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NASA engineers at the Jet Propulsion Laboratory in Southern California conducted antenna testing for the SkyFall mission, which will deploy three aircraft equipped with ground-penetrating radar. The tests, performed in an electromagnetic interference chamber, aimed to minimize signal reflections by positioning the antenna upward during measurements. Engineers connected coaxial cables to the test antenna to ensure accurate performance before deployment.

The SkyFall mission follows the Ingenuity Mars Helicopter, which completed 72 flights over nearly three years, demonstrating powered, controlled flight in Mars’ thin atmosphere. Ingenuity’s aerial operations provided valuable data to the Perseverance rover team, enabling more efficient route planning and science site selection. SkyFall’s aircraft will carry four instruments each, expanding on these capabilities for subsurface exploration.

SkyFall is scheduled to launch aboard NASA’s Space Reactor-1 Freedom in late 2028, marking a significant step in Mars exploration. The mission’s ground-penetrating radar will allow scientists to study the Martian subsurface, potentially uncovering details about the planet’s geology and past environmental conditions. This technology builds on the success of previous Mars missions, including those involving the Perseverance rover.

The SkyFall mission represents a continuation of NASA’s efforts to explore Mars using innovative aerial platforms. By leveraging lessons learned from Ingenuity, the mission aims to enhance scientific data collection and operational efficiency on the Martian surface. The deployment of three aircraft will provide broader coverage and redundancy, improving the mission’s overall resilience and scientific output.