  In this paper we consider a set of soft supersymmetry breaking terms within
the NMSSM which leads to a small hierarchy between the supersymmetry breaking
scale and the electroweak scale. Specifically only the gaugino masses and the
soft term in the Higgs sector are non-vanishing at the GUT scale. This pattern
can be found in gaugino mediated models and in higher-dimensional orbifold
GUTs. We study the phenomenology of this scenario and find different low energy
spectra depending on the Yukawa coupling $\lambda$ of the NMSSM singlet. In
particular, for low values of $\lambda$ the singlet is the lightest scalar and
the singlino is the LSP while for large values of $\lambda$ both are heavy and
the gravitino can be the LSP. The singlet pseudoscalar is very light in the
entire parameter space.
