Achieving　simultaneous　circularly　polarized　luminescence　(CPL)　with　opposite　handedness　introduces　additional　complexity　in　CPL　modulation,　which　is　difficult,　as　it　requires　the　generation　of　two　excited　states　with　distinct　spin　orientations.　Here,　dual　magnetic　circular　polarization　of　luminescence　(MCPL)　is　demonstrated　in　BA2Pb0.8Mn0.2Br4　（BA　=　butylamine）,　where　exciton　and　Mn2+　d-d　emissions　exhibit　CPL　with　opposite　handedness　under　an　external　magnetic　field,　with　gMCPL　values　of　-5.2/5.7　×　10−3　for　exciton　emission　and　2.4/-2.1　×　10−3　for　Mn2+　emission　under　±1.6　T.　Structural　analyses　confirm　the　substitution　of　Pb2+　with　Mn2+　in　the　perovskite　lattice,　while　magnetic　measurements　reveal　the　paramagnetic　nature　of　BA2Pb0.8Mn0.2Br4,　originating　from　the　high-spin　configuration　of　Mn2+.　Zeeman　splitting　for　both　the　ground　state　and　excited　state　is　considered　for　Mn2+,　generating　CPL　signals　opposite　to　those　of　exciton　emission.　This　observation　is　further　validated　in　Mn2+-doped　perovskites　with　different　organic　cations　and　dimensions,　providing　a　new　approach　for　modulating　multi-peak　CPL　with　opposite　handedness　for　applications　in　spintronics,　quantum　information,　and　magneto-optical　technologies.　©　2025　Wiley-VCH　GmbH.