(2019 VQ1)
Tracked by NASA JPL Near-Earth Object Web Service (NeoWs), (2019 VQ1) is a Unreported by NASA NeoWs body measuring between 63.76m and 142.57m in diameter. On 2026-11-03, it completes a cislunar approach at 37.67 Lunar Distances (14,487,336.1 km) with a relative heliocentric velocity of 24.39 km/s.
(2019 VQ1) (JPL ID 3892318) is a Unreported by NASA NeoWs Near-Earth Asteroid spanning 63.8m–142.6m (mean 103.2m). On 2026-11-03, it transits Earth's cislunar surveillance sector at 37.671 Lunar Distances (14,487,336 km) with a relative velocity of 24.39 km/s and a theoretical kinetic energy reserve of 116.56 megatons TNT. Its well-constrained heliocentric ephemeris passes safely outside Earth capture corridors while serving as an orbital calibration target.
Exact Landmark Scale Comparison (142.57m)
Kinetic Impact Physics & Orbital Parameters
(2019 VQ1) (H = 23.1, Vmag ≈ 19.4) is below consumer optical detection thresholds (requires ≥1000mm survey aperture); explore certified meteorite specimens[↗] or indoor optical projection instead.
Campo del Cielo Meteorite Specimen (Certified Iron-Nickel)
Authentic coarse octahedrite Group IAB iron-nickel meteorite fragment (92.9% Fe, 6.7% Ni) recovered from the Chaco crater field with certificate of authenticity.
Satin-black 5W warm-white LED optical glass lens planetarium projecting 60,000 stars and simulated meteor shower trajectories indoors.
3D Ephemeris Trajectory Waypoints
Planetary Defense Frequently Asked Questions (Schema.org FAQ)
How big is (2019 VQ1) compared to city landmarks?
(2019 VQ1) has an estimated diameter between 63.76m and 142.57m. At its upper-bound size of 142.57m, it stands 32% as tall as the 443m Empire State Building in New York City and 43% of the 330m Eiffel Tower.
What does the stored 2026-11-03 close-approach estimate show?
This catalog snapshot lists a nominal miss distance of 37.67 Lunar Distances (14,487,336.1 km) for (2019 VQ1). This is not an impact prediction; check the latest NASA JPL record for updated orbital estimates. The 3D impact simulation is hypothetical.
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Authentic coarse octahedrite Group IAB iron-nickel meteorite fragment (92.9% Fe, 6.7% Ni) recovered from the Chaco crater field.
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