Raidne III
Probe LBT 2854: Raidne III Deep Scan
Date: 497-02-20 14:10:42 UTC Location: Raidne III, Coordinates: 43.7356°, 121.4219°, 20.0231° (Galactic)Scan Results:
Elemental Composition
: Iron (Fe): 32.17% (by mass) Nickel (Ni): 23.51% (by mass) Cobalt (Co): 12.19% (by mass) Chromium (Cr): 8.42% (by mass) Manganese (Mn): 5.15% (by mass) Heavy metals (W, Mo, Cu): 10.56% (by mass)Geological Features:
High-density iron-nickel core Extensive metallic crust Gravity anomalies indicate subsurface mass concentrations Magnetic field strength: 3.21 times Earth's magnetic fieldAtmospheric Composition:
Thin atmosphere (0.3 times Earth's pressure) Composition: 75% Nitrogen, 20% Oxygen, 5% ArgonGravitational Characteristics:
Surface gravity: 2.5 times Earth's gravity Gravity anomalies: +10% to -15% variations across surfaceMagnetic Anomalies:
Magnetic field fluctuations: ±15% due to solar storm interactions Planetary vibration frequency: 0.037 Hz (synced with moons)Moon Systems:
7 large moons detected Moon masses: 0.05 to 1.1 times Earth's moon for six, 0.89 Earth mass for the seventh. Moon orbital periods: 2.5 to 14.2 days Conclusion: Raidne III is a dense, metal-rich planet with extreme gravity and magnetic fluctuations. The planet's thin atmosphere and intense magnetic field make it inhospitable to most life forms. The synchronized vibration with its moons, caused by Raidne's solar storms, poses significant seismic risks.Recommendations:
Further analysis of subsurface mass concentrations for potential resource extraction Investigation of magnetic field fluctuations for potential energy harvesting Monitoring of planetary vibration frequency for seismic risk assessmentProbe Status:
Power level: 85.67% Fuel level: 92.81%Systems nominal
Magnetic shielding performance: 95.32% (within acceptable limits)Additional Notes:
Raidne III's unique properties make it an attractive target for advanced materials research and potential mining operations. The planet's extreme environment requires specialized equipment and precautions for any future exploration or colonization efforts.
Alternative Name(s)
Siren
Type
Planet
Location under
Characters in Location
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