  We present a search strategy for the first Kaluza-Klein (KK) mode of the
Higgs boson in the framework of the Randall-Sundrum (RS) model with a deformed
metric. We study the production of this massive excitation in association with
a ttbar pair at the Large Hadron Collider (LHC). The KK Higgs primarily decays
into a boosted ttbar final state and we then end up with an interesting
four-top final state of which two are boosted. The boosted products in the
final state improve the sensitivity for the search of the KK Higgs in this
channel whose production cross-section is otherwise rather small. Our results
suggest that masses of the KK Higgs resonance upto about 1.2 TeV may be
explorable at the highest planned luminosities of the LHC. Beyond this mass,
the KK Higgs cross-section is too tiny for it to be explored at the LHC and may
be possible only at a future higher energy collider.
