  We analyse the mass reach for electroweakinos at future hadron colliders and
their interplay with direct detection experiments. Motivated by the LHC data,
we focus on split supersymmetry models with different electroweakino spectra.
We find for example that a 100 TeV collider may explore Winos up to ~ 7 TeV in
low scale gauge mediation models or thermal Wino dark matter around 3 TeV in
models of anomaly mediation with long-lived Winos. We show moreover how
collider searches and direct detection experiments have the potential to cover
large part of the parameter space even in scenarios where the lightest
neutralino does not contribute to the whole dark matter relic density.
