Oceanic Atmospheric Entry Corridor (cneos-fb-43-202503290812)
Detected by U.S. Government Space-Based Infrared sensors and cataloged by NASA/JPL CNEOS on 2025-03-29 08:12:43 UTC over Oceanic Atmospheric Entry Corridor (-49.30°, 14.30°), this ~1.88m meteoroid entered at 12.30 km/s (3D ECEF vector vx=-8.9 km/s, vy=-5.2 km/s, vz=6.8 km/s). Peak radiative flare occurred at 21.6 km altitude with 5.90e+10 J radiated optical energy and 0.190 kt total coupled kinetic energy, propagating infrasound detectable out to ~783 km.
Signed Geodetic Coordinates & 3D Velocity Vector
Atmospheric Bolide Frequently Asked Questions
Where did CNEOS bolide cneos-fb-43-202503290812 detonate in the atmosphere?
Bolide cneos-fb-43-202503290812 reached peak aerodynamic breakup at 21.6 km altitude over signed coordinates (-49.30°, 14.30°) on 2025-03-29 08:12:43 UTC.
How is the 3D entry vector (-8.9, -5.2, 6.8) km/s used in CesiumJS?
Meteors.ai converts the Earth-Centered Earth-Fixed (ECEF) velocity vector into a 3D atmospheric entry ray on our NASA GIBS WMTS globe, illustrating the exact entry azimuth and airburst altitude (21.6 km).
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