Developing a heterometallic system enclosing three different spin carriers has enunciated a wider interest in research as it possesses characteristic features for being photo magnets and with combined features like magnetoluminescence and magneto-chirality. These results in greater prospects in developing molecular "prototypes" for quantum computing and drug delivery. This study aims to synthesize the Heterotrimetallic complexes [RuCl(AsPh3)(L)2](where L=bidentate Schiff base ligand of Ferrocenyl thiosemicarbazone and Ferrocenyl-Nphenylthiosemicarbazone) and characterize them using physicochemical analysis and spectroscopic techniques. The results confirm that in the synthesized complexes, ligands are coordinated with Ruthenium atom via NS. Also, the biological studies ascertain its activity towards biomolecules as a potential antibacterial material and could also find its use as a precursor for some chemotherapeutic drugs and also in supramolecular material research.