  We describe how a soft supersymmetry breaking Lagrangian arises naturally in
the context of almost-commutative geometries that fall within the
classification of those having a supersymmetric particle content as well as a
supersymmetric spectral action. All contributions to such a Lagrangian are seen
to either be generated automatically after introducing gaugino masses to the
theory or coming from the second Seeley-DeWitt coefficient that is already part
of the spectral action. In noncommutative geometry, a supersymmetric particle
content and the appearance of a soft breaking Lagrangian thus appear to be
intimately connected to each other.
