, depending on the regions of the parameter space of the
model. We focus the analysis on the right sbottom LSP, since the left sbottom
is typically heavier than the left stop because of the D-term contribution. We
compare the predictions of this scenario with ATLAS and CMS searches for prompt
and long-lived particles. To analyze the parameter space we sample the
$\mu\nu$SSM for a right sbottom LSP, paying special attention to reproduce the
current experimental data on neutrino and Higgs physics, as well as flavor
observables. For displaced (prompt) decays, our results translate into lower
limits on the mass of the right sbottom LSP of about $1041$ GeV ($1070$ GeV).
The largest possible value found for the decay length is about $3.5$ mm.
