A linear antenna array comprising: a support body having a longitudinal axis; a plurality of bays located along the support body, each of the bays comprising: a plurality of antenna elements (130-140, 220) positioned around the support body; and a multilayered printed circuit board, PCB, positioned orthogonal to the longitudinal axis of the support body; and a stripline feed network implemented in each multilayered PCB, the stripline feed network connected to the plurality of antenna elements (130-140, 220) and integrated into the support body, wherein the stripline feed network comprises: a power distribution network coupled to the plurality of antenna elements through a plurality of output channels; and a feed signal input/output component coupled to the power distribution network; wherein the input/output component receives a feed signal and splits the feed signal into a plurality of signals that are distributed to the plurality of antenna elements through the output channels from the power distribution network; wherein the power distribution network includes one or more phase delay units configured to adjust for phase differences in the feed signal due to variations in signal path line length of each of the plurality of antenna elements; wherein the plurality of signals, distributed to each of the output channels, are separated according to signal strength on different layers of the multilayered PCB, wherein stronger signals are separated from weaker signals on the different layers of the multilayered PCB. a support body having a longitudinal axis; a plurality of bays located along the support body, each of the bays comprising: a plurality of antenna elements (130-140, 220) positioned around the support body; and a multilayered printed circuit board, PCB, positioned orthogonal to the longitudinal axis of the support body; and a stripline feed network implemented in each multilayered PCB, the stripline feed network connected to the plurality of antenna elements (130-140, 220) and integrated into the support body, wherein the stripline feed network comprises: a power distribution network coupled to the plurality of antenna elements through a plurality of output channels; and a feed signal input/output component coupled to the power distribution network; wherein the input/output component receives a feed signal and splits the feed signal into a plurality of signals that are distributed to the plurality of antenna elements through the output channels from the power distribution network; wherein the power distribution network includes one or more phase delay units configured to adjust for phase differences in the feed signal due to variations in signal path line length of each of the plurality of antenna elements; wherein the plurality of signals, distributed to each of the output channels, are separated according to signal strength on different layers of the multilayered PCB, wherein stronger signals are separated from weaker signals on the different layers of the multilayered PCB. a plurality of antenna elements (130-140, 220) positioned around the support body; and a multilayered printed circuit board, PCB, positioned orthogonal to the longitudinal axis of the support body; and a stripline feed network implemented in each multilayered PCB, the stripline feed network connected to the plurality of antenna elements (130-140, 220) and integrated into the support body, wherein the stripline feed network comprises: a power distribution network coupled to the plurality of antenna elements through a plurality of output channels; and a feed signal input/output component coupled to the power distribution network; wherein the input/output component receives a feed signal and splits the feed signal into a plurality of signals that are distributed to the plurality of antenna elements through the output channels from the power distribution network; wherein the power distribution network includes one or more phase delay units configured to adjust for phase differences in the feed signal due to variations in signal path line length of each of the plurality of antenna elements; wherein the plurality of signals, distributed to each of the output channels, are separated according to signal strength on different layers of the multilayered PCB, wherein stronger signals are separated from weaker signals on the different layers of the multilayered PCB. a power distribution network coupled to the plurality of antenna elements through a plurality of output channels; and a feed signal input/output component coupled to the power distribution network; wherein the input/output component receives a feed signal and splits the feed signal into a plurality of signals that are distributed to the plurality of antenna elements through the output channels from the power distribution network; wherein the power distribution network includes one or more phase delay units configured to adjust for phase differences in the feed signal due to variations in signal path line length of each of the plurality of antenna elements; wherein the plurality of signals, distributed to each of the output channels, are separated according to signal strength on different layers of the multilayered PCB, wherein stronger signals are separated from weaker signals on the different layers of the multilayered PCB.