  We analyze LHC data in order to constrain the parameter space of new spin-2
particles universally coupled to the energy-momentum tensor. These new
hypothetical particles are the so-called hidden gravitons, whose phenomenology
at low energies is determined by two parameters: its mass and its dimensional
coupling constant. Hidden gravitons arise in many different extensions of the
Standard Model of particles and interactions and General Relativity. Their
phenomenology has been studied mainly in relation to modifications of gravity
and astrophysical signatures. In this work, we extend the constraints for heavy
hidden gravitons, with masses larger than $1$ GeV, by taking into account
events collected by ATLAS and CMS in the WW channel, Drell-Yan processes, and
the diphoton channel from proton-proton collisions at $\sqrt{s}=8$ TeV.
