  CMS has recently reported a moderate excess in the $\mu\nu jj$ final state in
a second generation Leptoquark search, but they have disregarded it because the
excess is not present in the $\mu\mu jj$ final state and because they do not
observe the expected resonant peak in the distributions. As a proof of concept
we show that a simple Leptoquark model including second and third generation
couplings with non-negligible single- and non-resonant production in addition
to usual pair production could explain the data: excess ($\mu\nu jj$), lack of
excess ($\mu\mu jj$) and missing peak in the distributions; while being in
agreement with collider constraints. We take this result and analysis as a
starting point of a reconsideration of the ATLAS and CMS second generation
Leptoquark searches. We also discuss which would be the consequences and
modifications that should be performed in the searches to test if this
deviation would correspond to a New Physics signal. We observe that low-energy
flavor constraints can be avoided by adding heavier particles to the model.
