  In Stealth Supersymmetry, bounds on superpartners from direct searches can be
notably weaker than in standard supersymmetric scenarios, due to suppressed
missing energy. We present a set of simplified models of Stealth Supersymmetry
that motivate 13 TeV LHC searches. We focus on simplified models within the
Natural Supersymmetry framework, in which the gluino, stop, and Higgsino are
assumed to be lighter than other superpartners. Our simplified models exhibit
novel decay patterns that differ significantly from topologies of the Minimal
Supersymmetric Standard Model, with and without $R$-parity. We determine limits
on stops and gluinos from searches at the 8 TeV LHC. Existing searches
constitute a powerful probe of Stealth Supersymmetry gluinos with certain
topologies. However, we identify simplified models where the gluino can be
considerably lighter than 1 TeV. Stops are significantly less constrained in
Stealth Supersymmetry than the MSSM, and we have identified novel stop decay
topologies that are completely unconstrained by existing LHC searches.
