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In supersymmetric models with gaugino mediated SUSY breaking (inoMSB), it isassumed that SUSY breaking on a hidden brane is communicated to the visiblebrane via gauge superfields which propagate in the bulk. This leads to GUTmodels where the common gaugino mass $m_{1/2}$ is the only soft SUSY breakingterm to receive contributions at tree level. To obtain a viable phenomenology,it is assumed that the gaugino mass is induced at some scale $M_c$ beyond theGUT scale, and that additional renormalization group running takes placebetween $M_c$ and $M_{GUT}$ as in a SUSY GUT. We assume an SU(5) SUSY GUT abovethe GUT scale, and compute the SUSY particle spectrum expected in models withinoMSB. We use the Monte Carlo program ISAJET to simulate signals within theinoMSB model, and compute the SUSY reach including cuts and triggers approriateto Fermilab Tevatron and CERN LHC experiments. We find no reach for SUSY by theTevatron collider in the trilepton channel. %either with or without %identifiedtau leptons. At the CERN LHC, values of $m_{1/2}=1000$ (1160) GeV can be probedwith 10 (100) fb$^{-1}$ of integrated luminosity, corresponding to a reach interms of $m_{\tg}$ of 2150 (2500) GeV. The inoMSB model and mSUGRA can likelyonly be differentiated at a linear $e^+e^-$ collider with sufficient energy toproduce sleptons and charginos.Comment: 17 page revtex file with 9 PS figure

Reach of the Fermilab Tevatron and CERN LHC for gaugino mediated SUSY breaking models