RU | EN | ZH --:-- UTC Sign in

Conjunctions

Close approaches within 5 km between satellites in the portal catalog and other objects in orbit over the next seven days. The table is updated three times a day.
Last updated, UTC: 2026-10-11 00:30
Reset
Time of closest approach, UTC Object 1 Object 2 Distance, km Speed, km/s Max. probability
2026-10-15 20:11:17 AVION KALUGA 650
NORAD 57195 		HOTSAT-1
NORAD 56954 		1.168 9.43 2.6e-06
2026-10-15 04:55:41 STARLINK-4467
NORAD 53686 		AVION KALUGA 650
NORAD 57195 		4.980 15.05 1.9e-06
2026-10-13 12:10:43 AVION KALUGA 650
NORAD 57195 		TIANYI C
NORAD 64050 		2.035 1.29 1.1e-06
2026-10-12 14:04:25 AVION KALUGA 650
NORAD 57195 		LEGION 2
NORAD 59626 		2.525 2.30 6.9e-07
2026-10-13 00:36:46 AVION KALUGA 650
NORAD 57195 		CXBN
NORAD 38762 		1.675 14.99 5.9e-07
2026-10-11 20:08:49 AVION KALUGA 650
NORAD 57195 		SPACEMOBILE-004
NORAD 61049 		2.098 14.27 4.7e-07
2026-10-13 08:22:03 KANOPUS-V 4
NORAD 43181 		AVION KALUGA 650
NORAD 57195 		2.178 14.78 3.8e-07
2026-10-15 20:12:45 AVION KALUGA 650
NORAD 57195 		LEO EXPRESS 2
NORAD 62673 		3.706 1.71 3.2e-07
2026-10-16 06:27:56 AVION KALUGA 650
NORAD 57195 		CZ-6A DEB
NORAD 60776 		3.346 9.68 3.1e-07
2026-10-13 15:20:43 AVION KALUGA 650
NORAD 57195 		RASSVET-3 31
NORAD 100097 		2.509 14.73 2.8e-07
2026-10-13 05:04:19 AVION KALUGA 650
NORAD 57195 		PHASMA-LAMARR
NORAD 66673 		4.344 1.77 2.3e-07
2026-10-15 13:05:22 AVION KALUGA 650
NORAD 57195 		OBJECT E
NORAD 67750 		4.090 8.50 2.2e-07
2026-10-11 22:30:53 AVION KALUGA 650
NORAD 57195 		SPACEMOBILE-004
NORAD 61049 		3.111 14.23 2.1e-07
2026-10-17 00:18:30 YAOGAN-36 03B
NORAD 54374 		AVION KALUGA 650
NORAD 57195 		4.864 8.37 1.6e-07
2026-10-14 18:10:52 AVION KALUGA 650
NORAD 57195 		RASSVET-3 27
NORAD 100093 		3.967 14.66 1.2e-07
2026-10-13 04:30:46 AVION KALUGA 650
NORAD 57195 		TOMORROW-S5
NORAD 63234 		4.457 15.00 8.2e-08

Data: CelesTrak SOCRATES Plus, computed from TLEs of the public catalog. This is an estimate, not grounds for a manoeuvre: TLEs carry no covariance, and the maximum probability assumes a position error.