  Non-trivial supergeneralization of the Kerr-Newman solution is considered as
representing a combined model of the Kerr-Newman spinning particle and
superparticle.
  We show that the old problem of obtaining non-trivial super black hole
solutions can be resolved in supergravity broken by Goldstone fermion.
Non-linear realization of broken N=2 supersymmetry specific for the Kerr
geometry is considered and some examples of the super-Kerr geometries generated
by Goldstone fermion are analyzed. The resulting geometries acquire torsion,
Rarita-Schwinger field and extra wave contributions to metric and
electromagnetic field caused by Grassmann variables.
  One family of the self-consistent super-Kerr-Newman solutions to broken N=2
supergravity is selected, and peculiarities of these solutions are discussed.
In particular, the appearance of extra `axial' singular line and traveling
waves concentrated near `axial' and ring-like singularities.
