  We investigate simple extensions of the Mirror Twin Higgs model in which the
twin color gauge symmetry and the discrete $Z_2$ mirror symmetry are
spontaneously broken. This is accomplished in a minimal way by introducing a
single new colored triplet, sextet, or octet scalar field and its twin along
with a suitable scalar potential. This spontaneous $Z_2$ breaking allows for a
phenomenologically viable alignment of the electroweak vacuum, and leads to
dramatic differences between the visible and mirror sectors with regard to the
residual gauge symmetries at low energies, color confinement scales, and
particle spectra. In particular, several of our models feature a remnant
$SU(2)$ or $SO(3)$ twin color gauge symmetry with a very low confinement scale
in comparison to $\Lambda_{\rm QCD}$. Furthermore, couplings between the
colored scalar and matter provide a new dynamical source of twin fermion
masses, and due to the mirror symmetry, these lead to a variety of correlated
visible sector effects that can be probed through precision measurements and
collider searches.
