  In this article, we recast and combine the CMS and ATLAS analyses of the
Standard Model Higgs boson decaying to a pair of $W$ bosons in order to search
for low-mass resonances in this channel. We provide limits on the corresponding
cross section assuming direct production via gluon fusion. For the whole range
of masses we consider (90$\,$GeV to 200$\,$GeV), the observed limit on the
cross section turns out to be weaker than the expected one. Furthermore, at
$\approx95\,$GeV the limit is weakest and a new scalar decaying into a pair of
$W$ bosons (which subsequently decay leptonically) with a cross section
$\approx0.5\,$pb is preferred over the Standard Model hypothesis by $\gtrsim
2.5\,\sigma$. In light of the excesses in the $\gamma\gamma$, $\tau^+\tau^-$
and $b\bar b$ channels at similar masses, this strengthens the case for such a
new Higgs boson. Furthermore, this analysis also gives room for the scalar
candidate at 151$\,$GeV decaying into $W$ bosons.
