China Aerospace Science and Technology CorporationLong March 6Launch Complex 16, Taiyuan Satellite Launch Center, People's Republic of China
Satellogic x 10
Launched
November 6, 2020
Summary
Satellogic x 10 launched on a China Aerospace Science and Technology Corporation Long March 6 from Launch Complex 16, Taiyuan Satellite Launch Center, People's Republic of China on November 6, 2020. It was China Aerospace Science and Technology Corporation's 298th launch, 28th this year and humanity's 6,009th orbital launch attempt. It was the 4th Long March 6 flight and the 1st this year. The payload was bound for low Earth orbit (LEO). Dorothy, one of 15 catalogued objects, reached a 473 × 479 km orbit inclined 97.3°. 15 objects from this launch are catalogued, 13 of them payloads.
- Watch
- No webcast on record.
- Booster
- No booster details on record.
- Mission
- Earth Science · Low Earth Orbit (LEO)
- Milestone
- 4th Long March 6 flight · 1st this yearChina Aerospace Science and Technology Corporation's 298th launch28th this yearhumanity's 6,009th orbital launch attempt87th orbital launch attempt this year
Flight preview
Orbit: as tracked
Dorothy · NORAD 46827 · 2020-079 · Space-Track · tracking 1 of 15 objects
Show the numbers for orbit elements
- Object
- TBA - TO BE ASSIGNED
- Object ID
- 2020-079A
- Epoch
- 2020-11-06 04:45:28 UTC
- Mean motion
- 15.32234057 rev/day
- Eccentricity
- 0.0004392
- Inclination
- 97.2616°
- Ascending node
- 23.4109°
- Arg. of perigee
- 250.0196°
- Mean anomaly
- 197.5249°
- Element set
- 999
- Rev at epoch
- 0
- B*
- 0
Perigee, apogee and period are Kepler figures from the catalogued mean elements, not a propagated state. Published orbit: LEO. Ascent drawn from padside's representative profile.
Catalogued objects
15 catalogued: 13 payloads, 1 rocket stage, 1 component; none still in orbit
- Dorothy · NORAD 46827 · re-entered September 28, 2023
- Alice · NORAD 46828 · re-entered October 4, 2023
- Cora · NORAD 46829 · re-entered October 11, 2023
- Katherine · NORAD 46830 · re-entered September 18, 2023
- Hedy · NORAD 46831 · re-entered September 6, 2023
- Caroline · NORAD 46832 · re-entered October 31, 2023
- Emmy · NORAD 46833 · re-entered October 21, 2023
- Mary · NORAD 46835 · re-entered October 13, 2023
- Vera · NORAD 46836 · re-entered October 21, 2023
- Dianzi keji daxue · NORAD 46837 · re-entered August 8, 2023
- Beihang kongshi 1 · NORAD 46838 · re-entered December 5, 2023
- Taiyuan · NORAD 46839 · re-entered April 8, 2023
Show 1 more payload
- Lise · NORAD 46840 · re-entered September 22, 2023
CZ-6 Y3 Stage 3 · re-entered December 21, 2020
Data from J. McDowell, planet4589.org
About this launch
First batch of remote sensing satellites for Satellogic's constellation.
Pad

Launch Complex 16, Taiyuan Satellite Launch Center, People's Republic of China
5th launch from Launch Complex 16, 1st this year · 89th from Taiyuan Satellite Launch Center, People's Republic of China
16 launches from this pad · 162 from Taiyuan Satellite Launch Center, People's Republic of China
334 days after the previous launch from this pad
All launches from Taiyuan Satellite Launch Center, People's Republic of ChinaOpen in maps
Questions
When did Satellogic x 10 launch?
Satellogic x 10 launched on November 6, 2020. The time is known to the hour, not the minute.
Where can I watch Satellogic x 10?
No webcast is on record for this launch.
What rocket launched Satellogic x 10?
Long March 6, flown by China Aerospace Science and Technology Corporation. Long March 6 spec sheet
Where did Satellogic x 10 launch from?
Launch Complex 16, Taiyuan Satellite Launch Center, People's Republic of China.
What orbit did Satellogic x 10 reach?
Dorothy, one of 15 catalogued objects, reached a 473 × 479 km orbit inclined 97.3°.
How many satellites did Satellogic x 10 launch?
13 payloads from this launch are catalogued, none of them still in orbit (Data from J. McDowell, planet4589.org).
![[AUTO] Long March 6 - image](/media?u=https%3A%2F%2Fthespacedevs-prod.nyc3.digitaloceanspaces.com%2Fmedia%2Fimages%2Flong_march_6_image_20210709074933.jpg&w=1600)