  We discuss the upper bound on the gluino mass in supersymmetric models with
vector-like extra matters. In order to realize the observed Higgs mass of 125
GeV, the gluino mass is bounded from above in supersymmetric models. With the
existence of the vector-like extra matters at around TeV, we show that such an
upper bound on the gluino mass is significantly reduced compared to the case of
minimal supersymmetric standard model. This is due to the fact that radiatively
generated stop masses as well the stop trilinear coupling are enhanced in the
presence of the vector-like multiplets. In a wide range of parameter space of
the model with extra matters, the gluino is required to be lighter than $\sim
3$ TeV, which is likely to be within the reach of forthcoming LHC experiment.
