It　is　a　great　challenge　to　fabricate　highly　efficient　pH-universal　electrocatalysts　for　oxygen　reduction　reaction　(ORR).　Herein,　a　facile　strategy,　which　includes　coating　the　Fe　modified　ZIF8　on　Cu　foil　and　in　situ　pyrolysis　to　evaporate　and　dope　Cu　into　the　MOF　derived　carbon,　is　developed　to　fabricate　Fe/Cu-N　co-doped　carbon　material　(Cu/Fe-NC).　Profiting　from　the　modulated　electron　distribution　and　textual　properties,　well-designed　Cu/Fe-NC　exhibits　superior　half-wave　potential　(E-1/2)　of　0.923　V　in　alkaline,　0.757　V　in　neutral　and　comparable　0.801　V　in　acid　electrolytes,　respectively.　Furthermore,　the　ultralow　peroxides　yield　of　ORR　demonstrates　the　high　selectivity　of　Cu/Fe-NC　in　full　pH　scale　electrolytes.　As　expected,　the　self-made　alkaline　and　neutral　zinc-air　batteries　equipped　with　Cu/Fe-NC　cathode　display　excellent　discharge　voltages,　outstanding　peak　power　densities　and　remarkable　stability.　This　work　opens　a　new　way　to　fabricate　highly　efficient　and　pH-universal　electrocatalysts　for　ORR　through　strategy　of　Fe/Cu-N　co-doping,　Cu　foil　evaporation　and　carbon　defects　capture.