In this paper we give necessary
and sufficient conditions for the Freudenthal compactification of a rimcompact,
locally connected and connected Hausdorff space to be unicoherent. We give several
necessary and sufficient conditions for a locally connected generalized continuum to
have a unicoherent compactification and show that if such a space X has a
unicoherent compactification, then γX is the smallest unicoherent compactification of
X in the usual ordering of compactifications.