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In this paper, we derive the mass exclusion limits for the hypotheticalvector resonances of a strongly interacting extension of the Standard modelusing the most recent upper bounds on the cross sections for various resonanceproduction processes. The $SU(2)_{L+R}$ triplet of the vector resonances underconsideration is embedded into the effective Lagrangian based on the non-linearsigma model with the $125$-GeV $SU(2)_{L+R}$ scalar singlet. No directinteractions of the vector resonance to the SM fermions are assumed. We findthat among eleven processes considered in this paper only those where thevector resonances decay to $WW$ and $WZ$ provide the mass exclusion limit.Depending on the values of other parameters of the model the mass limit can beas low as 1 TeV.

The LHC mass limits for the $SU(2)_{L+R}$ vector resonance triplet of a strong extension of the Standard model