  The possibility of production of new spin-1 chiral particles at the hadron
colliders the Tevatron and the LHC is considered. Their coupling constants to
ordinary fermions can be fixed using the hypothesis about a dynamical
generation of kinetic terms for the bosons and assuming an universality of
interactions of these particles. The masses of the chiral particles can be
predicted from experimental data of precise low-energy experiments, which
already indicate indirectly the existence of such new particles. Quantitative
estimations of the production cross-sections of the chiral particles are made.
It is noteworthy that, due to their non-gauge interactions with fermions, their
decays do not lead to the Jacobian peak in the transverse momentum/mass
distribution. Moreover, the lightest chiral particles show leptophobic
character, which makes their detection at hadron colliders challenging.
