  The specific shape of the squark, slepton and gaugino mass spectra, if
measured with suficient accuracy, can provide invaluable information not only
about the dynamics underpinning their origin at some very high scale such as
the unification scale MG, but also about the intermediate scale physics
encountered throughout their RGE evolution down to the energy scale accessible
for the LHC. In this work, we study general features of the TeV scale soft SUSY
breaking parameters stemming from a generic mSugra configuration within certain
classes of SUSY SO(10) GUTs with different intermediate symmetries below MG. We
show that particular combinations of soft masses show characteristic deviations
from the mSugra limit in different models and thus, potentially, allow to
distinguish between these, even if the new intermediate scales are outside the
energy range probed at accelerators. We also compare our results to those
obtained for the three minimal seesaw models with mSugra boundary conditions
and discuss the main differences between those and our SO(10) based models.
