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Over the past years the LHC experiments have reported experimental evidencesfor processes associated to photon-photon and photon-hadron interactions,showing their potential to investigate the production of low- and high-masssystems in exclusive events. In the particular case of the photoproduction ofvector mesons, the experimental study of this final state is expected to shedlight on the description of the QCD dynamics at small values of the Bjorken-$x$variable. In this paper we extend previous studies for the exclusive $J/\Psi$and $\Upsilon$ photoproduction in $pp$ collisions based on the nonlinear QCDdynamics by performing a detailed study of the final state distributions thatcan be measured experimentally at the LHC and at the Future Circular Collider.Predictions for the rapidity and transverse momentum distributions of thevector mesons and of final-state dimuons are presented for $pp$ collisions at$\sqrt{s} =$ 7, 13, and 100 TeV.

Exclusive vector meson photoproduction at the LHC and the FCC: A closer look on the final state