  The projected reach of direct electroweakino searches at the HL-LHC
($\sqrt{s}=14~{\rm TeV}, ~3000~{\rm fb^{-1}}$ LHC) in the framework of
simplified models with R-parity violating (RPV) operators:
$\lambda_{112}^{\prime \prime}u^{c}d^{c}s^{c}$ and
$\lambda_{113}^{\prime\prime}u^{c}d^{c}b^{c}$, is studied. Four different
analysis channels are chosen: $Wh$ mediated $1l+2b+jets+\rm E{\!\!\!/}_T$, $Wh$
mediated $1l+2\gamma+jets+\rm E{\!\!\!/}_T$, $WZ$ mediated $3l+jets+\rm
E{\!\!\!/}_T$ and $WZ$ mediated $3l+2b+jets+\rm E{\!\!\!/}_T$ and the projected
exclusion/discovery reach of direct wino searches in these channels is analyzed
by performing a detailed cut based collider analysis. The projected exclusion
contour reaches up to $600-700~{\rm GeV}$ for a massless bino-like
$\chi_{1}^{0}$ from searches in the $Wh$ mediated $1l+2b+jets+\rm
E{\!\!\!/}_T$, $Wh$ mediated $1l+2\gamma +jets+\rm E{\!\!\!/}_T$ and $WZ$
mediated $3l+jets+\rm E{\!\!\!/}_T$ channels, while the $WZ$ mediated
$3l+2b+jets+\rm E{\!\!\!/}_T$ search channel is found to have a projected
exclusion reach up to $600~{\rm GeV}$ for $150~{\rm GeV} < M_{\chi_{1}^{0}} <
250~{\rm GeV}$. The baryon number violating simplified scenario considered in
this work is found to furnish a weaker projected reach (typically by a factor
of $\sim 1/2$) than the R-parity conserving (RPC) case. The projected reach at
the HL-LHC in these four channels is also recast for realistic benchmark
scenarios.
