  The toroidal dipole is an exquisite electromagnetic momentum apart from the
classical multipoles family that can be localized and squeezed in an extremely
tiny spot. This mode, in optical nanosystems, can be particularly distinguished
as a non-radiating charge-current configuration, manifests in a head-to-tail
fashion. Here going beyond conventional toroidal dipoles, we explained the
possibility of the excitation of directional toroidal dipoles in plasmonic
meta-atoms driven by controlling the oblique poloidal fluxes. We showed that
the unique structural properties of the proposed asymmetric design lead to the
formation of multiple toroidal modes with opposite poloidal current flows.
