The　dense　FeTiNbO6　ceramics　were　prepared　through　a　solid-state　method.　The　phase　structure　and　electrical　behavior　were　investigated　in　detail.　The　results　reveal　that　FeTiNbO6　are　tetragonal　rutile　structure,　and　the　refined　lattice　parameters　are　a=b=0.4652　inn　and　c=0.3013　nm.　Compared　with　pure　TiO2　rutile,　the　larger　crystalline　distortion　in　FeTiNbO6　ceramics　induces　emergence　of　ferroelectric　behaviour.　Due　to　the　equivalent　occupations　of　heterovalent　ions　in　the　octahedral　center,　the　FeTiNbO6　ceramics　show　the　dielectric　relaxation　phenomena　of　diffuse　phase　transition　and　frequency　dispersion.　The　dc　conductivity　of　the　sample　comes　mainly　from　the　ionization　and　migration　of　oxygen　vacancies,　and　the　transition　point　is　close　to　the　phase　transition　region.　The　results　indicate　that　FeTiNbO6　ceramics　are　promising　candidates　for　lead-free　ferroelectric　relaxor.