  We consider a specific class of events of the SUSY particle production at the
LHC without missing p_T. Namely, we discuss the chargino pair production with a
further decay into the W-boson and the neutralino when the masses of the
chargino and neutralino differ by 80-90 GeV. In this case, in the final state
one has two Ws and missing E_T but no missing P_T. The produced neutralinos are
just boosted along Ws. For a demonstration we consider the MSSM with
non-universal gaugino masses. In this case, such events are quite probable in
the region of parameter space where the lightest chargino and neutralino are
mostly gauginos. The excess in the W production cross-section reach about 10 %
over the Standard Model background. We demonstrate that the LHC experiments,
which presently measure the WW production cross section at the 8 % level can
probe chargino mass around 110 GeV within the suggested scenario, which is not
accessible via other searches. If the precision of WW cross section measurement
at the LHC will achieve the 3 % level, then it would probe chargino masses up
to about 150 GeV within the no missing P_T scenario.
