  Generalizing the Randall-Sundrum scenario to higher dimensions with nested
warpings has been shown to avoid the constraints besetting the former. In the
first paper of this series [JHEP 1509 (2015) 202], the Standard Model gauge and
fermion fields were extended into such a six-dimensional bulk and the
construction was shown to have several interesting and welcome features. In
this paper, we discuss the electroweak symmetry breaking, presenting a novel
Higgs localization mechanism that leads to interesting phenomenology in the
Higgs sector. Localizing the Higgs modifies the $Z_{\mu}$ and $W_{\mu}$ boson
wavefunctions, which leads to tree level changes in the oblique parameters.
Using these as well as the correction to low-energy four-Fermi operators, we
derive the constraints on our model and also discuss the gauge coupling
evolution therein. Amusingly, the model can naturally incorporate a Higgs
resonance in the 700--800 GeV range.
