  In this letter we have presented a novel version of "long-lived" gluinos in
supersymmetric models with the gluino the lightest ordinary supersymmetric
particle [LOSP] and axino LSP. Within certain ranges of the axion decay
constant $f_a < 1 \times 10^{10}$ GeV, the gluino mass bounds are reduced to
less than 1000 GeV. The best limits can be obtained by looking for decaying
R-hadrons in the detector where the gluino decays to a gluon and axino in the
calorimeters. SUSY models with a gluino LOSP can occur over a significant
region of parameter space in either {\em mirage-mediation} or general
gauge-mediated SUSY breaking models. The gluino LOSP is not constrained by
cosmology, but in this scenario the axion/axino may be good dark matter
candidates.
