  We construct a family of time and angular dependent, regular S-brane
solutions which corresponds to a simple analytical continuation of the
Zipoy-Voorhees 4-dimensional vacuum spacetime. The solutions are asymptotically
flat and turn out to be free of singularities without requiring a twist in
space. They can be considered as the simplest non-singular generalization of
the singular S0-brane solution. We analyze the properties of a representative
of this family of solutions and show that it resembles to some extent the
asymptotic properties of the regular Kerr S-brane. The R-symmetry corresponds,
however, to the general Lorentzian symmetry. Several generalizations of this
regular solution are derived which include a charged S-brane and an additional
dilatonic field.
