Every day, we rely on satellite navigation – so much so that it has become a target for disruption. As our dependence on the technology grows, so do the risks associated with its interruption. Some antennas offer protection from the most common types of interference, but they are bulky and expensive to manufacture. A PhD researcher’s project explores an alternative: a football-sized, 3D-printed lens antenna that could provide resilience for satellite navigation while staying simple and cheap.
Story File
Research
The tiny lens antenna with big potential
Every day, we rely on satellite navigation – so much so that it has become a target for disruption. As our dependence on the technology grows, so do the risks associated with its interruption. Some antennas offer protection from the most common types of interference, but they are bulky and expensive to manufacture. A PhD researcher’s project explores an alternative: a football-sized, 3D-printed lens antenna that could provide resilience for satellite navigation while staying simple and cheap.
Image: ESA
Filed AgainstRead original source
Comments
Filed responses, corrections, and reader notes related to this story.