·

Asteroid 2019 CN5 flew past Earth at 0.31 lunar distances

asteroid-2019-cn5

A newly discovered asteroid flew past Earth at a distance of 0.31 LD / 0.00079 AU (118 182 km / 73 435 miles) on February 11, 2019. This is the 6th known asteroid to flyby Earth within 1 lunar distance since the start of the year and first since January 27.

Asteroid 2019 CN5 belongs to the Apollo group of asteroids. It was first observed at Catalina Sky Survey on February 12, one day after it made a close approach to our planet.

2019 CN5's estimated diameter is between 7.3 and 16 m (23.9 – 52.5 feet). It flew past us at a speed (relative to the Earth) of 15.84 km/s at 07:23 UTC.

Ephemeris | Orbit Diagram | Orbital Elements | Mission Design | Physical Parameters | Close-Approach Data ]

 

NEO DATE / TIME UTC DISTANCE LD | AU  Diameter
2019 CN5 February 11 @ 07:23 UTC ± 00:03 0.31 | 0.00079 7.3 m – 16 m
2019 BZ3 January 27 @ 23:29 ± < 00:01 0.13 | 0.00032  5.0 – 11 m
2019 BV1 January 24 @ 20:53 ± < 00:01 0.35 | 0.00090  4.9 – 11 m
2019 BO January 16 @ 01:13 ± 00:02 0.18 | 0.00046  6.6 – 15 m
2019 AE9 January 12 @ 11:09 ± < 00:01 0.26 | 0.00067  9.9 – 22 m
2019 AS5 January 8 @ 00:37 ± < 00:01 0.04 | 0.00010  0.95 – 2.1 m

 

References

Asteroid 2019 CN5 at Minor Planet Center; at CNEOS

Featured image: The green line indicates the object's apparent motion relative to the Earth, and the bright green marks are the object's location at approximately half hour intervals. The Moon's orbit is grey. The blue arrow points in the direction of Earth's motion and the yellow arrow points toward the Sun. Credit: Minor Planet Center

If you value what we do here, create your ad-free account and support our journalism.

Share:

Related articles

Producing content you read on this website takes a lot of time, effort, and hard work. If you value what we do here, select the level of your support and register your account.

Your support makes this project fully self-sustainable and keeps us independent and focused on the content we love to create and share.

All our supporters can browse the website without ads, allowing much faster speeds and a clean interface. Your comments will be instantly approved and you’ll have a direct line of communication with us from within your account dashboard. You can suggest new features and apps and you’ll be able to use them before they go live.

You can choose the level of your support.

Stay kind, vigilant and ready!

$5 /month

  • Ad-free account
  • Instant comments
  • Direct communication
  • New features and apps suggestions
  • Early access to new apps and features

$50 /year

$10 /month

  • Ad-free account
  • Instant comments
  • Direct communication
  • New features and apps suggestions
  • Early access to new apps and features

$100 /year

$25 /month

  • Ad-free account
  • Instant comments
  • Direct communication
  • New features and apps suggestions
  • Early access to new apps and features

$200 /year

You can also support us by sending us a one-off payment using PayPal:

2 Comments

  1. How does the recent frequency of neas compare with historical records – are these asteroids becoming more common?

    Or is it simply a case of we are getting much better at detecting them?

    regards
    Peter

    1. I wouldn’t call them historical records as we are still not at a point where we could say we have a reliable sky coverage. We are getting better and since 2005 NASA’s goal is to detect 90% of all NEOs larger than 140 m. In 2001 we knew for a total of 936 NEOs, at the end of 2010 – 7 564 and as of February 12, 2019, that number is 19 763. If we compare the first 45 days of detected <1LD NEAs in 2019 with 2018, 2018 is leading by 9.. or 15 vs 6. In the first 45 days of 2017, we detected only 4, in 2016 8, 2015 4...

Leave a reply

Your email address will not be published.