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Public Universe

Rocky remnants

Asteroids

The rocky leftovers of planet formation — most circling the Sun in the main belt between Mars and Jupiter, some swinging close to Earth.

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Earth MOID is the minimum distance between two orbital paths, not a predicted close approach. Potentially hazardous is a classification, not a prediction of impact. Filters exclude objects without the required measurements.

Orbital-distance pages retain the usual catalogue order. Choose catalogue ID to browse the full catalogue from the beginning in a consistent order.

Showing 3097–3120

2023 HR1

(2023 HR1)

Asteroid
0.98 AU from Sun
352.2 days orbit

2017 NS5

(2017 NS5)

Asteroid
0.98 AU from Sun
352.2 days orbit

2007 VU6

(2007 VU6)

Asteroid
0.98 AU from Sun
352.3 days orbit

2023 KX3

(2023 KX3)

Asteroid
0.98 AU from Sun
352.3 days orbit

2011 WS74

(2011 WS74)

Asteroid
0.98 AU from Sun
352.4 days orbit

2013 YG

(2013 YG)

Asteroid
0.98 AU from Sun
352.4 days orbit

1996 XZ12

(1996 XZ12)

Asteroid
0.98 AU from Sun
352.4 days orbit

2023 OX4

(2023 OX4)

Asteroid
0.98 AU from Sun
352.4 days orbit

2004 TP13

(2004 TP13)

Asteroid
0.98 AU from Sun
352.5 days orbit

2025 FJ22

(2025 FJ22)

Asteroid
0.98 AU from Sun
352.5 days orbit

2019 YP5

(2019 YP5)

Asteroid
0.98 AU from Sun
352.5 days orbit

2025 NU

(2025 NU)

Asteroid
0.98 AU from Sun
352.6 days orbit

2019 SO1

(2019 SO1)

Asteroid
0.98 AU from Sun
352.7 days orbit

2021 SD3

(2021 SD3)

Asteroid
0.98 AU from Sun
352.7 days orbit

2026 FG4

(2026 FG4)

Asteroid
0.98 AU from Sun
352.7 days orbit

2018 AU11

(2018 AU11)

Asteroid
0.98 AU from Sun
352.7 days orbit

2017 KG3

(2017 KG3)

Asteroid
0.98 AU from Sun
352.7 days orbit

2025 UB5

(2025 UB5)

Asteroid
0.98 AU from Sun
352.7 days orbit

2016 RT

(2016 RT)

Asteroid
0.98 AU from Sun
352.8 days orbit

2012 MD7

(2012 MD7)

Asteroid
0.98 AU from Sun
352.8 days orbit

2014 DJ80

(2014 DJ80)

Asteroid
0.98 AU from Sun
352.8 days orbit

2018 DX1

(2018 DX1)

Asteroid
0.98 AU from Sun
352.8 days orbit

2025 YL2

(2025 YL2)

Asteroid
0.98 AU from Sun
352.9 days orbit

2023 UN9

(2023 UN9)

Asteroid
0.98 AU from Sun
352.9 days orbit