  We study the vacuum alignment of the top-mode pseudo-Nambu-Goldstone boson
Higgs (TMpNGBH) model, which has recently been proposed as a variant of the top
quark condensate model in light of the 126 GeV Higgs boson discovered at the
LHC. It is shown that the vacuum of the model, determined from the one-loop
effective potential with all the explicit breaking effects included, realizes
the electroweak symmetry breaking with the appropriate breaking scale.
Phenomenologies of two characteristic particles in the TMpNGBH model, namely
the CP-odd partner of the Higgs and the vectorlike partner of the top quark are
also studied based on the newly identified vacuum.
