<p>We describe a novel variation of the mirror twin Higgs model in which the color gauge group in both sectors is extended to SU(4)_<i>c</i> and spontaneously broken to SU(3)_<i>c</i> exclusively in the visible sector. Through this process, the mirror <i>Z</i>₂ symmetry is spontaneously broken, allowing for a phenomenologically viable electroweak vacuum alignment. This structure produces interesting collider signatures, including heavy vectors and fermions with fractional electric charges. The twin sector, with unbroken SU(4)_<i>c</i>, produces interesting cosmological characteristics, such as the possibility to reduce ∆<i>N</i>_eff and stable spin-0 baryons. The enlarged top quark sector required by the extended color gauge symmetry preserves naturalness, with even less tuning than the original twin Higgs in many circumstances.</p>