PrFeB/PrCo5　hybrid　magnet　has　excellent　magnetic　properties　and　better　thermal　stability.　In　this　paper,　anisotropic　nanocomposite　PrFeB/PrCo5　hot-deformed　magnets　with　and　without　doping　PrCu　eutectic　alloy　were　prepared　by　spark　plasma　sintering　(SPS)　technique.　With　the　addition　of　6　wt%　PrCu,　the　coercivity　of　the　magnet　(10.8　kOe)　is　almost　double　than　that　of　undoped　magnet　(5.6　kOe),　with　an　enhancement　of　the　remanence　(9.1　kG　versus　8.4　kG).　For　the　magnet　with　PrCu,　the　nonmagnetic　PrCu　phase　is　mainly　distributed　in　the　phase　boundary　regions,　introducing　a　coupling　effect　of　demagnetization　on　the　hard-magnetic　phases,　which　obtained　an　enhancement　of　the　coercivity.　The　deformed　Pr2Fe14B　grains　of　the　hybrid　magnet　have　elongated　platelet　shapes,　but　the　PrCo5　grains　are　not　easy　to　be　deformed,　which　affects　the　overall　degree　of　deformation　texture　of　the　hybrid　magnet.　This　implies　that　there　is　uncoordinated　deformation　for　the　PrFeB/PrCo5　hybrid　magnet.