3D Visualization
Interactive asteroid impact simulation • Asteroid size exaggerated 50× for visibility
Crater Formation
The impact creates a crater approximately 6.0 km in diameter and 1.21 km deep. The crater is comparable to a significant impact structure. Ejecta blankets extend several crater radii from the impact site.
Impact Effects
The 100m rocky asteroid strikes in at 20 km/s, releasing 75.09 megatons of energy. The impact generates a magnitude 5.9 earthquake and creates regional destruction. Thermal radiation causes burns up to 17.3 km from ground zero.
Crater Impact 75.09 MT
Predicted impact scenario
The asteroid will strike Earth's surface, creating a significant crater and causing regional devastation. Impact effects include seismic activity, ejecta, and potential climate effects from dust.
Population Impact
The impact zone is classified as Populated Region with an estimated population density of 150 people/km². Approximately 0 people are within the affected area. Estimated casualties: 0 fatalities and 0 injured.
Near-Earth Object Facts
Impact Analysis
Impact Distribution
Breakdown of impact effects
Energy Distribution
How impact energy is distributed
Crater Formation Timeline
Crater development in first second
Atmospheric Entry Dynamics
AI-powered physics simulation of velocity decay through Earth's atmosphere
Affected Area Expansion
Impact zone growth over time
Crater Impact Analysis
Impact location: Pacific Ocean
NASA Reference: (2011 AG5)
Crater Effects
Impact Details
Thermal Radiation (Fireball)
Shock Wave
Wind Blast
Seismic Effects
Planetary Defense Strategies
Test different deflection methods to protect Earth
AI Strategic Analysis
No Analysis Generated Yet
Run a simulation first, then click "Generate AI Analysis" to receive comprehensive strategic recommendations powered by Gemini AI.
Impact Location
💡 Click on the map to select impact location