  In bilinear R-parity violation (BRpV), in which the superpotential includes a
bilinear term between the lepton doublet and the up-type Higgs superfields, a
sneutrino LSP can decay into pairs of heavy standard model states: W's, Z's,
tops or Higgs bosons. These finals states can dominate over the traditionally
considered bottom pair final state. This would lead to unique and novel
supersymmetric signals with each supersymmetric event possibly producing two
pairs of these heavy standard model fields. We investigate this possibility and
find that the branching ratio into heavier states dominates when the bilinear
term is much smaller than the sneutrino vacuum expectation value for a given
sneutrino flavor. When BRpV is the only source of neutrino masses these decays
can only dominate for one of the sneutrino generations. Relaxing this
constraint opens these channels for all three generations.
