  We study the implications at the LHC for the minimal (least) version of the
supersymmetric standard model. In this model supersymmetry is broken by gravity
and extra gauge interactions effects, providing a spectrum similar in several
aspects to that in natural supersymmetric scenarios. Having the first two
generations of sparticles partially decoupled means that any significant signal
can only involve gauginos and the third family of sfermions. In practice, the
signals are dominated by gluino production with subsequent decays into the stop
sector. As we show, for gluino masses below 2300 GeV, a discovery at the LHC is
possible at \sqrt{s}=14 TeV, but will require large integrated luminosities.
