In　this　study,　an　Al0.6TiCrFeCoNi　high　entropy　alloy　coating　was　produced　by　high-velocity-oxygen-fuel　spraying.　The　microstructure　and　phase　composition　of　the　coating　were　investigated,　moreover　the　hardness　and　the　fracture　toughness　of　the　coating　were　determined.　The　wear　behavior　of　the　coating　at　different　temperatures　was　evaluated　using　a　pin-on-disc　test.　The　results　show　that　the　coating　was　very　dense　and　consisted　of　lamellae.　Two　BCC　phases　with　similar　lattice　parameters　were　detected　in　the　as-sprayed　coating.　The　wear　of　the　coating　against　an　Al2O3　counter　body　was　mainly　caused　by　abrasion　at　all　temperatures.　The　role　of　fatigue　wear　increased　with　increasing　test　temperature.　In　addition,　tribo-reaction　played　an　important　role　at　the　test　temperature　of　T　=　500　degrees　C,　which　led　to　the　lowest　friction　coefficient　of　the　coating　under　the　given　test　conditions.