  Recently reported diboson excesses at LHC are interpreted to be connected
with heavy $WW$ resonance with weak isotopic spin 2. The resonance appears due
to the wouldbe anomalous triple interaction of the weak bosons, which is
defined by well-known coupling constant $\lambda$. We obtain estimates for the
effect, which qualitatively agree with ATLAS data. Effects are predicted in
inclusive production of $W^+W^+, W^+ (Z,\gamma), W^+ W^-, (Z,\gamma)
(Z,\gamma), W^- (Z,\gamma), W^-W^-$ resonances with $M_R \simeq 2\,TeV$, which
could be reliably checked at the upgraded LHC with $\sqrt{s}\,=\,13 TeV$. In
the framework of an approach to the spontaneous generation of of the triple
anomalous interaction its coupling constant is estimated to be $\lambda =
-\,0.017\pm 0.005$ in an agreement with existing restrictions.
