  We present search prospects and phenomenology of doubly resonant signals that
come from the decay of a neutral weak-singlet color-octet vector state \omega_8
into a lighter weak-triplet color-octet scalar \pi_8, which can arise in
several theories beyond the Standard Model. Taking m_{\omega_8}-m_{\pi_8}>m_W,
we demonstrate an analysis of the signals pp \to \omega_8 \to \pi^\pm_8 W^\mp
(\pi^0_8 Z) \to g W^\pm W^\mp (g Z Z). The present 8 TeV LHC run is found to
have the potential to exclude or discover the signal for a range of masses and
parameters. The preferred search channel has a boosted W-tagged jet forming a
resonance with a second hard jet, in association with a lepton and missing
energy.
