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Well-motivated electroweak dark matter is often hosted by an extendedelectroweak sector which also contains new lepton pairs with masses near theweak scale. In this paper, we explore such electroweak dark matter viacombining dark matter direct detections and high-luminosity LHC probes of newlepton pairs. Using $Z$- and $W$-associated electroweak processes with two orthree lepton final states, we show that dependent on the overall couplingconstant, dark matter mass up to $170-210$ GeV can be excluded at $2\sigma$level and up to $175-205$ GeV can be discovered at $5\sigma$ level at the 14TeV LHC with integrated luminosities 300 fb$^{-1}$ and 3000 fb$^{-1}$,respectively.

Probing Electroweak Dark Matter at 14 TeV LHC