  We argue that the current experimental data in conjunction with perturbative
unitarity considerations exclude the possibility that the LHC 125-126 GeV
resonance is a generic massive spin-2 particle of either parity. We analyse
tree-level Z-spin-2 elastic scattering and demonstrate that perturbative
unitarity breaks down at energies $\Lambda\sim 600$ GeV. Furthermore, we find
that W,Z-spin-2 interactions contribute to the electroweak oblique parameters
in a way that is in gross disagreement with observations.
