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We point out that the extra neutralinos and charginos, generically appearingin a large class of $E_6$ inspired models, lead to distinctive signatures fromgluino cascade decays involving longer decay chains, more visible transverseenergy, softer jets and leptons and less missing transverse energy than in theMinimal Supersymmetric Standard Model (MSSM). On the one hand, this makes thegluino harder to discover for certain types of conventional analysis. On theother hand, the $E_6$ inspired models have enhanced 3- and 4-lepton signatures,as compared to the MSSM, making the gluino more visible in these channels.After extensive scans over the parameter space, we focus on representativebenchmark points for the two models, and perform a detailed Monte Carloanalysis of the 3-lepton channel, showing that $E_6$ inspired models areclearly distinguishable from the MSSM in gluino cascade decays.

Novel gluino cascade decays in E6 inspired models