BaTiO₃–Fe₃O₄ core–satellite particles were synthesized and incorporated into a PVDF matrix to obtain hybrid nanocomposite films. XRD analysis revealed reflections at 31.53°, 35.59°, 56.12°, and 62.73°, confirming the coexistence of tetragonal BaTiO₃ and cubic Fe₃O₄ phases in the hybrid structure. Dielectric spectroscopy in the range 25 Hz to 1 MHz showed a frequency-dependent decrease in dielectric permittivity for all compo-sitions, consistent with the reduced contribution of interfacial polarization at higher frequencies. The dielectric constant of neat PVDF was about 8 at 1 kHz, while the addi-tion of hybrid filler increased this value. For the sample containing 7% BaTiO₃–Fe₃O₄, the dielectric permittivity reached values close to 60. These findings confirm that the intro-duction of BaTiO₃–Fe₃O₄ hybrid particles substantially enhances the polarization capa-bility of the polymer matrix and improves the dielectric characteristics of the resulting nanocomposites