  We show, via a careful analytical and numerical analysis, that a pseudo
Goldstone nature of the Higgs is naturally embodied by an elementary
realization that also serves as ultraviolet completion. Renormalizability
married to perturbation theory allows to precisely determine the quantum
corrections of the theory while permitting to explore the underlying parameter
space. By characterising the available parameter space of the extended Higgs
sector we discover that the preferred electroweak alignment angle is centred
around $\theta \simeq 0.02$, corresponding to the Higgs chiral symmetry
breaking scale $ f \simeq 14~$TeV. The latter is almost 60 times higher than
the Standard Model electroweak scale. However, due to the perturbative nature
of the theory, the spectrum of the enlarged Higgs sector remains in the few TeV
energy range. We also analyse precision constraints and the relevant
phenomenological aspects of the theory.
