  We analyse the predictions of both Higgs and top masses in a generic MSSM
satisfying gauge-coupling unification, radiative electroweak symmetry breaking,
with a natural (non-splitted) spectrum of soft-breaking terms, and an arbitrary
soft-breaking scale (above a few TeV). This procedure allows us to identify a
relatively narrow SUSY-allowed region in the $(m_h, m_t)$ plane. We argue that
the compatibility of the measured values of Higgs and top masses with this
SUSY-allowed region is not less surprising than the corresponding compatibility
with the narrow SM metastability region. As such, it provides a non-trivial
signal of the compatibility of present data with a supersymmetric completion of
the SM.
