  We study the sensitivity of the proposed SHiP experiment to the LQD operator
in R-parity violating supersymmetric theories. We focus on single neutralino
production via rare meson decays and the observation of downstream neutralino
decays into charged mesons inside the SHiP decay chamber. We provide a generic
list of effective operators and decay width formulae for any LQD coupling and
show the resulting expected SHiP sensitivity for a widespread list of benchmark
scenarios via numerical simulations. We compare this sensitivity to expected
limits from testing the same decay topology at the LHC with ATLAS.
