  Rather general considerations from the string theory landscape suggest a
statistical preference within the multiverse for soft SUSY breaking terms as
large as possible subject to a pocket universe value for the weak scale not
greater than a factor of 2-5 from our measured value. Within the
gravity/moduli-mediated SUSY breaking framework, the Higgs mass is pulled to
m_h~ 125 GeV while first/second generation scalars are pulled to tens of TeV
scale and gauginos and third generation scalars remain at the few TeV range. In
this case, one then expects comparable moduli- and anomaly-mediated
contributions to soft terms, leading to mirage mediation. For an assumed
stringy natural value of the SUSY mu parameter, we evaluate predicted sparticle
mass spectra for mirage mediation from a statistical scan of the string
landscape. We then expect a compressed spectrum of gauginos along with a
higgsino-like LSP. For a linear (quadratic) statistical draw with gravitino
mass m_{3/2}~ 20 TeV, then the most probable mirage scale is predicted to be
around \mu_{mir}~10^{13} (10^{14}) GeV. SUSY should appear at high-luminosity
LHC via higgsino pair production into soft dilepton pairs. Distinguishing
mirage mediation from models with unified gaugino masses may have to await
construction of an ILC with \sqrt{s}>2m(higgsino).
