Calamity
lowAsteroidCalamity Score: 14

(2024 CW2) — Close Approach

128d agoSource: neows

Asteroid (2024 CW2) will pass within 0.0114 AU (1,703,647 km) of Earth on 2026-03-15. Estimated diameter: 0.036–0.081 km. Velocity: 7.8 km/s.

Geographic Context

This asteroid event occurred at coordinates 0.00°, 0.00°.

Event Assessment

This event is a asteroid event classified as low severity. Calamity.live has classified it as "low" severity with a severity value of 77. The computed Calamity Score is 14 out of 100, suggesting contained impact at this time. The primary scoring components are: historical (80), population (10), intensity (8). Data for this event was sourced from neows, one of the 250 scientific monitoring sources aggregated by Calamity.live.

Regional Monitoring Context

This asteroid event is being tracked through Calamity.live's global monitoring network, which aggregates data from 250 scientific sources. Real-time monitoring and multi-source verification help ensure data accuracy and timely reporting of significant natural hazard events worldwide.

Event Data

TypeAsteroid
Severitylow
Severity Value77
Calamity Score14 / 100
Confidence48%
Coordinates0.0000, 0.0000
Timestamp2026-03-15T02:59:00.000Z
Sourcehttps://ssd.jpl.nasa.gov/tools/sbdb_lookup.html#/?sstr=54426230

Score Breakdown

8
intensity
10
population
0
cascading
80
historical

Technical Details

AbsoluteMagnitude24.333
DiameterMinKm0.0361372397
DiameterMaxKm0.0808053245
IsPotentiallyHazardousfalse
CloseApproachDate2026-03-15
MinDistAu0.0113881753
MinDistKm1703646.768066611
VelocityKms7.7731140508

Safety Information

Always follow official guidance from your local emergency management agency. This platform provides scientific monitoring data and is not a substitute for official warnings. If you are in immediate danger, contact your local emergency number.

This data is aggregated algorithmically from scientific sources. Not a replacement for official emergency warnings.

Share:XLinkedIn

Calamity.live data shows a asteroid event with CalamityScore 14/100, based on data from neows. Source: Calamity.live, a platform aggregating real-time data from 197 scientific monitoring sources.