Abstract: Minimal WIMP models extend the SM with an electroweak multiplet whose neutral component $\chi_0$ serves as DM. These multiplets are doublets (Higgsino-like), triplets (Wino-like), and beyond. Direct Detection (DD) and Indirect Detection (ID) searches can probe these models, particularly under the assumption that $\chi_0$ accounts for 100% of DM (the thermal target). Collider aim to produce the charged members of the multiplet, which then decay into $\chi_0$ and a charged SM particle. These searches are more effective when $\chi_0$ accounts for a fraction of DM, as this leads to a lower mass multiplet and larger production cross sections. This creates an interesting complementarity between DD, ID, and colliders. In this talk, I discuss the role that present and future colliders can play in discovering Minimal WIMPs e.g. I show how a 3 TeV muon collider can discover the elusive Higgsino-like state up to its thermal target using a Soft Track search. As the collider energy increases, larger multiplets become accessible. A Disappearing Track search at a 10 TeV muon collider could discover the triplet (Wino-like) state up to its thermal target as well as a quintuplet state that accounts for ~10% of DM. These results indicate an interesting path ahead towards the possible discovery of the long standing minimal WIMPs.