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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 3001–3024

2017 WF29

(2017 WF29)

Asteroid
0.97 AU from Sun
349.3 days orbit

791223

791223 (2019 SV4)

Asteroid
0.97 AU from Sun
349.3 days orbit

2020 UK6

(2020 UK6)

Asteroid
0.97 AU from Sun
349.3 days orbit

2021 CP2

(2021 CP2)

Asteroid
0.97 AU from Sun
349.4 days orbit

2018 NE

(2018 NE)

Asteroid
0.97 AU from Sun
349.4 days orbit

2022 YD6

(2022 YD6)

Asteroid
0.97 AU from Sun
349.4 days orbit

2009 VS25

(2009 VS25)

Asteroid
0.97 AU from Sun
349.4 days orbit

2024 RU9

(2024 RU9)

Asteroid
0.97 AU from Sun
349.4 days orbit

2018 VR3

(2018 VR3)

Asteroid
0.97 AU from Sun
349.5 days orbit

2021 SC2

(2021 SC2)

Asteroid
0.97 AU from Sun
349.5 days orbit

2025 TM

(2025 TM)

Asteroid
0.97 AU from Sun
349.5 days orbit

2020 KQ7

(2020 KQ7)

Asteroid
0.97 AU from Sun
349.5 days orbit

2016 FS13

(2016 FS13)

Asteroid
0.97 AU from Sun
349.5 days orbit

2025 HF12

(2025 HF12)

Asteroid
0.97 AU from Sun
349.5 days orbit

2017 FM127

(2017 FM127)

Asteroid
0.97 AU from Sun
349.6 days orbit

2025 PL1

(2025 PL1)

Asteroid
0.97 AU from Sun
349.6 days orbit

2026 GL

(2026 GL)

Asteroid
0.97 AU from Sun
349.6 days orbit

2019 YL4

(2019 YL4)

Asteroid
0.97 AU from Sun
349.7 days orbit

2017 FT101

(2017 FT101)

Asteroid
0.97 AU from Sun
349.7 days orbit

515742

515742 (2015 CU)

Asteroid
0.97 AU from Sun
349.7 days orbit

2026 HG3

(2026 HG3)

Asteroid
0.97 AU from Sun
349.7 days orbit

2017 HU49

(2017 HU49)

Asteroid
0.97 AU from Sun
349.8 days orbit

2023 SC1

(2023 SC1)

Asteroid
0.97 AU from Sun
349.8 days orbit

2022 JJ2

(2022 JJ2)

Asteroid
0.97 AU from Sun
349.8 days orbit