An antenna dipole, comprising: a first dipole arm that extends from a dipole center in a positive direction along a first axis; a second dipole arm that extends from the dipole center in a negative direction along the first axis; a third dipole arm that extends from the dipole center in a positive direction along a second axis, wherein the second axis is orthogonal to the first axis; a fourth dipole arm that extends from the dipole center in a negative direction along the second axis; a dipole stem on which the first, second, third, and fourth dipole arms are disposed, the dipole stem having a first dipole stem plate oriented along the first axis and a second dipole stem plate oriented along the second axis, the first and second dipole stem plates mechanically coupled in a cross arrangement having a center corresponding to the dipole center, the cross arrangement defining a first quadrant defined by the second and third dipole arms, a second quadrant defined by the first and third dipole arms, a third quadrant defined by the second and forth dipole arms, and a fourth quadrant defined by the first and fourth dipole arms; and a feedline network having a +45 degree feedline and a -45 degree feedline, the +45 degree feedline having a +45 degree feedline power divider, a first +45 degree trace coupled to the +45 degree feedline power divider, and second +45 degree trace coupled to the +45 degree feedline power divider, the second +45 degree trace corresponding to a 180 degree phase delay relative to the first +45 degree trace, the -45 degree feedline having a -45 degree feedline power divider, a first -45 degree trace coupled to the -45 degree feedline power divider, and second -45 degree trace coupled to the -45 degree feedline power divider, the second -45 degree trace corresponding to a 180 degree phase delay relative to the first -45 degree trace, a first balun, a second balun, a third balun and a fourth balun, wherein the first +45 degree trace is coupled to the first balun disposed on the first stem plate in the fourth quadrant, the second +45 degree trace is coupled to the second balun disposed on the first stem plate in the first quadrant, the first -45 degree trace is coupled to the third balun disposed on the second stem plate in the third quadrant, and the second -45 degree trace is coupled to the fourth balun disposed on the second stem plate in the second quadrant. a first dipole arm that extends from a dipole center in a positive direction along a first axis; a second dipole arm that extends from the dipole center in a negative direction along the first axis; a third dipole arm that extends from the dipole center in a positive direction along a second axis, wherein the second axis is orthogonal to the first axis; a fourth dipole arm that extends from the dipole center in a negative direction along the second axis; a dipole stem on which the first, second, third, and fourth dipole arms are disposed, the dipole stem having a first dipole stem plate oriented along the first axis and a second dipole stem plate oriented along the second axis, the first and second dipole stem plates mechanically coupled in a cross arrangement having a center corresponding to the dipole center, the cross arrangement defining a first quadrant defined by the second and third dipole arms, a second quadrant defined by the first and third dipole arms, a third quadrant defined by the second and forth dipole arms, and a fourth quadrant defined by the first and fourth dipole arms; and a feedline network having a +45 degree feedline and a -45 degree feedline, the +45 degree feedline having a +45 degree feedline power divider, a first +45 degree trace coupled to the +45 degree feedline power divider, and second +45 degree trace coupled to the +45 degree feedline power divider, the second +45 degree trace corresponding to a 180 degree phase delay relative to the first +45 degree trace, the -45 degree feedline having a -45 degree feedline power divider, a first -45 degree trace coupled to the -45 degree feedline power divider, and second -45 degree trace coupled to the -45 degree feedline power divider, the second -45 degree trace corresponding to a 180 degree phase delay relative to the first -45 degree trace, the +45 degree feedline having a +45 degree feedline power divider, a first +45 degree trace coupled to the +45 degree feedline power divider, and second +45 degree trace coupled to the +45 degree feedline power divider, the second +45 degree trace corresponding to a 180 degree phase delay relative to the first +45 degree trace, the -45 degree feedline having a -45 degree feedline power divider, a first -45 degree trace coupled to the -45 degree feedline power divider, and second -45 degree trace coupled to the -45 degree feedline power divider, the second -45 degree trace corresponding to a 180 degree phase delay relative to the first -45 degree trace,