  In this work we reappraise the collider constraints from leptonic final
states on the vectorlike colored top partners taking into account the impact of
exotic colored vector resonances. These colored states are intrinsic to a broad
class of models that employ a strongly interacting sector to drive electroweak
symmetry breaking. We translate the recent results in the {\sl monolepton +
jets} channel as reported by CMS with an integrated luminosity of 35.8
fb$^{-1}$, and {\sl dilepton + jets} and {\sl trilepton + jets} channels as
reported by ATLAS with an integrated luminosity of 36.1 fb$^{-1}$ to constrain
the parameter space of these class of models. We also comment on the impact and
modification of the derived constraints due to the expected fatness of the
colored vector resonance, when accounted for beyond the narrow-width
approximation by simulating the full one-particle irreducible resummed
propagator.
