Reduction of the binuclear Pd-II complexes Pd-2(OCOR)(2)(omicron-CH2C6H4-NO)(2) (1) and Pd-2(OCOR)(2)(omicron-PhN-C6H4-NO)(2) (2) (where R = Me, CF3, Bu-t, or Ph) by sodium borohydride, an ethanolic solution of KOH, or molecular hydrogen was examined. The first stage of reduction was demonstrated to afford metallic palladium and aromatic amines, viz., omicron-toluidine omicron-Me-C6H4-NH2 from complex 1 and aniline Ph-NH2 from complex 2. The reactions with molecular hydrogen involve deeper stages to yield cyclic ketones (omicron-methylcyclohexanone and cyclohexanone) and then cycloalkanes (methylcyclohexane and cyclohexane, respectively). The latter reactions are accompanied by elimination of N-2. The mechanism of reduction of complexes 1 and 2 with molecular hydrogen was proposed.