  The study of non-supersymmetric black hole microstates offers the potential
to resolve the black hole information paradox. A system of equations was
recently obtained that enables the systematic construction of
non-supersymmetric smooth horizonless supergravity solutions, that are
candidates to describe microstates of non-extremal black holes. Within this
system we construct a family of six-dimensional supergravity solutions that
feature two topologically-nontrivial three-cycles known as bolts. The two bolts
touch at a single point and are supported by fluxes. We find that the fluxes on
the two three-cycles can be either aligned or anti-aligned, and exhibit
examples of both. We present several examples of smooth solutions, including
near-extremal solutions that have an approximate AdS$_3$ region, and far-from
extremal solutions that have arbitrarily small charge compared to their mass.
