You can monitor aero comms from Tehran ACC (MID MWARA/RDARA) on the following USB frequencies: 5658 5667 6925 8091 8918 10018 13288 13312 kHz.
Remember not all are in use 24/7 and propagation in the region dictates freqs in use not props to you.
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- Civilian Aero/Military HF Frequency List - Update 9 January 2023
Friday, June 21, 2019
Wednesday, June 19, 2019
HFDL System Table 51
For those of us who monitor aircraft data link signals, here is the newest HFDL System Table Version 51.
Version 51
Ground Station ID 1
SAN FRANCISCO - CALIFORNIA
UTC UNLOCKED
Longitude 121 45 33 W Latitude 38 23 4 N
Squitter Version 0
Number of frequencies 8
Frequency 21934000 Hz Master Frame Slot 4
Frequency 17919000 Hz Master Frame Slot 12
Frequency 13276000 Hz Master Frame Slot 8
Frequency 11327000 Hz Master Frame Slot 4
Frequency 10081000 Hz Master Frame Slot 4
Frequency 8927000 Hz Master Frame Slot 12
Frequency 6559000 Hz Master Frame Slot 8
Frequency 5508000 Hz Master Frame Slot 4
Ground Station ID 2
MOLOKAI - HAWAII
UTC UNLOCKED
Longitude 157 11 11 W Latitude 21 11 3 N
Squitter Version 0
Number of frequencies 12
Frequency 21937000 Hz Master Frame Slot 0
Frequency 17919000 Hz Master Frame Slot 7
Frequency 13324000 Hz Master Frame Slot 3
Frequency 13312000 Hz Master Frame Slot 3
Frequency 13276000 Hz Master Frame Slot 3
Frequency 11348000 Hz Master Frame Slot 11
Frequency 11312000 Hz Master Frame Slot 11
Frequency 10027000 Hz Master Frame Slot 11
Frequency 8936000 Hz Master Frame Slot 0
Frequency 8912000 Hz Master Frame Slot 0
Frequency 6565000 Hz Master Frame Slot 7
Frequency 5514000 Hz Master Frame Slot 7
Ground Station ID 3
REYKJAVIK - ICELAND
UTC UNLOCKED
Longitude 22 27 19 W Latitude 63 50 49 N
Squitter Version 0
Number of frequencies 7
Frequency 17985000 Hz Master Frame Slot 11
Frequency 15025000 Hz Master Frame Slot 7
Frequency 11184000 Hz Master Frame Slot 3
Frequency 8977000 Hz Master Frame Slot 0
Frequency 6712000 Hz Master Frame Slot 11
Frequency 5720000 Hz Master Frame Slot 7
Frequency 3900000 Hz Master Frame Slot 3
Ground Station ID 4
RIVERHEAD - NEW YORK
UTC UNLOCKED
Longitude 72 38 14 W Latitude 40 52 54 N
Squitter Version 0
Number of frequencies 7
Frequency 21931000 Hz Master Frame Slot 1
Frequency 17919000 Hz Master Frame Slot 9
Frequency 13276000 Hz Master Frame Slot 5
Frequency 11387000 Hz Master Frame Slot 1
Frequency 8912000 Hz Master Frame Slot 9
Frequency 6661000 Hz Master Frame Slot 5
Frequency 5652000 Hz Master Frame Slot 1
Ground Station ID 5
AUCKLAND - NEW ZEALAND
UTC UNLOCKED
Longitude 174 48 34 E Latitude 37 0 55 S
Squitter Version 0
Number of frequencies 6
Frequency 17916000 Hz Master Frame Slot 12
Frequency 13351000 Hz Master Frame Slot 8
Frequency 10084000 Hz Master Frame Slot 4
Frequency 8921000 Hz Master Frame Slot 12
Frequency 6535000 Hz Master Frame Slot 8
Frequency 5583000 Hz Master Frame Slot 4
Ground Station ID 6
HAT YAI - THAILAND
UTC UNLOCKED
Longitude 100 23 18 E Latitude 6 56 15 N
Squitter Version 0
Number of frequencies 7
Frequency 21949000 Hz Master Frame Slot 10
Frequency 17928000 Hz Master Frame Slot 6
Frequency 13270000 Hz Master Frame Slot 2
Frequency 10066000 Hz Master Frame Slot 10
Frequency 8825000 Hz Master Frame Slot 6
Frequency 6535000 Hz Master Frame Slot 2
Frequency 5655000 Hz Master Frame Slot 10
Ground Station ID 7
SHANNON - IRELAND
UTC UNLOCKED
Longitude 8 55 35 W Latitude 52 44 38 N
Squitter Version 0
Number of frequencies 8
Frequency 11384000 Hz Master Frame Slot 2
Frequency 10081000 Hz Master Frame Slot 2
Frequency 8942000 Hz Master Frame Slot 6
Frequency 8843000 Hz Master Frame Slot 6
Frequency 6532000 Hz Master Frame Slot 10
Frequency 5547000 Hz Master Frame Slot 2
Frequency 3455000 Hz Master Frame Slot 6
Frequency 2998000 Hz Master Frame Slot 6
Ground Station ID 8
JOHANNESBURG - SOUTH AFRICA
UTC UNLOCKED
Longitude 28 12 21 E Latitude 26 7 45 S
Squitter Version 0
Number of frequencies 8
Frequency 21949000 Hz Master Frame Slot 10
Frequency 17922000 Hz Master Frame Slot 6
Frequency 13321000 Hz Master Frame Slot 2
Frequency 11321000 Hz Master Frame Slot 10
Frequency 8834000 Hz Master Frame Slot 6
Frequency 5529000 Hz Master Frame Slot 10
Frequency 4681000 Hz Master Frame Slot 6
Frequency 3016000 Hz Master Frame Slot 6
Ground Station ID 9
BARROW - ALASKA
UTC UNLOCKED
Longitude 156 34 37 W Latitude 71 15 30 N
Squitter Version 0
Number of frequencies 19
Frequency 21937000 Hz Master Frame Slot 10
Frequency 21928000 Hz Master Frame Slot 10
Frequency 17934000 Hz Master Frame Slot 6
Frequency 17919000 Hz Master Frame Slot 6
Frequency 11354000 Hz Master Frame Slot 2
Frequency 10093000 Hz Master Frame Slot 2
Frequency 10027000 Hz Master Frame Slot 2
Frequency 8936000 Hz Master Frame Slot 10
Frequency 8927000 Hz Master Frame Slot 10
Frequency 6646000 Hz Master Frame Slot 6
Frequency 5544000 Hz Master Frame Slot 2
Frequency 5538000 Hz Master Frame Slot 2
Frequency 5529000 Hz Master Frame Slot 2
Frequency 4687000 Hz Master Frame Slot 2
Frequency 4654000 Hz Master Frame Slot 2
Frequency 3497000 Hz Master Frame Slot 10
Frequency 3007000 Hz Master Frame Slot 10
Frequency 2992000 Hz Master Frame Slot 10
Frequency 2944000 Hz Master Frame Slot 10
Ground Station ID 10
MUAN - SOUTH KOREA
UTC UNLOCKED
Longitude 126 14 19 E Latitude 35 1 56 N
Squitter Version 0
Number of frequencies 8
Frequency 21931000 Hz Master Frame Slot 3
Frequency 17958000 Hz Master Frame Slot 11
Frequency 13342000 Hz Master Frame Slot 7
Frequency 10060000 Hz Master Frame Slot 3
Frequency 8939000 Hz Master Frame Slot 11
Frequency 6619000 Hz Master Frame Slot 7
Frequency 5502000 Hz Master Frame Slot 3
Frequency 2941000 Hz Master Frame Slot 7
Ground Station ID 11
ALBROOK - PANAMA
UTC UNLOCKED
Longitude 79 22 25 W Latitude 9 5 4 N
Squitter Version 0
Number of frequencies 6
Frequency 17901000 Hz Master Frame Slot 6
Frequency 13264000 Hz Master Frame Slot 2
Frequency 10063000 Hz Master Frame Slot 10
Frequency 8894000 Hz Master Frame Slot 6
Frequency 6589000 Hz Master Frame Slot 2
Frequency 5589000 Hz Master Frame Slot 10
Ground Station ID 13
SANTA CRUZ - BOLIVIA
UTC UNLOCKED
Longitude 63 9 24 W Latitude 17 40 15 S
Squitter Version 0
Number of frequencies 7
Frequency 21997000 Hz Master Frame Slot 3
Frequency 17916000 Hz Master Frame Slot 11
Frequency 13315000 Hz Master Frame Slot 7
Frequency 11318000 Hz Master Frame Slot 3
Frequency 8957000 Hz Master Frame Slot 11
Frequency 6628000 Hz Master Frame Slot 7
Frequency 4660000 Hz Master Frame Slot 3
Ground Station ID 14
KRASNOYARSK - RUSSIA
UTC UNLOCKED
Longitude 92 35 0 E Latitude 56 9 9 N
Squitter Version 0
Number of frequencies 7
Frequency 21990000 Hz Master Frame Slot 4
Frequency 17912000 Hz Master Frame Slot 12
Frequency 13321000 Hz Master Frame Slot 8
Frequency 10087000 Hz Master Frame Slot 4
Frequency 8886000 Hz Master Frame Slot 12
Frequency 6596000 Hz Master Frame Slot 8
Frequency 5622000 Hz Master Frame Slot 4
Ground Station ID 15
AL MUHARRAQ - BAHRAIN
UTC UNLOCKED
Longitude 50 38 23 E Latitude 26 16 25 N
Squitter Version 0
Number of frequencies 6
Frequency 21982000 Hz Master Frame Slot 1
Frequency 17967000 Hz Master Frame Slot 9
Frequency 13354000 Hz Master Frame Slot 5
Frequency 10075000 Hz Master Frame Slot 1
Frequency 8885000 Hz Master Frame Slot 9
Frequency 5544000 Hz Master Frame Slot 5
Ground Station ID 16
AGANA - GUAM
UTC UNLOCKED
Longitude 144 49 41 E Latitude 13 29 19 N
Squitter Version 0
Number of frequencies 7
Frequency 21928000 Hz Master Frame Slot 1
Frequency 17919000 Hz Master Frame Slot 9
Frequency 13312000 Hz Master Frame Slot 5
Frequency 11306000 Hz Master Frame Slot 1
Frequency 8927000 Hz Master Frame Slot 5
Frequency 6652000 Hz Master Frame Slot 1
Frequency 5451000 Hz Master Frame Slot 9
Ground Station ID 17
CANARIAS - SPAIN
UTC UNLOCKED
Longitude 15 24 18 W Latitude 27 57 39 N
Squitter Version 0
Number of frequencies 6
Frequency 21955000 Hz Master Frame Slot 4
Frequency 17928000 Hz Master Frame Slot 12
Frequency 13303000 Hz Master Frame Slot 8
Frequency 11348000 Hz Master Frame Slot 4
Frequency 8948000 Hz Master Frame Slot 12
Frequency 6529000 Hz Master Frame Slot 8
Version 51
Ground Station ID 1
SAN FRANCISCO - CALIFORNIA
UTC UNLOCKED
Longitude 121 45 33 W Latitude 38 23 4 N
Squitter Version 0
Number of frequencies 8
Frequency 21934000 Hz Master Frame Slot 4
Frequency 17919000 Hz Master Frame Slot 12
Frequency 13276000 Hz Master Frame Slot 8
Frequency 11327000 Hz Master Frame Slot 4
Frequency 10081000 Hz Master Frame Slot 4
Frequency 8927000 Hz Master Frame Slot 12
Frequency 6559000 Hz Master Frame Slot 8
Frequency 5508000 Hz Master Frame Slot 4
Ground Station ID 2
MOLOKAI - HAWAII
UTC UNLOCKED
Longitude 157 11 11 W Latitude 21 11 3 N
Squitter Version 0
Number of frequencies 12
Frequency 21937000 Hz Master Frame Slot 0
Frequency 17919000 Hz Master Frame Slot 7
Frequency 13324000 Hz Master Frame Slot 3
Frequency 13312000 Hz Master Frame Slot 3
Frequency 13276000 Hz Master Frame Slot 3
Frequency 11348000 Hz Master Frame Slot 11
Frequency 11312000 Hz Master Frame Slot 11
Frequency 10027000 Hz Master Frame Slot 11
Frequency 8936000 Hz Master Frame Slot 0
Frequency 8912000 Hz Master Frame Slot 0
Frequency 6565000 Hz Master Frame Slot 7
Frequency 5514000 Hz Master Frame Slot 7
Ground Station ID 3
REYKJAVIK - ICELAND
UTC UNLOCKED
Longitude 22 27 19 W Latitude 63 50 49 N
Squitter Version 0
Number of frequencies 7
Frequency 17985000 Hz Master Frame Slot 11
Frequency 15025000 Hz Master Frame Slot 7
Frequency 11184000 Hz Master Frame Slot 3
Frequency 8977000 Hz Master Frame Slot 0
Frequency 6712000 Hz Master Frame Slot 11
Frequency 5720000 Hz Master Frame Slot 7
Frequency 3900000 Hz Master Frame Slot 3
Ground Station ID 4
RIVERHEAD - NEW YORK
UTC UNLOCKED
Longitude 72 38 14 W Latitude 40 52 54 N
Squitter Version 0
Number of frequencies 7
Frequency 21931000 Hz Master Frame Slot 1
Frequency 17919000 Hz Master Frame Slot 9
Frequency 13276000 Hz Master Frame Slot 5
Frequency 11387000 Hz Master Frame Slot 1
Frequency 8912000 Hz Master Frame Slot 9
Frequency 6661000 Hz Master Frame Slot 5
Frequency 5652000 Hz Master Frame Slot 1
Ground Station ID 5
AUCKLAND - NEW ZEALAND
UTC UNLOCKED
Longitude 174 48 34 E Latitude 37 0 55 S
Squitter Version 0
Number of frequencies 6
Frequency 17916000 Hz Master Frame Slot 12
Frequency 13351000 Hz Master Frame Slot 8
Frequency 10084000 Hz Master Frame Slot 4
Frequency 8921000 Hz Master Frame Slot 12
Frequency 6535000 Hz Master Frame Slot 8
Frequency 5583000 Hz Master Frame Slot 4
Ground Station ID 6
HAT YAI - THAILAND
UTC UNLOCKED
Longitude 100 23 18 E Latitude 6 56 15 N
Squitter Version 0
Number of frequencies 7
Frequency 21949000 Hz Master Frame Slot 10
Frequency 17928000 Hz Master Frame Slot 6
Frequency 13270000 Hz Master Frame Slot 2
Frequency 10066000 Hz Master Frame Slot 10
Frequency 8825000 Hz Master Frame Slot 6
Frequency 6535000 Hz Master Frame Slot 2
Frequency 5655000 Hz Master Frame Slot 10
Ground Station ID 7
SHANNON - IRELAND
UTC UNLOCKED
Longitude 8 55 35 W Latitude 52 44 38 N
Squitter Version 0
Number of frequencies 8
Frequency 11384000 Hz Master Frame Slot 2
Frequency 10081000 Hz Master Frame Slot 2
Frequency 8942000 Hz Master Frame Slot 6
Frequency 8843000 Hz Master Frame Slot 6
Frequency 6532000 Hz Master Frame Slot 10
Frequency 5547000 Hz Master Frame Slot 2
Frequency 3455000 Hz Master Frame Slot 6
Frequency 2998000 Hz Master Frame Slot 6
Ground Station ID 8
JOHANNESBURG - SOUTH AFRICA
UTC UNLOCKED
Longitude 28 12 21 E Latitude 26 7 45 S
Squitter Version 0
Number of frequencies 8
Frequency 21949000 Hz Master Frame Slot 10
Frequency 17922000 Hz Master Frame Slot 6
Frequency 13321000 Hz Master Frame Slot 2
Frequency 11321000 Hz Master Frame Slot 10
Frequency 8834000 Hz Master Frame Slot 6
Frequency 5529000 Hz Master Frame Slot 10
Frequency 4681000 Hz Master Frame Slot 6
Frequency 3016000 Hz Master Frame Slot 6
Ground Station ID 9
BARROW - ALASKA
UTC UNLOCKED
Longitude 156 34 37 W Latitude 71 15 30 N
Squitter Version 0
Number of frequencies 19
Frequency 21937000 Hz Master Frame Slot 10
Frequency 21928000 Hz Master Frame Slot 10
Frequency 17934000 Hz Master Frame Slot 6
Frequency 17919000 Hz Master Frame Slot 6
Frequency 11354000 Hz Master Frame Slot 2
Frequency 10093000 Hz Master Frame Slot 2
Frequency 10027000 Hz Master Frame Slot 2
Frequency 8936000 Hz Master Frame Slot 10
Frequency 8927000 Hz Master Frame Slot 10
Frequency 6646000 Hz Master Frame Slot 6
Frequency 5544000 Hz Master Frame Slot 2
Frequency 5538000 Hz Master Frame Slot 2
Frequency 5529000 Hz Master Frame Slot 2
Frequency 4687000 Hz Master Frame Slot 2
Frequency 4654000 Hz Master Frame Slot 2
Frequency 3497000 Hz Master Frame Slot 10
Frequency 3007000 Hz Master Frame Slot 10
Frequency 2992000 Hz Master Frame Slot 10
Frequency 2944000 Hz Master Frame Slot 10
Ground Station ID 10
MUAN - SOUTH KOREA
UTC UNLOCKED
Longitude 126 14 19 E Latitude 35 1 56 N
Squitter Version 0
Number of frequencies 8
Frequency 21931000 Hz Master Frame Slot 3
Frequency 17958000 Hz Master Frame Slot 11
Frequency 13342000 Hz Master Frame Slot 7
Frequency 10060000 Hz Master Frame Slot 3
Frequency 8939000 Hz Master Frame Slot 11
Frequency 6619000 Hz Master Frame Slot 7
Frequency 5502000 Hz Master Frame Slot 3
Frequency 2941000 Hz Master Frame Slot 7
Ground Station ID 11
ALBROOK - PANAMA
UTC UNLOCKED
Longitude 79 22 25 W Latitude 9 5 4 N
Squitter Version 0
Number of frequencies 6
Frequency 17901000 Hz Master Frame Slot 6
Frequency 13264000 Hz Master Frame Slot 2
Frequency 10063000 Hz Master Frame Slot 10
Frequency 8894000 Hz Master Frame Slot 6
Frequency 6589000 Hz Master Frame Slot 2
Frequency 5589000 Hz Master Frame Slot 10
Ground Station ID 13
SANTA CRUZ - BOLIVIA
UTC UNLOCKED
Longitude 63 9 24 W Latitude 17 40 15 S
Squitter Version 0
Number of frequencies 7
Frequency 21997000 Hz Master Frame Slot 3
Frequency 17916000 Hz Master Frame Slot 11
Frequency 13315000 Hz Master Frame Slot 7
Frequency 11318000 Hz Master Frame Slot 3
Frequency 8957000 Hz Master Frame Slot 11
Frequency 6628000 Hz Master Frame Slot 7
Frequency 4660000 Hz Master Frame Slot 3
Ground Station ID 14
KRASNOYARSK - RUSSIA
UTC UNLOCKED
Longitude 92 35 0 E Latitude 56 9 9 N
Squitter Version 0
Number of frequencies 7
Frequency 21990000 Hz Master Frame Slot 4
Frequency 17912000 Hz Master Frame Slot 12
Frequency 13321000 Hz Master Frame Slot 8
Frequency 10087000 Hz Master Frame Slot 4
Frequency 8886000 Hz Master Frame Slot 12
Frequency 6596000 Hz Master Frame Slot 8
Frequency 5622000 Hz Master Frame Slot 4
Ground Station ID 15
AL MUHARRAQ - BAHRAIN
UTC UNLOCKED
Longitude 50 38 23 E Latitude 26 16 25 N
Squitter Version 0
Number of frequencies 6
Frequency 21982000 Hz Master Frame Slot 1
Frequency 17967000 Hz Master Frame Slot 9
Frequency 13354000 Hz Master Frame Slot 5
Frequency 10075000 Hz Master Frame Slot 1
Frequency 8885000 Hz Master Frame Slot 9
Frequency 5544000 Hz Master Frame Slot 5
Ground Station ID 16
AGANA - GUAM
UTC UNLOCKED
Longitude 144 49 41 E Latitude 13 29 19 N
Squitter Version 0
Number of frequencies 7
Frequency 21928000 Hz Master Frame Slot 1
Frequency 17919000 Hz Master Frame Slot 9
Frequency 13312000 Hz Master Frame Slot 5
Frequency 11306000 Hz Master Frame Slot 1
Frequency 8927000 Hz Master Frame Slot 5
Frequency 6652000 Hz Master Frame Slot 1
Frequency 5451000 Hz Master Frame Slot 9
Ground Station ID 17
CANARIAS - SPAIN
UTC UNLOCKED
Longitude 15 24 18 W Latitude 27 57 39 N
Squitter Version 0
Number of frequencies 6
Frequency 21955000 Hz Master Frame Slot 4
Frequency 17928000 Hz Master Frame Slot 12
Frequency 13303000 Hz Master Frame Slot 8
Frequency 11348000 Hz Master Frame Slot 4
Frequency 8948000 Hz Master Frame Slot 12
Frequency 6529000 Hz Master Frame Slot 8
Sunday, June 09, 2019
40 kHz Japanese Time Station Recording
Here is a recording of the Japanese Time Station on 40 kHz at 1433. 9 May 2019 at this link.
https://instaud.io/3N5O
Labels:
40 kHz,
Japan,
Radio Intercept Audio File,
Time Station
Sunday, June 02, 2019
Jonathan's Space Report No. 765
Jonathan's Space Report
No. 765 2019 Jun 2 Somerville, MA
---------------------------------------------------------------------------------------------
International Space Station
---------------------------
On May 1-2 the Canadarm-2 and Dextre arms were used to replace a failed Main Bus Switching
Unit on the ISS S0 truss. The failed MBSU supported the channel 3 solar arrays.
It was exchanged with an MBSU on External Stowage Platform 2. This replacement unit was originally
the channel 2 MBSU, which failed in 2017, was brought inside ISS, repaired, and replaced on ESP-2.
There are 7 MBSUs on ISS:
Launch order Launch year Current role
MBSU 1 2002 Failed, on ELC-2 since 2013
MBSU 2 2002 Active as MBSU-3 since 2019
MBSU 3 2002 Failed, on ESP-2 since 2019
MBSU 4 2002 Active as MBSU-4 since 2002
MBSU 5 2005 Active as MBSU-2 since 2017
MBSU 6 2007 Active as MBSU-1 since 2012
MBSU 7 2013 Spare on ESP-2 since 2013
On May 4 SpaceX launched Dragon CRS-17 towards the Station. The CRS-17 trunk carries
OCO-3, a carbon measuring experiment, and STP-H6, with a set of USAF Space Test Program
experiments. STP-H6's experiments include XCOM, an X-ray transmitter which will carry
out communications experiments using the ISS NICER X-ray observatory as a receiver -
giving a whole different meaning to "X-band".
Dragon arrived at ISS on May 6, with SSRMS grapple at 1101 UTC and
berthing on Harmony nadir at 1422 UTC. On May 10-11 OCO-3 was installed
on site EFU3 of the Kibo Exposed Facility, and STP-H6 was installed on
site 3 of Express Logistics Carrier ELC-3. The CATS experiment, launched
in 2015, was removed from the Kibo EF and installed in Dragon's trunk
for disposal; the SCAN testbed, launched in 2012, was similarly removed
from the ELC-3 and stowed in the trunk.
A failed BCDU (battery charge-discharge unit), launched in 2006, was removed from
the P4 truss on Apr 3 and placed on ELC-1; on May 16 it was brought inside the Kibo
airlock.
On May 29 astronauts Ovchinin and Kononenko made a spacewalk, VKD-46, from the
Pirs module, using spacesuits Orlan MKS-4 and MKS-5. For this spacewalk, to celebrate
the 85th birthday of the first spacewalker on May 30, they wore backpacks decorated
with the slogans "Leonov Number 1" and "Happy Birthday Aleksey Arkhipovich" (in Russian,
of course).
They depressurized the airlock at about 1530 UTC and opened the hatch at 1542 UTC.
They installed a commemorative portrait of Leonov on the EVA ladder, retrieved
a decontamination towel left tied to a handrail by Yuriy Lonchakov in Dec 2008;
retrieved a thermal sensor boom, 'Test' exposure cassettes, the IMPAKT experiment
and Vinoslivost' panels, cleaned windows on the airlock module,
and disassembled the Obstanovka experiment. Two Obstanovka experiment boxes
and two mounting booms were jettisoned between 1945 and 2101 UTC.
The hatch was closed at 2143 UTC and the airlock was repressurized at 2148 UTC.
Electron
--------
On May 5 Rocket Lab launched Electron mission 6, nicknamed 'That's A Funny Looking Cactus'.
The payload was USAF Space Test Program mission STP-27RD, consisting of the 150 kg
Harbinger satellite and two cubesats.
Harbinger is a small imaging radar satellite built by York Space Systems (Denver)
and will carry out a mission for the US Army Space and Missile Defense Command.
SPARC-1 (Space Plug-and-Play Architecture Cubesat) is a 6U mission from
the USAF Research Lab and the Swedish defense agency FMV, testing
advanced computing hardware in space.
The Falcon Orbital Debris Experiment (Falcon-ODE) 1U cubesat from the USAF Academy, will release
2cm and 4cm steel spheres to act as tracking targets.
Beidou DW45
-----------
The 45th Beidou satellite was Beidou-2 G8, a replenishment satellite for the older Beidou phase 2
system. It was launched to geotransfer orbit on May 17.
RISAT-2B
--------
India's RISAT-2B radar imaging satellite was launched on May 22. It replaces the Israeli-built
RISAT-2, launched in 2009. Mass of RISAT-2B is 615 kg.
Yaogan-33
---------
The launch of China's Yaogan-33 radar satellite on May 23 was a failure.
The third stage burn was not performed successfully and the vehicle did
not reach orbit.
Starlink
--------
SpaceX launched its first batch of 60 Starlink Ku-band internet
satellites on May 24. The Falcon 9 rocket placed the satellites in a
434 x 442 km x 53.0 deg. Each one is about 200-250 kg (the press kit
says 227 kg, but this is suspiciously close to the metric equivalent of
500 pounds, so it's possible they really mean 500+-50 lb = 227 +- 23
kg). The satellites are a flat panel with krypton-propellant electric
thrusters and a single deployable solar panel.
Observers in Europe saw the satellites as a spectacular string of mag 2
to 3 objects a few hours after launch. As of May 30 it appears the
satellites are mostly in the mag 4 to 7 range with frequent flares to
mag 2 and occasional brighter flares, depending on illumination
conditions and satellite orientation. (For the nonastronomers:
bigger mag is fainter, mag 1 = brightest stars in the sky and
mag 6 = barely naked-eye visible at a dark site).
The brightness of the satellites has raised concerns in the astronomical
community - a full constellation of many thousand satellites could
interfere with observations and, if they are brighter than mag 5 or so,
might dominate the naked-eye night sky in dark locations. However, it is
likely to take some weeks before we really understand how much of the
time the satellites are bright and whether it's a real problem. SpaceX
have now stated that they will look at ways to reduce the reflectivity
of later satellites.
In the meantime, the 60 satellites launched so far are fascinating to
watch, if you live somewhere less cloudy than Boston has been lately.
SpaceX report that 56 of the 60 satellites are working as expected,
and 4 have some problems but are in communication with the ground.
In addtion, there are a further 4 debris objects which tumble with
large observed brightness variations
Glonass
-------
Glonass-M No. 58 (Uragan-M No. 758) was launched on May 27, replenishing
the Russian navigation system. It will probably get the official cover name Kosmos-2534.
Yamal-601
---------
Yamal-601, a communications satellite for the Russian company Gazprom Space Systems built
by ISS Reshetnev, was launched on May 30 by a Proton from Baykonur into geotransfer
orbit.
Hayabusa-2
----------
Hayabusa-2 ejected a second small `target marker' onto the surface of Ryugu
at about 0219 UTC May 30, during another descent to about 10 metres above
the asteroid.
WGS 10
------
The USAF Wideband Global Satcom 10 satellite, launched on Mar 16 to a mildly
supersynchronous 462 x 44260 km x 27.0 deg transfer orbit, is using an unusual ascent
path to GEO. By Mar 26 its orbit was near-synchronous and equatorial but elliptical,
25876 x 45130 km x 0.2 deg. Since then it has slowly circularized and by May 30
its orbit was 34716 x 36850 km. This is in contrast to the usual practice of getting
one end of the ellipse to the GEO height quickly and only then adjusting the other.
The WGS 10 strategy may allow comms with a single ground station more quickly.
SSO-A
-----
Three more SSO-A cubesats have been identified: objects J, U and W are SPAWAR-CAL-O,
SPAWAR-CAL-R, and SPAWAR-CAL-OR. They are 1U cubesats for the US Navy Space and
Naval Warfare Systems Command (SPAWAR) used for calibration of space tracking systems
and carry optical and radar reflectors.
Erratum
-------
IOD-1 GEMS is owned by Satellite Applications Catapult Ltd., although
built by Orbital Microsystems and ClydeSpace. Catapult has a ground
station at Goonhilly in Cornwall, site of the first transatlantic satcom
link.
Table of Recent Orbital Launches
----------------------------------
Date UT Name Launch Vehicle Site Mission INTL. Catalog Perigee Apogee Incl Notes
Apr 1 0357 EMISAT ) PSLV-QL Satish Dhawan SLP Sigint 18A S44078 736 x 758 x 98.4 0930LT SSO
BlueWalker 1 ) IoT Comms 18AD S44105 434 x 515 x 97.5
M6P ) IoT Comms 18AF S44109 434 x 515 x 97.5
Astrocast-0.2 ) IoT Comms 18F S44083 494 x 510 x 97.5
Danu Pathfinder 1 ) AIS Comms 18AB S44103 490 x 507 x 97.5
Lemur-2-JohanLoran ) AIS/ADS-B/Met 18G S44084 494 x 510 x 97.5
Lemur-2-Beaudacious ) AIS/ADS-B/Met 18H S44085 493 x 510 x 97.5
Lemur-2-Elham ) AIS/ADS-B/Met 18J S44086 493 x 510 x 97.5
Lemur-2-Victor-Andrew) AIS/ADS-B/Met 18K S44087 493 x 510 x 97.5
Flock 4a-1/ Dove 2218) Imaging 18B S44079 494 x 510 x 97.5
Flock 4a-2/ Dove 2201) Imaging 18C S44080 494 x 510 x 97.5
Flock 4a-3/ Dove 2206) Imaging 18D S44081 494 x 510 x 97.5
Flock 4a-4/ Dove 2220) Imaging 18E S44082 494 x 510 x 97.5
Flock 4a-5/ Dove 2227) Imaging 18T S44095 493 x 507 x 97.5
Flock 4a-6/ Dove 220b) Imaging 18S S44094 494 x 507 x 97.5
Flock 4a-7/ Dove 222d) Imaging 18R S44093 494 x 507 x 97.5
Flock 4a-8/ Dove 2213) Imaging 18Q S44092 494 x 507 x 97.5
Flock 4a-9/ Dove 2224) Imaging 18W S44098 493 x 507 x 97.5
Flock 4a-10/Dove 2205) Imaging 18V S44097 493 x 507 x 97.5
Flock 4a-11/Dove 2223) Imaging 18U S44096 493 x 507 x 97.5
Flock 4a-12/Dove 2209) Imaging 18AE S44108 494 x 507 x 97.5
Flock 4a-13/Dove 220c) Imaging 18AA S44102 492 x 507 x 97.5
Flock 4a-14/Dove 222c) Imaging 18Z S44101 492 x 507 x 97.5
Flock 4a-15/Dove 2207) Imaging 18Y S44100 493 x 507 x 97.5
Flock 4a-16/Dove 222b) Imaging 18X S44099 493 x 507 x 97.5
Flock 4a-17/Dove 2212) Imaging 18L S44088 493 x 510 x 97.5
Flock 4a-18/Dove 2215) Imaging 18M S44089 493 x 510 x 97.5
Flock 4a-19/Dove 2235) Imaging 18N S44090 493 x 510 x 97.5
Flock 4a-20/Dove 2232) Imaging 18P S44091 493 x 510 x 97.5
AISAT-1/PSLV-C45-PS4 Tech/Comms 18AC S44104 435 x 515 x 97.5
Apr 4 1101 Progress MS-11 Soyuz-2-1A Baykonur LC31 Cargo 19A S44110 407 x 411 x 51.6
Apr 4 1703 O3b FM17 ) Soyuz ST-B/Fregat CSG ELS Comms 20A S44112 7809 x 7839 x 0.0
O3b FM18 ) Comms 20B S44113 7818 x 7839 x 0.0
O3b FM19 ) Comms 20C S44114 7830 x 7840 x 0.0
O3b FM20 ) Comms 20D S44115 7839 x 7841 x 0.0
Apr 5 0156 SCI Hayabusa-2, Ryugu space Weapon 14076 D00957 Ryugu impact
Apr 5 0214 DCAM-3 Hayabusa-2, Ryugu space Imaging 14076 D00958 Ryugu space
Apr 11 2235 Arabsat 6A Falcon Heavy Kennedy LC39A Comms 21A S44186 320 x89807 x 23.0
Apr 17 2046 S.S. Roger Chaffee ) Antares 230 MARS LA0B Cargo 22A S44188 285 x 380 x 51.6
SASSI-2 ) Science 22C? A09407 201 x 291 x 51.6
ThinSat 1A ) Tech 22D? A09408 201 x 291 x 51.6
ThinSat 1B ) Tech 22E? A09409 201 x 291 x 51.6
ThinSat 1C ) Tech 22F? A09410 201 x 291 x 51.6
ThinSat 1D ) Tech 22G? A09411 201 x 291 x 51.6
ThinSat 1E ) Tech 22H? A09412 201 x 291 x 51.6
ThinSat 1F ) Tech 22J? A09413 201 x 291 x 51.6
ThinSat 1G ) Tech 22K? A09414 201 x 291 x 51.6
ThinSat 1H ) Tech 22L? A09415 201 x 291 x 51.6
ThinSat 1I ) Tech 22M? A09416 201 x 291 x 51.6
ThinSat 1J ) Tech 22N? A09417 201 x 291 x 51.6
ThinSat 1K ) Tech 22P? A09418 201 x 291 x 51.6
ThinSat 1L ) Tech 22Q? A09419 201 x 291 x 51.6
Apr 20 1441 Beidou DW44 Chang Zheng 3B Xichang Navigation 23A S44205 193 x35788 x 28.5
Apr 29 2252 Tianhui-2 01 zu 01 xing ) Chang Zheng 4B Taiyuan Imaging 24A S44207 506 x 517 x 97.4 0600LT SSO
Tianhui-2 01 zu 02 xing ) Imaging 24B S44208 506 x 517 x 97.4 0600LT SSO
May 4 0648 Dragon CRS-17 Falcon 9 Canaveral SLC40 Cargo 25A S44222 204 x 382 x 51.6
May 5 0600 Harbinger ) Electron Mahia LC1 Radar 26E S44229 484 x 512 x 40.0
SPARC-1 ) Tech 26B S44226 493 x 511 x 40.0
AFOTEC-1 ) Cal 26A S44225 496 x 511 x 40.0
May 17 1548 Beidou DW45 Chang Zheng 3C Xichang LC2 Navigation 27A S44231 198 x35743 x 19.4
May 22 0000 RISAT-2B PSLV-CA Satish Dhawan FLP Radar 28A S44233 550 x 558 x 37.0
May 22 2249 Yaogan 33 Chang Zheng 4C Taiyuan Radar F04 F01439 -6000?x 500?x 97.8?
May 24 0230 Starlink 01 ) Falcon 9 Canaveral SLC40 Comms 29A S44235 434 x 443 x 53.0
Starlink 02 ) Comms .
... ) .
Starlink 60 ) Comms 29BM S44294 450 x 453 x 53.0
May 27 0623 Glonass-M No 58 Soyuz-2-1B/Fregat Plesetsk LC43/4 Navigation 30A S44299 19128 x19156 x 64.8
May 30 1742 Yamal-601 Proton-M/Briz-M Baykonur Comms 31A S44307 6423 x35712 x 17.8
Table of Recent Suborbital Launches
-----------------------------------
Sandia National Labs launched two Terrier Malemute rockets with technology payloads in April,
according to T. Rummler from Sandia.
The Trident II test on May 9 sent its reentry vehicles into the South Atlantic Ocean off the
coast of Namibia.
The University of Southern California's student rocket group RPL flew a rocket called Traveler IV
to 103 km on Apr 21, a record apogee for a student built rocket.
Date UT Payload/Flt Name Launch Vehicle Site Mission Apogee/km Target
Apr 5 2214 AZURE 1 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 5 2216 AZURE 2 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 11 1651 CLASP 2 Black Brant IX White Sands Solar UV 274 White Sands
Apr 21 Traveler IV Traveler Spaceport America Test 103 Spaceport America
Apr 23 HOT SHOT 2 Terrier Malemute Kauai Tech 320? Pacific
Apr 24 HOT SHOT 3 Terrier Malemute Kauai Tech 320? Pacific
May 1 0942 GT230GM Minuteman III Vandenberg LF10 Op Test 1300? Kwajalein
May 2 1334? New Shepard NS-12 New Shepard West Texas Test 105 West Texas
May 3 2045 Momo TF-3 Momo Taiki Test 118 Pacific Ocean
May 9 0740 GT229GM Minuteman III Vandenberg LF09 Op Test 1300? Kwajalein
May 9 DASO-29 Trident II D-5 USS Rhode Island, ETR Op Test 1000? S Atlantic
May 10 SM-3 KV SM-3-IB USS Roosevelt, Hebrides Test 150? Atlantic
May 23 Shaheen II RV Shaheen II Somniani? Op Test 300? Arabian Sea
-------------------------------------------------------------------------.
| Jonathan McDowell | |
| Somerville MA 02143 | inter : planet4589 at gmail |
| USA | twitter: @planet4589 |
| |
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No. 765 2019 Jun 2 Somerville, MA
---------------------------------------------------------------------------------------------
International Space Station
---------------------------
On May 1-2 the Canadarm-2 and Dextre arms were used to replace a failed Main Bus Switching
Unit on the ISS S0 truss. The failed MBSU supported the channel 3 solar arrays.
It was exchanged with an MBSU on External Stowage Platform 2. This replacement unit was originally
the channel 2 MBSU, which failed in 2017, was brought inside ISS, repaired, and replaced on ESP-2.
There are 7 MBSUs on ISS:
Launch order Launch year Current role
MBSU 1 2002 Failed, on ELC-2 since 2013
MBSU 2 2002 Active as MBSU-3 since 2019
MBSU 3 2002 Failed, on ESP-2 since 2019
MBSU 4 2002 Active as MBSU-4 since 2002
MBSU 5 2005 Active as MBSU-2 since 2017
MBSU 6 2007 Active as MBSU-1 since 2012
MBSU 7 2013 Spare on ESP-2 since 2013
On May 4 SpaceX launched Dragon CRS-17 towards the Station. The CRS-17 trunk carries
OCO-3, a carbon measuring experiment, and STP-H6, with a set of USAF Space Test Program
experiments. STP-H6's experiments include XCOM, an X-ray transmitter which will carry
out communications experiments using the ISS NICER X-ray observatory as a receiver -
giving a whole different meaning to "X-band".
Dragon arrived at ISS on May 6, with SSRMS grapple at 1101 UTC and
berthing on Harmony nadir at 1422 UTC. On May 10-11 OCO-3 was installed
on site EFU3 of the Kibo Exposed Facility, and STP-H6 was installed on
site 3 of Express Logistics Carrier ELC-3. The CATS experiment, launched
in 2015, was removed from the Kibo EF and installed in Dragon's trunk
for disposal; the SCAN testbed, launched in 2012, was similarly removed
from the ELC-3 and stowed in the trunk.
A failed BCDU (battery charge-discharge unit), launched in 2006, was removed from
the P4 truss on Apr 3 and placed on ELC-1; on May 16 it was brought inside the Kibo
airlock.
On May 29 astronauts Ovchinin and Kononenko made a spacewalk, VKD-46, from the
Pirs module, using spacesuits Orlan MKS-4 and MKS-5. For this spacewalk, to celebrate
the 85th birthday of the first spacewalker on May 30, they wore backpacks decorated
with the slogans "Leonov Number 1" and "Happy Birthday Aleksey Arkhipovich" (in Russian,
of course).
They depressurized the airlock at about 1530 UTC and opened the hatch at 1542 UTC.
They installed a commemorative portrait of Leonov on the EVA ladder, retrieved
a decontamination towel left tied to a handrail by Yuriy Lonchakov in Dec 2008;
retrieved a thermal sensor boom, 'Test' exposure cassettes, the IMPAKT experiment
and Vinoslivost' panels, cleaned windows on the airlock module,
and disassembled the Obstanovka experiment. Two Obstanovka experiment boxes
and two mounting booms were jettisoned between 1945 and 2101 UTC.
The hatch was closed at 2143 UTC and the airlock was repressurized at 2148 UTC.
Electron
--------
On May 5 Rocket Lab launched Electron mission 6, nicknamed 'That's A Funny Looking Cactus'.
The payload was USAF Space Test Program mission STP-27RD, consisting of the 150 kg
Harbinger satellite and two cubesats.
Harbinger is a small imaging radar satellite built by York Space Systems (Denver)
and will carry out a mission for the US Army Space and Missile Defense Command.
SPARC-1 (Space Plug-and-Play Architecture Cubesat) is a 6U mission from
the USAF Research Lab and the Swedish defense agency FMV, testing
advanced computing hardware in space.
The Falcon Orbital Debris Experiment (Falcon-ODE) 1U cubesat from the USAF Academy, will release
2cm and 4cm steel spheres to act as tracking targets.
Beidou DW45
-----------
The 45th Beidou satellite was Beidou-2 G8, a replenishment satellite for the older Beidou phase 2
system. It was launched to geotransfer orbit on May 17.
RISAT-2B
--------
India's RISAT-2B radar imaging satellite was launched on May 22. It replaces the Israeli-built
RISAT-2, launched in 2009. Mass of RISAT-2B is 615 kg.
Yaogan-33
---------
The launch of China's Yaogan-33 radar satellite on May 23 was a failure.
The third stage burn was not performed successfully and the vehicle did
not reach orbit.
Starlink
--------
SpaceX launched its first batch of 60 Starlink Ku-band internet
satellites on May 24. The Falcon 9 rocket placed the satellites in a
434 x 442 km x 53.0 deg. Each one is about 200-250 kg (the press kit
says 227 kg, but this is suspiciously close to the metric equivalent of
500 pounds, so it's possible they really mean 500+-50 lb = 227 +- 23
kg). The satellites are a flat panel with krypton-propellant electric
thrusters and a single deployable solar panel.
Observers in Europe saw the satellites as a spectacular string of mag 2
to 3 objects a few hours after launch. As of May 30 it appears the
satellites are mostly in the mag 4 to 7 range with frequent flares to
mag 2 and occasional brighter flares, depending on illumination
conditions and satellite orientation. (For the nonastronomers:
bigger mag is fainter, mag 1 = brightest stars in the sky and
mag 6 = barely naked-eye visible at a dark site).
The brightness of the satellites has raised concerns in the astronomical
community - a full constellation of many thousand satellites could
interfere with observations and, if they are brighter than mag 5 or so,
might dominate the naked-eye night sky in dark locations. However, it is
likely to take some weeks before we really understand how much of the
time the satellites are bright and whether it's a real problem. SpaceX
have now stated that they will look at ways to reduce the reflectivity
of later satellites.
In the meantime, the 60 satellites launched so far are fascinating to
watch, if you live somewhere less cloudy than Boston has been lately.
SpaceX report that 56 of the 60 satellites are working as expected,
and 4 have some problems but are in communication with the ground.
In addtion, there are a further 4 debris objects which tumble with
large observed brightness variations
Glonass
-------
Glonass-M No. 58 (Uragan-M No. 758) was launched on May 27, replenishing
the Russian navigation system. It will probably get the official cover name Kosmos-2534.
Yamal-601
---------
Yamal-601, a communications satellite for the Russian company Gazprom Space Systems built
by ISS Reshetnev, was launched on May 30 by a Proton from Baykonur into geotransfer
orbit.
Hayabusa-2
----------
Hayabusa-2 ejected a second small `target marker' onto the surface of Ryugu
at about 0219 UTC May 30, during another descent to about 10 metres above
the asteroid.
WGS 10
------
The USAF Wideband Global Satcom 10 satellite, launched on Mar 16 to a mildly
supersynchronous 462 x 44260 km x 27.0 deg transfer orbit, is using an unusual ascent
path to GEO. By Mar 26 its orbit was near-synchronous and equatorial but elliptical,
25876 x 45130 km x 0.2 deg. Since then it has slowly circularized and by May 30
its orbit was 34716 x 36850 km. This is in contrast to the usual practice of getting
one end of the ellipse to the GEO height quickly and only then adjusting the other.
The WGS 10 strategy may allow comms with a single ground station more quickly.
SSO-A
-----
Three more SSO-A cubesats have been identified: objects J, U and W are SPAWAR-CAL-O,
SPAWAR-CAL-R, and SPAWAR-CAL-OR. They are 1U cubesats for the US Navy Space and
Naval Warfare Systems Command (SPAWAR) used for calibration of space tracking systems
and carry optical and radar reflectors.
Erratum
-------
IOD-1 GEMS is owned by Satellite Applications Catapult Ltd., although
built by Orbital Microsystems and ClydeSpace. Catapult has a ground
station at Goonhilly in Cornwall, site of the first transatlantic satcom
link.
Table of Recent Orbital Launches
----------------------------------
Date UT Name Launch Vehicle Site Mission INTL. Catalog Perigee Apogee Incl Notes
Apr 1 0357 EMISAT ) PSLV-QL Satish Dhawan SLP Sigint 18A S44078 736 x 758 x 98.4 0930LT SSO
BlueWalker 1 ) IoT Comms 18AD S44105 434 x 515 x 97.5
M6P ) IoT Comms 18AF S44109 434 x 515 x 97.5
Astrocast-0.2 ) IoT Comms 18F S44083 494 x 510 x 97.5
Danu Pathfinder 1 ) AIS Comms 18AB S44103 490 x 507 x 97.5
Lemur-2-JohanLoran ) AIS/ADS-B/Met 18G S44084 494 x 510 x 97.5
Lemur-2-Beaudacious ) AIS/ADS-B/Met 18H S44085 493 x 510 x 97.5
Lemur-2-Elham ) AIS/ADS-B/Met 18J S44086 493 x 510 x 97.5
Lemur-2-Victor-Andrew) AIS/ADS-B/Met 18K S44087 493 x 510 x 97.5
Flock 4a-1/ Dove 2218) Imaging 18B S44079 494 x 510 x 97.5
Flock 4a-2/ Dove 2201) Imaging 18C S44080 494 x 510 x 97.5
Flock 4a-3/ Dove 2206) Imaging 18D S44081 494 x 510 x 97.5
Flock 4a-4/ Dove 2220) Imaging 18E S44082 494 x 510 x 97.5
Flock 4a-5/ Dove 2227) Imaging 18T S44095 493 x 507 x 97.5
Flock 4a-6/ Dove 220b) Imaging 18S S44094 494 x 507 x 97.5
Flock 4a-7/ Dove 222d) Imaging 18R S44093 494 x 507 x 97.5
Flock 4a-8/ Dove 2213) Imaging 18Q S44092 494 x 507 x 97.5
Flock 4a-9/ Dove 2224) Imaging 18W S44098 493 x 507 x 97.5
Flock 4a-10/Dove 2205) Imaging 18V S44097 493 x 507 x 97.5
Flock 4a-11/Dove 2223) Imaging 18U S44096 493 x 507 x 97.5
Flock 4a-12/Dove 2209) Imaging 18AE S44108 494 x 507 x 97.5
Flock 4a-13/Dove 220c) Imaging 18AA S44102 492 x 507 x 97.5
Flock 4a-14/Dove 222c) Imaging 18Z S44101 492 x 507 x 97.5
Flock 4a-15/Dove 2207) Imaging 18Y S44100 493 x 507 x 97.5
Flock 4a-16/Dove 222b) Imaging 18X S44099 493 x 507 x 97.5
Flock 4a-17/Dove 2212) Imaging 18L S44088 493 x 510 x 97.5
Flock 4a-18/Dove 2215) Imaging 18M S44089 493 x 510 x 97.5
Flock 4a-19/Dove 2235) Imaging 18N S44090 493 x 510 x 97.5
Flock 4a-20/Dove 2232) Imaging 18P S44091 493 x 510 x 97.5
AISAT-1/PSLV-C45-PS4 Tech/Comms 18AC S44104 435 x 515 x 97.5
Apr 4 1101 Progress MS-11 Soyuz-2-1A Baykonur LC31 Cargo 19A S44110 407 x 411 x 51.6
Apr 4 1703 O3b FM17 ) Soyuz ST-B/Fregat CSG ELS Comms 20A S44112 7809 x 7839 x 0.0
O3b FM18 ) Comms 20B S44113 7818 x 7839 x 0.0
O3b FM19 ) Comms 20C S44114 7830 x 7840 x 0.0
O3b FM20 ) Comms 20D S44115 7839 x 7841 x 0.0
Apr 5 0156 SCI Hayabusa-2, Ryugu space Weapon 14076 D00957 Ryugu impact
Apr 5 0214 DCAM-3 Hayabusa-2, Ryugu space Imaging 14076 D00958 Ryugu space
Apr 11 2235 Arabsat 6A Falcon Heavy Kennedy LC39A Comms 21A S44186 320 x89807 x 23.0
Apr 17 2046 S.S. Roger Chaffee ) Antares 230 MARS LA0B Cargo 22A S44188 285 x 380 x 51.6
SASSI-2 ) Science 22C? A09407 201 x 291 x 51.6
ThinSat 1A ) Tech 22D? A09408 201 x 291 x 51.6
ThinSat 1B ) Tech 22E? A09409 201 x 291 x 51.6
ThinSat 1C ) Tech 22F? A09410 201 x 291 x 51.6
ThinSat 1D ) Tech 22G? A09411 201 x 291 x 51.6
ThinSat 1E ) Tech 22H? A09412 201 x 291 x 51.6
ThinSat 1F ) Tech 22J? A09413 201 x 291 x 51.6
ThinSat 1G ) Tech 22K? A09414 201 x 291 x 51.6
ThinSat 1H ) Tech 22L? A09415 201 x 291 x 51.6
ThinSat 1I ) Tech 22M? A09416 201 x 291 x 51.6
ThinSat 1J ) Tech 22N? A09417 201 x 291 x 51.6
ThinSat 1K ) Tech 22P? A09418 201 x 291 x 51.6
ThinSat 1L ) Tech 22Q? A09419 201 x 291 x 51.6
Apr 20 1441 Beidou DW44 Chang Zheng 3B Xichang Navigation 23A S44205 193 x35788 x 28.5
Apr 29 2252 Tianhui-2 01 zu 01 xing ) Chang Zheng 4B Taiyuan Imaging 24A S44207 506 x 517 x 97.4 0600LT SSO
Tianhui-2 01 zu 02 xing ) Imaging 24B S44208 506 x 517 x 97.4 0600LT SSO
May 4 0648 Dragon CRS-17 Falcon 9 Canaveral SLC40 Cargo 25A S44222 204 x 382 x 51.6
May 5 0600 Harbinger ) Electron Mahia LC1 Radar 26E S44229 484 x 512 x 40.0
SPARC-1 ) Tech 26B S44226 493 x 511 x 40.0
AFOTEC-1 ) Cal 26A S44225 496 x 511 x 40.0
May 17 1548 Beidou DW45 Chang Zheng 3C Xichang LC2 Navigation 27A S44231 198 x35743 x 19.4
May 22 0000 RISAT-2B PSLV-CA Satish Dhawan FLP Radar 28A S44233 550 x 558 x 37.0
May 22 2249 Yaogan 33 Chang Zheng 4C Taiyuan Radar F04 F01439 -6000?x 500?x 97.8?
May 24 0230 Starlink 01 ) Falcon 9 Canaveral SLC40 Comms 29A S44235 434 x 443 x 53.0
Starlink 02 ) Comms .
... ) .
Starlink 60 ) Comms 29BM S44294 450 x 453 x 53.0
May 27 0623 Glonass-M No 58 Soyuz-2-1B/Fregat Plesetsk LC43/4 Navigation 30A S44299 19128 x19156 x 64.8
May 30 1742 Yamal-601 Proton-M/Briz-M Baykonur Comms 31A S44307 6423 x35712 x 17.8
Table of Recent Suborbital Launches
-----------------------------------
Sandia National Labs launched two Terrier Malemute rockets with technology payloads in April,
according to T. Rummler from Sandia.
The Trident II test on May 9 sent its reentry vehicles into the South Atlantic Ocean off the
coast of Namibia.
The University of Southern California's student rocket group RPL flew a rocket called Traveler IV
to 103 km on Apr 21, a record apogee for a student built rocket.
Date UT Payload/Flt Name Launch Vehicle Site Mission Apogee/km Target
Apr 5 2214 AZURE 1 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 5 2216 AZURE 2 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 11 1651 CLASP 2 Black Brant IX White Sands Solar UV 274 White Sands
Apr 21 Traveler IV Traveler Spaceport America Test 103 Spaceport America
Apr 23 HOT SHOT 2 Terrier Malemute Kauai Tech 320? Pacific
Apr 24 HOT SHOT 3 Terrier Malemute Kauai Tech 320? Pacific
May 1 0942 GT230GM Minuteman III Vandenberg LF10 Op Test 1300? Kwajalein
May 2 1334? New Shepard NS-12 New Shepard West Texas Test 105 West Texas
May 3 2045 Momo TF-3 Momo Taiki Test 118 Pacific Ocean
May 9 0740 GT229GM Minuteman III Vandenberg LF09 Op Test 1300? Kwajalein
May 9 DASO-29 Trident II D-5 USS Rhode Island, ETR Op Test 1000? S Atlantic
May 10 SM-3 KV SM-3-IB USS Roosevelt, Hebrides Test 150? Atlantic
May 23 Shaheen II RV Shaheen II Somniani? Op Test 300? Arabian Sea
-------------------------------------------------------------------------.
| Jonathan McDowell | |
| Somerville MA 02143 | inter : planet4589 at gmail |
| USA | twitter: @planet4589 |
| |
| JSR: http://www.planet4589.org/jsr.html |
| Back issues: http://www.planet4589.org/space/jsr/back |
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Tuesday, April 30, 2019
Jonathan's Space Report No. 764
Jonathan's Space Report
No. 764 2019 Apr 30 Somerville, MA
---------------------------------------------------------------------------------------------
International Space Station
---------------------------
Correction to previous description of battery work: the new-but-failed battery
that was removed on Apr 3 was the one in channel 4A3 slot 5, not the one in slot 3.
On Apr 5 the SPDM moved NiH battery 0072 from AP005 on P4 IEA 4A slot 6 to slot 5.
On Apr 8 McClain and St-Jacques performed spacewalk EVA 54. The airlock was
depressurized by about 1125 UTC with hatch open at 1126 and the suits on battery
power at 1131. At 1229 the adapter plate removed from 4A slot 6 and placed on
top of the plate in slot 2 at 1240 UTC. This opens up slot 6 for one of the old
batteries.
The spacewalkers then carried out cabling to provide external wireless support and
backup power to Canadarm-2. The airlock was repressurized at 1800 UTC.
On Apr 11 the SPDM moved NiH battery 0069 from EP7 slot Y to the newly empty
slot 6 on P4 4A. Then, battery 0070 was moved from the Dextre EOTP to slot Y.
So the 4A side has the following right now:
Slot 1 Li-ion 15? Slot 2 Adapter 07 + Adapter 05
Slot 3 Li-ion 17? Slot 4 Adapter 06 + NiH 0071
Slot 5 NiH 0072 Slot 6 NiH 0069
On Apr 17 the 10th Antares rocket took off from the Mid-Atlantic
Regional Spaceport at Wallops Island, placing Cygnus NG-11 (the S.S.
Roger Chaffee) in low orbit at 2053 UTC and separating from the payload
at 2055 UTC. The Chaffee reached the ISS on Apr 19, with SSRMS
grapple at 0928 UTC and berthing on Unity nadir at about 1130 UTC.
The NG-11 mission carries a large number of nanosatellites hosted on a
variety of dispenser systems.
Four Planetary Systems Corp. CSD 3U deployers were attached to the
Antares second stage, and ejected their payloads, SASSI2 and 12
ThinSats, at 2059 UTC Apr 17. Unusually, the payloads were not
cataloged by US space tracking, and were expected to have reentered by
around Apr 24.
SASSI-2 (Student Aerothermal Spectrometer Satellite of Illinois and Indiana,
correctly written as SASSI-superscript-2) is a 3U cubesat from the University
of Illinois to study the diffuse bow shock of a satellite in low orbit.
The ThinSats are a new design from NearSpaceLaunch for the Virginia Commercial
Space Flight Authority and carry student experiments. Twelve Thinsats were
deployed. Each is made of a number of Thinsat cases 0.01 x 0.11 x 0.11m in size
connected by solar panel ribbons 0.30m long 0.05m wide. The satellites are
launched folded up and deploy after ejection in an accordion-like fashion.
The twelve satellites include:
Three Thinsat 3T (1B,1G,1K), consisting of three Thinsat cases connected by two ribbons.
Overall mass 1 kg, size 0.01 x 0.1 x 1.3m.
Six Thinsat 6T (1C,1D,1F,1H,1J,1L), consisting of six Thinsat cases connect by five ribbons.
Overall mass 2 kg, size 0.01 x 0.1 x 2.7m
Three Thinsat D+4T (1A, 1E, 1I), consisting of five Thinsat cases (one of them a double-width
0.03 x 0.11 x 0.11m case) connected by 4 ribbons. Overall mass 2 kg, size (0.01-0.03) x 0.1 x 2.2m.
The JAXA J-SSOD No. 11 dispenser will be delivered to the Kibo module for later deployment.
It contains three 1U cubesats developed by Kyushu Tech students:
Uguisu, for Kyushu Tech
Raavana-1, for the Arthur C. Clarke Institute for Modern Technologies, Moratuwa, Sri Lanka;
Nepalisat-1, for the Nepal Academy of Space Technology, Kathmandu.
The Nanoracks NRCSD-16 payload will also be delivered to the Kibo module for later deployment.
It includes:
Aeternitas (1U, Old Dominion University, Virginia);
Libertas (1U, University of Virginia);
Ceres (1U, Virginia Polytechnic);
KRAKsat (1U, Kraksat team and Akademia Gorniczo-Hutnicza, Krakow, Poland) with
a ferrofluid attitude control system experiment.
Swiatowid (2U, SatRevolution, Wroclaw, Poland), with a 4m res Earth imager.
IOD-1 GEMS, Orbital Microsystems (Boulder, Colorado and Harwell, UK; 3U from ClydeSpace),
with a passive microwave weather sensor.
EntrySat (2U from Institut superieur de l'aeronautique et de l'espace, Toulouse), to study
the atmospheric reentry environment.
The Nanoracks NRCSD-E mission 7 is attached to the Chaffee's service module.
Its payloads are:
Aerocube-10a, a 1.5U cubesat from the Aerospace Corp containing
29 small subsatellites (AC-10a Probe 01 to 29), each 0.016 kg and 0.1m in diameter,
which will be ejected to serve as radar targets to study atmospheric density.
AC-10a also has an optical beacon to serve as a target for AC-10b.
Aerocube-10b, a 1.5U cubesat with a steam thruster, to carry out proximity
manuevering near AC-10a.
Seeker, a 3U cubesat from NASA JSC to serve as an inspector satellite maneuvering
in the vicinity of the Chaffee.
Kenobi, a 3U cubesat from NASA JSC which will remain attached to the NRCSD-E and
will relay data from Seeker.
Finally, the SEOPS LLC Slingshot system will be attached to the Chaffee before it
departs ISS, and will deploy further cubesats whose identities have not yet been
revealed. These cubesats will be delivered to ISS on the next Dragon.
PSLV
-----
It has now been confirmed that the two NanoAvionics cubesats M6P and
BlueWalker-1 were ejected into the wrong orbit (435 x 514 km instead of
493 x 510 km), probably due to a deployment hang-up delaying the
ejection until after the final PSLV-PS4 burn.
Arabsat 6A
-----------
The Arabsat 6A communications satellite was launched by the first operational
Falcon Heavy on Apr 11. The two side cores landed back at Cape Canaveral
and the center core landed downrange on the OCISLY droneship. The second
stage carried on to parking orbit and then after a second burn
to highly elliptical supersynchronous transfer orbit of 324 x 90078 km x 23.0 deg
By Apr 26 the satellite was in a 36074 x 89938 km x 1.3 deg, ready to lower
apogee to GEO.
During the voyage back to port the core stage toppled over onto the deck
of the OCISLY and was partly destroyed.
B'reshit
--------
The SpaceIL lunar lander made several orbit circularization burns from Apr 4 to Apr 10.
On Apr 6 apogee was lowered from 10000 km to 750 km; on Apr 8 at 0548 UTC
the orbit was reduced to 211 x 467 km, and on Apr 10 about 1700 UTC to 16 x 200 km.
On Apr 11 at 1912 UTC B'reshit began its landing burn, but after failure
of an IMU the main engine cut off. It was restarted too late to save the landing,
with impact (possibly near 18E 32N) at 1923 UTC Apr 11.
Beidou
------
China launched a new Beidou 3 satellite on Apr 20 to geostationary transfer orbit.
It reportedly was planned to enter an inclined GEO at 55 degrees, with apogee
burn apparently on Apr 21, but as of Apr 30 the satellite had not been tracked
in its new orbit.
Tianhui-2 Group 1
-----------------
On Apr 29 China launched two new mapping satellites, Tianhui-2 01 zu 01
xing and Tianhui-2 01 zu 02 xing, into a 0600 local time descending node
sun-synchronous orbit. The vehicle was launched at 2252 UTC and entered
orbit around 2305 UTC; After payload separation the third stage made a
perigee-lowering burn at 2311 UTC.
Hammaguir
---------
From 1952 to 1967, France's main space launch site was the CIEES (Centre
Interarmees d'Essais d'Engins Speciaux) B2 site at Hammaguir, Algeria.
(The older CIEES B0 and CIEES B1 were at Colomb-Bechar to the northeast,
and were used for small military missile tests). Until 2015, as far as I
can tell, no map of the CIEES B2 had been publicly available. The French
space agency CNES then released a 1965 map for the 2015 celebrations of
the anniversary of the first French satellite launch. Thanks to this,
which I just became aware of (courtesy of @syncloss on twitter), it is
now possible to identify the locations of the launch pads at CIEES B2.
Launch area Rockets
Blandine 30.8591N 3.0850W Veronique, Vesta
Bacchus 30.8497N 3.0691W Centaure, Dragon, Belier, Antares
Brigitte (Agate pad) 30.7782N 3.0566W Agate, Topaze, Rubis
Brigitte (Diamant pad) 30.7782N 3.0539W Emeraude, Saphir, Diamant
Beatrice 30.7986N 3.0154W Cora
Table of Recent Orbital Launches
----------------------------------
Date UT Name Launch Vehicle Site Mission INTL. Catalog Perigee Apogee Incl Notes
Apr 1 0357 EMISAT ) PSLV-QL Satish Dhawan SLP Sigint 18A S44078 736 x 758 x 98.4 0930LT SSO
BlueWalker 1 ) IoT Comms 18AD S44105 434 x 515 x 97.5
M6P ) IoT Comms 18AF S44109 434 x 515 x 97.5
Astrocast-0.2 ) IoT Comms 18F S44083 494 x 510 x 97.5
Danu Pathfinder 1 ) AIS Comms 18AB S44103 490 x 507 x 97.5
Lemur-2-JohanLoran ) AIS/ADS-B/Met 18G S44084 494 x 510 x 97.5
Lemur-2-Beaudacious ) AIS/ADS-B/Met 18H S44085 493 x 510 x 97.5
Lemur-2-Elham ) AIS/ADS-B/Met 18J S44086 493 x 510 x 97.5
Lemur-2-Victor-Andrew) AIS/ADS-B/Met 18K S44087 493 x 510 x 97.5
Flock 4a-1/ Dove 2218) Imaging 18B S44079 494 x 510 x 97.5
Flock 4a-2/ Dove 2201) Imaging 18C S44080 494 x 510 x 97.5
Flock 4a-3/ Dove 2206) Imaging 18D S44081 494 x 510 x 97.5
Flock 4a-4/ Dove 2220) Imaging 18E S44082 494 x 510 x 97.5
Flock 4a-5/ Dove 2227) Imaging 18T S44095 493 x 507 x 97.5
Flock 4a-6/ Dove 220b) Imaging 18S S44094 494 x 507 x 97.5
Flock 4a-7/ Dove 222d) Imaging 18R S44093 494 x 507 x 97.5
Flock 4a-8/ Dove 2213) Imaging 18Q S44092 494 x 507 x 97.5
Flock 4a-9/ Dove 2224) Imaging 18W S44098 493 x 507 x 97.5
Flock 4a-10/Dove 2205) Imaging 18V S44097 493 x 507 x 97.5
Flock 4a-11/Dove 2223) Imaging 18U S44096 493 x 507 x 97.5
Flock 4a-12/Dove 2209) Imaging 18AE S44108 494 x 507 x 97.5
Flock 4a-13/Dove 220c) Imaging 18AA S44102 492 x 507 x 97.5
Flock 4a-14/Dove 222c) Imaging 18Z S44101 492 x 507 x 97.5
Flock 4a-15/Dove 2207) Imaging 18Y S44100 493 x 507 x 97.5
Flock 4a-16/Dove 222b) Imaging 18X S44099 493 x 507 x 97.5
Flock 4a-17/Dove 2212) Imaging 18L S44088 493 x 510 x 97.5
Flock 4a-18/Dove 2215) Imaging 18M S44089 493 x 510 x 97.5
Flock 4a-19/Dove 2235) Imaging 18N S44090 493 x 510 x 97.5
Flock 4a-20/Dove 2232) Imaging 18P S44091 493 x 510 x 97.5
AISAT-1/PSLV-C45-PS4 Tech/Comms 18AC S44104 435 x 515 x 97.5
Apr 4 1101 Progress MS-11 Soyuz-2-1A Baykonur LC31 Cargo 19A S44110 407 x 411 x 51.6
Apr 4 1703 O3b FM17 ) Soyuz ST-B/Fregat CSG ELS Comms 20A S44112 7809 x 7839 x 0.0
O3b FM18 ) Comms 20B S44113 7818 x 7839 x 0.0
O3b FM19 ) Comms 20C S44114 7830 x 7840 x 0.0
O3b FM20 ) Comms 20D S44115 7839 x 7841 x 0.0
Apr 5 0156 SCI Hayabusa-2, Ryugu space Weapon 14076 D00957 Ryugu impact
Apr 5 0214 DCAM-3 Hayabusa-2, Ryugu space Imaging 14076 D00958 Ryugu space
Apr 11 2235 Arabsat 6A Falcon Heavy Kennedy LC39A Comms 21A S44186 320 x89807 x 23.0
Apr 17 2046 S.S. Roger Chaffee ) Antares 230 MARS LA0B Cargo 22A S44188 285 x 380 x 51.6
SASSI-2 ) Science 22C? A09407 201 x 291 x 51.6
ThinSat 1A ) Tech 22D? A09408 201 x 291 x 51.6
ThinSat 1B ) Tech 22E? A09409 201 x 291 x 51.6
ThinSat 1C ) Tech 22F? A09410 201 x 291 x 51.6
ThinSat 1D ) Tech 22G? A09411 201 x 291 x 51.6
ThinSat 1E ) Tech 22H? A09412 201 x 291 x 51.6
ThinSat 1F ) Tech 22J? A09413 201 x 291 x 51.6
ThinSat 1G ) Tech 22K? A09414 201 x 291 x 51.6
ThinSat 1H ) Tech 22L? A09415 201 x 291 x 51.6
ThinSat 1I ) Tech 22M? A09416 201 x 291 x 51.6
ThinSat 1J ) Tech 22N? A09417 201 x 291 x 51.6
ThinSat 1K ) Tech 22P? A09418 201 x 291 x 51.6
ThinSat 1L ) Tech 22Q? A09419 201 x 291 x 51.6
Apr 20 1441 Beidou DW44 Chang Zheng 3B Xichang Navigation 23A S44205 193 x35788 x 28.5
Apr 29 2252 Tianhui-2 01 zu 01 xing ) Chang Zheng 4B Taiyuan Imaging 24A S44207 506 x 517 x 97.4 0600LT SSO
Tianhui-2 01 zu 02 xing ) Imaging 24B S44208 506 x 517 x 97.4 0600LT SSO
Table of Recent Suborbital Launches
-----------------------------------
Date UT Payload/Flt Name Launch Vehicle Site Mission Apogee/km Target
Apr 5 2214 AZURE 1 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 5 2216 AZURE 2 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 11 1651 CLASP 2 Black Brant IX White Sands Solar UV 274 White Sands
-------------------------------------------------------------------------.
| Jonathan McDowell | |
| Somerville MA 02143 | inter : planet4589 at gmail |
| USA | twitter: @planet4589 |
| |
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No. 764 2019 Apr 30 Somerville, MA
---------------------------------------------------------------------------------------------
International Space Station
---------------------------
Correction to previous description of battery work: the new-but-failed battery
that was removed on Apr 3 was the one in channel 4A3 slot 5, not the one in slot 3.
On Apr 5 the SPDM moved NiH battery 0072 from AP005 on P4 IEA 4A slot 6 to slot 5.
On Apr 8 McClain and St-Jacques performed spacewalk EVA 54. The airlock was
depressurized by about 1125 UTC with hatch open at 1126 and the suits on battery
power at 1131. At 1229 the adapter plate removed from 4A slot 6 and placed on
top of the plate in slot 2 at 1240 UTC. This opens up slot 6 for one of the old
batteries.
The spacewalkers then carried out cabling to provide external wireless support and
backup power to Canadarm-2. The airlock was repressurized at 1800 UTC.
On Apr 11 the SPDM moved NiH battery 0069 from EP7 slot Y to the newly empty
slot 6 on P4 4A. Then, battery 0070 was moved from the Dextre EOTP to slot Y.
So the 4A side has the following right now:
Slot 1 Li-ion 15? Slot 2 Adapter 07 + Adapter 05
Slot 3 Li-ion 17? Slot 4 Adapter 06 + NiH 0071
Slot 5 NiH 0072 Slot 6 NiH 0069
On Apr 17 the 10th Antares rocket took off from the Mid-Atlantic
Regional Spaceport at Wallops Island, placing Cygnus NG-11 (the S.S.
Roger Chaffee) in low orbit at 2053 UTC and separating from the payload
at 2055 UTC. The Chaffee reached the ISS on Apr 19, with SSRMS
grapple at 0928 UTC and berthing on Unity nadir at about 1130 UTC.
The NG-11 mission carries a large number of nanosatellites hosted on a
variety of dispenser systems.
Four Planetary Systems Corp. CSD 3U deployers were attached to the
Antares second stage, and ejected their payloads, SASSI2 and 12
ThinSats, at 2059 UTC Apr 17. Unusually, the payloads were not
cataloged by US space tracking, and were expected to have reentered by
around Apr 24.
SASSI-2 (Student Aerothermal Spectrometer Satellite of Illinois and Indiana,
correctly written as SASSI-superscript-2) is a 3U cubesat from the University
of Illinois to study the diffuse bow shock of a satellite in low orbit.
The ThinSats are a new design from NearSpaceLaunch for the Virginia Commercial
Space Flight Authority and carry student experiments. Twelve Thinsats were
deployed. Each is made of a number of Thinsat cases 0.01 x 0.11 x 0.11m in size
connected by solar panel ribbons 0.30m long 0.05m wide. The satellites are
launched folded up and deploy after ejection in an accordion-like fashion.
The twelve satellites include:
Three Thinsat 3T (1B,1G,1K), consisting of three Thinsat cases connected by two ribbons.
Overall mass 1 kg, size 0.01 x 0.1 x 1.3m.
Six Thinsat 6T (1C,1D,1F,1H,1J,1L), consisting of six Thinsat cases connect by five ribbons.
Overall mass 2 kg, size 0.01 x 0.1 x 2.7m
Three Thinsat D+4T (1A, 1E, 1I), consisting of five Thinsat cases (one of them a double-width
0.03 x 0.11 x 0.11m case) connected by 4 ribbons. Overall mass 2 kg, size (0.01-0.03) x 0.1 x 2.2m.
The JAXA J-SSOD No. 11 dispenser will be delivered to the Kibo module for later deployment.
It contains three 1U cubesats developed by Kyushu Tech students:
Uguisu, for Kyushu Tech
Raavana-1, for the Arthur C. Clarke Institute for Modern Technologies, Moratuwa, Sri Lanka;
Nepalisat-1, for the Nepal Academy of Space Technology, Kathmandu.
The Nanoracks NRCSD-16 payload will also be delivered to the Kibo module for later deployment.
It includes:
Aeternitas (1U, Old Dominion University, Virginia);
Libertas (1U, University of Virginia);
Ceres (1U, Virginia Polytechnic);
KRAKsat (1U, Kraksat team and Akademia Gorniczo-Hutnicza, Krakow, Poland) with
a ferrofluid attitude control system experiment.
Swiatowid (2U, SatRevolution, Wroclaw, Poland), with a 4m res Earth imager.
IOD-1 GEMS, Orbital Microsystems (Boulder, Colorado and Harwell, UK; 3U from ClydeSpace),
with a passive microwave weather sensor.
EntrySat (2U from Institut superieur de l'aeronautique et de l'espace, Toulouse), to study
the atmospheric reentry environment.
The Nanoracks NRCSD-E mission 7 is attached to the Chaffee's service module.
Its payloads are:
Aerocube-10a, a 1.5U cubesat from the Aerospace Corp containing
29 small subsatellites (AC-10a Probe 01 to 29), each 0.016 kg and 0.1m in diameter,
which will be ejected to serve as radar targets to study atmospheric density.
AC-10a also has an optical beacon to serve as a target for AC-10b.
Aerocube-10b, a 1.5U cubesat with a steam thruster, to carry out proximity
manuevering near AC-10a.
Seeker, a 3U cubesat from NASA JSC to serve as an inspector satellite maneuvering
in the vicinity of the Chaffee.
Kenobi, a 3U cubesat from NASA JSC which will remain attached to the NRCSD-E and
will relay data from Seeker.
Finally, the SEOPS LLC Slingshot system will be attached to the Chaffee before it
departs ISS, and will deploy further cubesats whose identities have not yet been
revealed. These cubesats will be delivered to ISS on the next Dragon.
PSLV
-----
It has now been confirmed that the two NanoAvionics cubesats M6P and
BlueWalker-1 were ejected into the wrong orbit (435 x 514 km instead of
493 x 510 km), probably due to a deployment hang-up delaying the
ejection until after the final PSLV-PS4 burn.
Arabsat 6A
-----------
The Arabsat 6A communications satellite was launched by the first operational
Falcon Heavy on Apr 11. The two side cores landed back at Cape Canaveral
and the center core landed downrange on the OCISLY droneship. The second
stage carried on to parking orbit and then after a second burn
to highly elliptical supersynchronous transfer orbit of 324 x 90078 km x 23.0 deg
By Apr 26 the satellite was in a 36074 x 89938 km x 1.3 deg, ready to lower
apogee to GEO.
During the voyage back to port the core stage toppled over onto the deck
of the OCISLY and was partly destroyed.
B'reshit
--------
The SpaceIL lunar lander made several orbit circularization burns from Apr 4 to Apr 10.
On Apr 6 apogee was lowered from 10000 km to 750 km; on Apr 8 at 0548 UTC
the orbit was reduced to 211 x 467 km, and on Apr 10 about 1700 UTC to 16 x 200 km.
On Apr 11 at 1912 UTC B'reshit began its landing burn, but after failure
of an IMU the main engine cut off. It was restarted too late to save the landing,
with impact (possibly near 18E 32N) at 1923 UTC Apr 11.
Beidou
------
China launched a new Beidou 3 satellite on Apr 20 to geostationary transfer orbit.
It reportedly was planned to enter an inclined GEO at 55 degrees, with apogee
burn apparently on Apr 21, but as of Apr 30 the satellite had not been tracked
in its new orbit.
Tianhui-2 Group 1
-----------------
On Apr 29 China launched two new mapping satellites, Tianhui-2 01 zu 01
xing and Tianhui-2 01 zu 02 xing, into a 0600 local time descending node
sun-synchronous orbit. The vehicle was launched at 2252 UTC and entered
orbit around 2305 UTC; After payload separation the third stage made a
perigee-lowering burn at 2311 UTC.
Hammaguir
---------
From 1952 to 1967, France's main space launch site was the CIEES (Centre
Interarmees d'Essais d'Engins Speciaux) B2 site at Hammaguir, Algeria.
(The older CIEES B0 and CIEES B1 were at Colomb-Bechar to the northeast,
and were used for small military missile tests). Until 2015, as far as I
can tell, no map of the CIEES B2 had been publicly available. The French
space agency CNES then released a 1965 map for the 2015 celebrations of
the anniversary of the first French satellite launch. Thanks to this,
which I just became aware of (courtesy of @syncloss on twitter), it is
now possible to identify the locations of the launch pads at CIEES B2.
Launch area Rockets
Blandine 30.8591N 3.0850W Veronique, Vesta
Bacchus 30.8497N 3.0691W Centaure, Dragon, Belier, Antares
Brigitte (Agate pad) 30.7782N 3.0566W Agate, Topaze, Rubis
Brigitte (Diamant pad) 30.7782N 3.0539W Emeraude, Saphir, Diamant
Beatrice 30.7986N 3.0154W Cora
Table of Recent Orbital Launches
----------------------------------
Date UT Name Launch Vehicle Site Mission INTL. Catalog Perigee Apogee Incl Notes
Apr 1 0357 EMISAT ) PSLV-QL Satish Dhawan SLP Sigint 18A S44078 736 x 758 x 98.4 0930LT SSO
BlueWalker 1 ) IoT Comms 18AD S44105 434 x 515 x 97.5
M6P ) IoT Comms 18AF S44109 434 x 515 x 97.5
Astrocast-0.2 ) IoT Comms 18F S44083 494 x 510 x 97.5
Danu Pathfinder 1 ) AIS Comms 18AB S44103 490 x 507 x 97.5
Lemur-2-JohanLoran ) AIS/ADS-B/Met 18G S44084 494 x 510 x 97.5
Lemur-2-Beaudacious ) AIS/ADS-B/Met 18H S44085 493 x 510 x 97.5
Lemur-2-Elham ) AIS/ADS-B/Met 18J S44086 493 x 510 x 97.5
Lemur-2-Victor-Andrew) AIS/ADS-B/Met 18K S44087 493 x 510 x 97.5
Flock 4a-1/ Dove 2218) Imaging 18B S44079 494 x 510 x 97.5
Flock 4a-2/ Dove 2201) Imaging 18C S44080 494 x 510 x 97.5
Flock 4a-3/ Dove 2206) Imaging 18D S44081 494 x 510 x 97.5
Flock 4a-4/ Dove 2220) Imaging 18E S44082 494 x 510 x 97.5
Flock 4a-5/ Dove 2227) Imaging 18T S44095 493 x 507 x 97.5
Flock 4a-6/ Dove 220b) Imaging 18S S44094 494 x 507 x 97.5
Flock 4a-7/ Dove 222d) Imaging 18R S44093 494 x 507 x 97.5
Flock 4a-8/ Dove 2213) Imaging 18Q S44092 494 x 507 x 97.5
Flock 4a-9/ Dove 2224) Imaging 18W S44098 493 x 507 x 97.5
Flock 4a-10/Dove 2205) Imaging 18V S44097 493 x 507 x 97.5
Flock 4a-11/Dove 2223) Imaging 18U S44096 493 x 507 x 97.5
Flock 4a-12/Dove 2209) Imaging 18AE S44108 494 x 507 x 97.5
Flock 4a-13/Dove 220c) Imaging 18AA S44102 492 x 507 x 97.5
Flock 4a-14/Dove 222c) Imaging 18Z S44101 492 x 507 x 97.5
Flock 4a-15/Dove 2207) Imaging 18Y S44100 493 x 507 x 97.5
Flock 4a-16/Dove 222b) Imaging 18X S44099 493 x 507 x 97.5
Flock 4a-17/Dove 2212) Imaging 18L S44088 493 x 510 x 97.5
Flock 4a-18/Dove 2215) Imaging 18M S44089 493 x 510 x 97.5
Flock 4a-19/Dove 2235) Imaging 18N S44090 493 x 510 x 97.5
Flock 4a-20/Dove 2232) Imaging 18P S44091 493 x 510 x 97.5
AISAT-1/PSLV-C45-PS4 Tech/Comms 18AC S44104 435 x 515 x 97.5
Apr 4 1101 Progress MS-11 Soyuz-2-1A Baykonur LC31 Cargo 19A S44110 407 x 411 x 51.6
Apr 4 1703 O3b FM17 ) Soyuz ST-B/Fregat CSG ELS Comms 20A S44112 7809 x 7839 x 0.0
O3b FM18 ) Comms 20B S44113 7818 x 7839 x 0.0
O3b FM19 ) Comms 20C S44114 7830 x 7840 x 0.0
O3b FM20 ) Comms 20D S44115 7839 x 7841 x 0.0
Apr 5 0156 SCI Hayabusa-2, Ryugu space Weapon 14076 D00957 Ryugu impact
Apr 5 0214 DCAM-3 Hayabusa-2, Ryugu space Imaging 14076 D00958 Ryugu space
Apr 11 2235 Arabsat 6A Falcon Heavy Kennedy LC39A Comms 21A S44186 320 x89807 x 23.0
Apr 17 2046 S.S. Roger Chaffee ) Antares 230 MARS LA0B Cargo 22A S44188 285 x 380 x 51.6
SASSI-2 ) Science 22C? A09407 201 x 291 x 51.6
ThinSat 1A ) Tech 22D? A09408 201 x 291 x 51.6
ThinSat 1B ) Tech 22E? A09409 201 x 291 x 51.6
ThinSat 1C ) Tech 22F? A09410 201 x 291 x 51.6
ThinSat 1D ) Tech 22G? A09411 201 x 291 x 51.6
ThinSat 1E ) Tech 22H? A09412 201 x 291 x 51.6
ThinSat 1F ) Tech 22J? A09413 201 x 291 x 51.6
ThinSat 1G ) Tech 22K? A09414 201 x 291 x 51.6
ThinSat 1H ) Tech 22L? A09415 201 x 291 x 51.6
ThinSat 1I ) Tech 22M? A09416 201 x 291 x 51.6
ThinSat 1J ) Tech 22N? A09417 201 x 291 x 51.6
ThinSat 1K ) Tech 22P? A09418 201 x 291 x 51.6
ThinSat 1L ) Tech 22Q? A09419 201 x 291 x 51.6
Apr 20 1441 Beidou DW44 Chang Zheng 3B Xichang Navigation 23A S44205 193 x35788 x 28.5
Apr 29 2252 Tianhui-2 01 zu 01 xing ) Chang Zheng 4B Taiyuan Imaging 24A S44207 506 x 517 x 97.4 0600LT SSO
Tianhui-2 01 zu 02 xing ) Imaging 24B S44208 506 x 517 x 97.4 0600LT SSO
Table of Recent Suborbital Launches
-----------------------------------
Date UT Payload/Flt Name Launch Vehicle Site Mission Apogee/km Target
Apr 5 2214 AZURE 1 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 5 2216 AZURE 2 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 11 1651 CLASP 2 Black Brant IX White Sands Solar UV 274 White Sands
-------------------------------------------------------------------------.
| Jonathan McDowell | |
| Somerville MA 02143 | inter : planet4589 at gmail |
| USA | twitter: @planet4589 |
| |
| JSR: http://www.planet4589.org/jsr.html |
| Back issues: http://www.planet4589.org/space/jsr/back |
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Saturday, April 06, 2019
Jonathan's Space Report No. 763
Jonathan's Space Report
No. 763 2019 Apr 6 Somerville, MA
---------------------------------------------------------------------------------------------
International Space Station
---------------------------
Soyuz MS-12 was launched on Mar 14 carrying Aleksey Ovchinin, Nick Hague and Christina
Koch. It docked with the Rassvet module at 0101:43 UTC Mar 15, beginning ISS Expedition 59.
Progress MS-10 made a 0.7m/s burn to adjust the ISS orbit at 1422 UTC Mar 23.
The new Li-ion batteries delivered by HTV-7 last September on the External Pallet EP7 are finally being installed
in a mixture of robotic (SSRMS/Dextre SPDM) operations and manual work on spacewalks.
EP7 is stored on the POA location on the Mobile Base System.
Here is the chronology of activities (most of you will want to skip this bit!)
Mar 19 SPDM move NiH battery 0070 from P4 truss IEA 4A slot 3 to Dextre's EOTP3 stowage point.
SPDM move NiH battery 0073 from P4 4A slot 1 to EP7 slot X for disposal
SPDM move Li-ion battery 0006 from EP7 slot C to P4 4A slot 3
Unfortunately this battery failed on Mar 22.
Mar 20 SPDM move NiH battery 0074 from P4 4A slot 5 to EP7 slot Z for disposal
SPDM move NiH battery 0069 from P4 4A slot 6 to EP7 slot Y for disposal
SPDM move Li-ion battery 0010 from EP7 slot B to P4 4A slot 5
SPDM move Li-ion battery 0008 from EP7 slot A to P4 4A slot 1
Mar 22 1155? Quest airlock depress, Anne McClain EV1 in EMU 3008, SAFER 13
Nick Hague EV2 in EMU 3003, SAFER 15
1158 Hatch open
1351-1410 Hague move adapter plate 0005 from EP7 slot A to P4 4A slot 6
1355-1452 McClain move adapter plate 0006 from EP7 slot B to P4 4A slot 4
1430-1442 Move NiH battery 0072 from P4 4A slot 4 to adapter 0005 on slot 6
1513-1526 Move NiH battery 0071 from P4 4A slot 2 to adapter 0006 on slot 4
1623-1648 Move adapter plate 0007 from EP7 slot C to P4 4A slot 2
1836 Hatch closed
1840 Repressurized
Mar 26 SPDM move NiH battery 0065 from P4 2A slot 1 to EP7 slot B for disposal
SPDM move NiH battery 0066 from P4 2A slot 3 to EP7 slot A for disposal
Mar 27 SPDM move NiH battery 0068 from P4 2A slot 5 to Dextre
SPDM move Li-ion battery 0003 from EP7 slot D to P4 2A slot 1
SPDM move Li-ion battery 0019 from EP7 slot E to P4 2A slot 5
SPDM move Li-ion battery 0018 from EP7 slot F to P4 2A slot 3
Mar 28 SPDM move NiH battery 0063 from P4 2A slot 6 to EP7 slot C? for disposal
SPDM move NiH battery 0067 from P4 2A slot 4 to Dextre
Mar 29 1137? Quest airlock depress, Nick Hague EV1 in EMU 3006, SAFER 13
Christina Koch EV2 in EMU 3008, SAFER 15
1139 Hatch open
1310 Remove adapter plates 13 and 14 from EP7 slots E and F
1330 Adapter plate 14 (F) installed on P4 2A slot 6
1351 Adapter plate 13 (E) installed on P4 2A slot 4
1419 NiH battery 0064 removed from P4 2A slot 2
1455 NiH battery 0064 installed on adapter plate 13 in 2A slot 4.
1514 Adapter plate 12 (D) removed from EP7 slot D
1529 Adapter plate 12 (D) installed on P4 2A slot 2
1821 Hatch closed
1828 Airlock repressurized
Mar 30 SPDM move NiH battery 0067 from SPDM arm 1? to EP7 slot D?
SPDM move NiH battery 0068 from SPDM arm 2? to EP7 slot E?
I believe NiH battery 0070 is still on the SPDM EOTP.
But I haven't seen any confirmation of this.
On Apr 2, the spare BCDU (Battery Charge/Discharge Unit) which was
launched as part of ELC-1's initial cargo in 2009
was moved from ELC-1 to replace P4 IEA's 4A3 BCDU which is thought to have failed.
On Apr 3, the new-but-failed Li-Ion battery 0006 was removed from P4 4A3 and returned
to the EP7, possibly on slot F?
With these changes, and a few more still to come, the 2A and 4A solar arrays on the
P4 truss are back in action using the new batteries.
The Progress MS-11 cargo ship was launched on Apr 4 and docked with the Pirs module
only 3h20 min after launch.
S5
--
The US Air Force Research Lab's S5 satellite appears to have separated from its
Nusantara Satu host satellite at about 1800 UTC on Mar 4. Part of the Beresheet probe's
adapter structure was jettisoned in the `GEO graveyard' first to allow S5 to emerge.
Orbits of the three GEO objects on Mar 8 were:
44048 Nusantara Satu 35779 x 35791 km x 0.1 deg GEO 145.9E
44065 S5 36053 x 36055 km x 0.1 deg GEO 139.3E+3.3deg W/day
44066 Beresheet adapter 36131 x 36170 km x 0.1 deg GEO 133.2E+4.6deg W/day
ZX-6C
------
China launched the Zhongxing-6C satellite from Xichang on Mar 9. ZX-6C is a C-band
communications satellite using the DFH-4 bus. By Mar 19 the satellite was
on station in GEO at 129.9E.
WGS-10
------
The US Air Force communications satellite Wideband Global Satcom 10 was launched
on Mar 16 by a Delta 4 Medium from Cape Canaveral into a supersynchronous transfer
orbit. The Boeing-built spacecraft carries X- and Ka-band communications payloads
and has both bipropellant and electric propulsion systems.
The orbital data for WGS satellites were declassified last year; it's nice to
see public TLE data flowing for the new satellite. By Mar 22 it was in
a 13246 x 45069 km x 5.3 deg orbit.
PRISMA
------
The Italian Space Agency's PRISMA imaging satellite was launched by an
Arianespace Vega on Mar 22. Its 0.21m aperture telescope has a
hyperspectral detector with high spectral resolution near infrared and
visible imaging.
Beresheet
---------
The SpaceIL Beresheet probe (I'm told "B'reshit" is a better
transliteration from the Hebrew) has made a further orbit raising burn
for translunar injection. The 60 second perigee burn at 1230 UTC Mar 19
raised apogee beyond the Moon to 405 000 km. It entered an estimated
400 x 10000 km lunar orbit on Apr 4, with a 324m/s burn starting at 1418
UTC and lasting 350s.
Kicksat-2
---------
The Kicksat-2 cubesat, developed by Zac Manchester (Stanford U.) and
funded on Kickstarter, deployed at least some of its circa 104 Sprite
chipsats on Mar 19 at 0340 UTC, as the satellite orbited over the
eastern Pacific southwest of California. Cees Bassa detected radio
signals from some of the Sprites. There are no US satellite catalog
entries for them. Their area-to-mass ratio is rather high, so they are
strongly affected by drag, and Manchester reports that they are expected
to have reentered within a few days.
Microsat-R
----------
On Mar 27 India's Defense Research Development Organization (DRDO) launched the first PDV Mk II
antisatellite interceptor from Kalam Island. After a three minute flight the missile collided
with the 740 kg Microsat-R satellite in LEO. Microsat-R was in a 260 x 282 km x 96.6 deg orbit
at the time, travelling north over the Bay of Bengal; PDV-II flew south from Orissa to intercept
it. PDV-II is reported to be a three stage vehicle - two solid boost stages and a kill vehicle
with liquid-propellant terminal guidance thrusters.
As of Mar 31 US authorities were reporting over 250 debris pieces detected. On Apr 5, 57 of them
were publicly cataloged, 13 showing apogees over 1000 km.
PSLV-C45
--------
India launched PSLV-C45 from Sriharikota on Apr 1. This was the first launch of
the PSLV-QL variant which has 4 strapon boosters, and the first time the PS4
upper stage carried solar panels to support long-term in-orbit attached payloads.
The main payload was EMISAT, a signals intelligence satellite for the Indian
defense research agency DRDO.
Cubesats on PSLV-C45 include: BlueWalker 1, a test IoT data relay
satellite for Avellan Space Technology and Science of Midland, Texas
built by NanoAvionics of Vilnius, whose own test satellite, M6P, is also
aboard; Astrocast 0.2 is another IoT test satellite for Astrocast of
Lausanne. Danu Pathfinder 1 is the third in the AISTECHSAT series of
ship tracking satellites from AistechSpace of Barcelona. Four Lemur-2
satellites for SpireGlobal are aboard, and twenty Planet cubesats
in the improved Flock 4 series.
Preliminary data suggest that (1) the final burn of the PS4 stage
may have been retrograde instead of posigrade, leading to an elliptical
rather than circular final orbit and (2) two of the satellite deployments
inadvertently occured only after this burn, leaving them in the PS4's
orbit rather than the higher target one.
R3D2
----
RocketLab launched the fifth Electron on Mar 28, carrying the DARPA R3D2
(Radio-frequency Risk Reduction Deployment Demonstration) satellite.
R3D2 is a 150 kg Northrop Grumman satellite with a 2.3m diameter
deployable lightweight antenna.
TL2-01
------
China launched the first of its second-generation tracking and data relay satellites on Mar 31.
Tianlian-2 sat 01 (Tianlian erhao 01 xing) is a CAST DFH-4. The TL2 series will replace the four
TL1 sats already in orbit:
Satellite Launch date Current GEO Location Location History
Tianlian-1 01 xing 2008 Apr 25 Indian O. Backup 80E 77E (2008-2013); 80E (2013-2019)
Tianlian-1 02 xing 2011 Jul 11 Pacific 167E 177E (2011-2013); 167E (2013-2016)
171E (2016) 177E (2016-Jan 2019) 167E (2019)
Tianlian-1 03 xing 2012 Jul 25 Africa 17E 17E (2012-2016); 20E (2016); 10.5E (2016-Jan 2019); 17E (2019)
Tianlian-1 04 xing 2016 Nov 22 Indian Ocean 77E 77E (2016-2019)
Tianlian-2 01 xing 2019 Mar 31 TBD
As of Apr 6, geotransfer orbit TLEs for TL2-01 had stopped on Apr 1; this suggests it made an
apogee maneuver on that date but has not yet been located by US tracking in GEO. TL2-01's
apogee at 0800 UTC Apr 1 was at around 114E.
O3B
----
The final four satellites in the first-generation SES O3b constellation were launched
from French Guiana on Apr 4 on a Soyuz/Fregat to medium equatorial Earth orbit. The O3b satellites
provide broadband internet to developing countries.
Hayabusa-2
-----------
At 0400 UTC on Apr 4 Haybusa 2 began another descent from its 20 km home
point towards the surface of Ryugu. At an altitude of 500m, at 0156 UTC
Apr 5, it ejected the SCI (Small Carry-On Impactor), a 14 kg vehicle
with a 5 kg explosive shaped charge and a 2 kg copper mass. Hayabusa-2
then performed an avoidance burn to head off several km to the side of
the asteroid, over the horizon from the SCI location. Early in this
retreat, at 0214 UTC, it ejected the DCAM-3 camera package. At 0236 UTC
the SCI detonated, propelling the copper payload into the asteroid with
the intention of creating a new crater. DCAM-3 imaged this operation and
relayed the data to the main spacecraft. Hayabusa-2 will image Ryugu
from a safe distance and search for the resulting crater, before
returning to its 20 km home point on around Apr 20. The plan is to then
make a further descent to sample the freshly exposed material in the new
crater.
Erratum
-------
In JSR 760 I said that Progress MS-10 did a reboost on Dec 2; this should have read Dec 27
(with further reboosts Jan 18 and Feb 26).
Table of Recent Orbital Launches
----------------------------------
Date UT Name Launch Vehicle Site Mission INTL. Catalog Perigee Apogee Incl Notes
Feb 1? SeeMe? EXCITE, LEO Imaging 99BS S43822 571 x 594 x 97.8 1017LT SSO
Feb 5 Dousti Safir Semnan Imaging F02 F01533 -6000?x 10?x 55.0
Feb 5 2101 Saudi Geosat 1 ) Ariane 5ECA Kourou ELA3 Comms 07A S44034 242 x 35770 x 3.0
GSAT-31 ) Comms 07B S44035 245 x 35841 x 3.0
Feb 9 0000 Quantum Radar 1 ) Cygnus NG10,LEO Tech 18092C S44041 455 x 459 x 51.6
Quantum Radar 2 ) Tech 18092D S44042 457 x 457 x 51.6
Feb 13 1200 MySat-1 ) Cygnus NG10,LEO Tech 18092E S44044? 455 x 471 x 51.6
CHEFSAT-2 ) Tech 18092F S44045? 455 x 471 x 51.6
Feb 13 2245 Kicksat-2 Cygnus NG10,LEO Tech 18092G S44046 297 x 306 x 51.6
Feb 21 1647 EgyptSat-A Soyuz-2-1b/Fregat Baykonur LC31 Imaging 08A S44047 652 x 656 x 98.0 0950LT SSO
Feb 22 0145 Nusantara Satu ) Falcon 9 Canaveral SLC40 Comms 09A S44048 35779 x 35791 x 0.1
Beresheet ) Lunar probe 09B S44049 242 x 68845 x 27.6
Feb 27 2137 OneWeb-0006 ) Soyuz ST-B/Fregat CSG ELS Comms 10E S44061 984 x 1007 x 87.8
OneWeb-0007 ) Comms 10D S44060 984 x 1007 x 87.8
OneWeb-0008 ) Comms 10C S44059 985 x 1009 x 87.8
OneWeb-0010 ) Comms 10B S44058 986 x 1010 x 87.8
OneWeb-0011 ) Comms 10F S44062 987 x 1005 x 87.8
OneWeb-0012 ) Comms 10A S44057 985 x 1010 x 87.8
Mar 2 0749 Crew Dragon DM-1 Falcon 9 Kennedy LC39A Spaceship 11A S44063 235 x 351 x 51.6
Mar 4 1800? S5 Nus.Satu, GEO Imaging 09D? S44065? 36043 x 36055 x 1.0
Mar 9 1628 Zhongxing 6C Chang Zheng 3B Xichang LC3 Comms 12A S44067 181 x 40603 x 24.6
Mar 14 1914 Soyuz MS-12 Soyuz-FG Baykonur LC1 Spaceship 13A S44069 406 x 411 x 51.6 Docked ISS
Mar 16 0026 WGS 10 Delta 4M+(5,4) Canaveral SLC37B Comms 14A S44071 462 x 44261 x 27.0
Mar 19 0340 Sprite (00,01) ] Kicksat-2, LEO Tech 18092H 251 x 261 x 51.6
Sprite (02,03) ] Tech 18092J 251 x 261 x 51.6
.... ] [104 satellites]
Sprite (206,207)] Tech 18092DQ 251 x 261 x 51.6
Mar 22 0150 PRISMA Vega CSG ELV Imaging 15A S44072 617 x 620 x 97.9 1030LT SSO
Mar 27 0939? Linqgue 1A OS-M1 Jiuquan Tech F03 F01537 -6300?x 10?x 98?
Mar 28 2327 R3D2 Electron Mahia Tech 16A S44073 421 x 438 x 39.5
Mar 31 1551 TianLian 2-01 Chang Zheng 3B Xichang Comms 17A S44076 200 x 35817 x 27.1
Apr 1 0357 EMISAT ) PSLV-QL Satish Dhawan SLP Sigint 18A S44078 736 x 758 x 98.4 0930LT SSO
BlueWalker 1 ) IoT Comms 18AD S44105 434 x 515 x 97.5
M6P ) IoT Comms 18AF S44109 434 x 515 x 97.5
Astrocast-0.2 ) IoT Comms 18F S44083 494 x 510 x 97.5
Danu Pathfinder 1 ) AIS Comms 18AB S44103 490 x 507 x 97.5
Lemur-2-JohanLoran ) AIS/ADS-B/Met 18G S44084 494 x 510 x 97.5
Lemur-2-Beaudacious ) AIS/ADS-B/Met 18H S44085 493 x 510 x 97.5
Lemur-2-Elham ) AIS/ADS-B/Met 18J S44086 493 x 510 x 97.5
Lemur-2-Victor-Andrew) AIS/ADS-B/Met 18K S44087 493 x 510 x 97.5
Flock 4a-1/ Dove 2218) Imaging 18B S44079 494 x 510 x 97.5
Flock 4a-2/ Dove 2201) Imaging 18C S44080 494 x 510 x 97.5
Flock 4a-3/ Dove 2206) Imaging 18D S44081 494 x 510 x 97.5
Flock 4a-4/ Dove 2220) Imaging 18E S44082 494 x 510 x 97.5
Flock 4a-5/ Dove 2227) Imaging 18T S44095 493 x 507 x 97.5
Flock 4a-6/ Dove 220b) Imaging 18S S44094 494 x 507 x 97.5
Flock 4a-7/ Dove 222d) Imaging 18R S44093 494 x 507 x 97.5
Flock 4a-8/ Dove 2213) Imaging 18Q S44092 494 x 507 x 97.5
Flock 4a-9/ Dove 2224) Imaging 18W S44098 493 x 507 x 97.5
Flock 4a-10/Dove 2205) Imaging 18V S44097 493 x 507 x 97.5
Flock 4a-11/Dove 2223) Imaging 18U S44096 493 x 507 x 97.5
Flock 4a-12/Dove 2209) Imaging 18AE S44108 494 x 507 x 97.5
Flock 4a-13/Dove 220c) Imaging 18AA S44102 492 x 507 x 97.5
Flock 4a-14/Dove 222c) Imaging 18Z S44101 492 x 507 x 97.5
Flock 4a-15/Dove 2207) Imaging 18Y S44100 493 x 507 x 97.5
Flock 4a-16/Dove 222b) Imaging 18X S44099 493 x 507 x 97.5
Flock 4a-17/Dove 2212) Imaging 18L S44088 493 x 510 x 97.5
Flock 4a-18/Dove 2215) Imaging 18M S44089 493 x 510 x 97.5
Flock 4a-19/Dove 2235) Imaging 18N S44090 493 x 510 x 97.5
Flock 4a-20/Dove 2232) Imaging 18P S44091 493 x 510 x 97.5
AISAT-1/PSLV-C45-PS4 Tech/Comms 18AC S44104 435 x 515 x 97.5
Apr 4 1101 Progress MS-11 Soyuz-2-1A Baykonur LC31 Cargo 19A S44110 407 x 411 x 51.6
Apr 4 1703 O3b FM17 ) Soyuz ST-B/Fregat CSG ELS Comms 20A S44112 7809 x 7839 x 0.0
O3b FM18 ) Comms 20B S44113 7818 x 7839 x 0.0
O3b FM19 ) Comms 20C S44114 7830 x 7840 x 0.0
O3b FM20 ) Comms 20D S44115 7839 x 7841 x 0.0
Apr 5 0156 SCI Hayabusa-2, Ryugu space Weapon 14076 D00957 Ryugu impact
Apr 5 0214 DCAM-3 Hayabusa-2, Ryugu space Imaging 14076 D00958 Ryugu space
Table of Recent Suborbital Launches
-----------------------------------
Date UT Payload/Flt Name Launch Vehicle Site Mission Apogee/km Target
Feb 6 0701 Mk 21 RV/FTU-1 Minuteman 3 Vandenberg Test 1300? Pacific Ocean
Feb 6 0831 Yars RV Yars Plesetsk Test 1300? Kura
Feb 22 1654 VSS Unity VF-01 Spaceship Two Kelso Valley Test 89.9 Mojave
Mar 11 0920 REXUS 25 Imp. Orion Kiruna Micrograv 82 ESRANGE
Mar 19 0940 REXUS 26 Imp. Orion Kiruna Micrograv 80 ESRANGE
Mar 25 1720? FTG-11 Target ICBM-T2? Kwajalein Target 1000? Pacific Ocean
Mar 25 1730? FTG-11 KV 1 GBI Vandenberg LF23? Interceptor 1000? Intercept
Mar 25 1730? FTG-11 KV 2 GBI Vandenberg LF05? Interceptor 1000? Intercept
Mar 27 0540 Mission Shakhti PDV-II Kalam Island ASAT 270? Intercept
Apr 5 2214 AZURE 1 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 5 2214 AZURE 2 Black Brant XIA Andoya Auroral 320 Norwegian Sea
-------------------------------------------------------------------------.
| Jonathan McDowell | |
| Somerville MA 02143 | inter : planet4589 at gmail |
| USA | twitter: @planet4589 |
| |
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No. 763 2019 Apr 6 Somerville, MA
---------------------------------------------------------------------------------------------
International Space Station
---------------------------
Soyuz MS-12 was launched on Mar 14 carrying Aleksey Ovchinin, Nick Hague and Christina
Koch. It docked with the Rassvet module at 0101:43 UTC Mar 15, beginning ISS Expedition 59.
Progress MS-10 made a 0.7m/s burn to adjust the ISS orbit at 1422 UTC Mar 23.
The new Li-ion batteries delivered by HTV-7 last September on the External Pallet EP7 are finally being installed
in a mixture of robotic (SSRMS/Dextre SPDM) operations and manual work on spacewalks.
EP7 is stored on the POA location on the Mobile Base System.
Here is the chronology of activities (most of you will want to skip this bit!)
Mar 19 SPDM move NiH battery 0070 from P4 truss IEA 4A slot 3 to Dextre's EOTP3 stowage point.
SPDM move NiH battery 0073 from P4 4A slot 1 to EP7 slot X for disposal
SPDM move Li-ion battery 0006 from EP7 slot C to P4 4A slot 3
Unfortunately this battery failed on Mar 22.
Mar 20 SPDM move NiH battery 0074 from P4 4A slot 5 to EP7 slot Z for disposal
SPDM move NiH battery 0069 from P4 4A slot 6 to EP7 slot Y for disposal
SPDM move Li-ion battery 0010 from EP7 slot B to P4 4A slot 5
SPDM move Li-ion battery 0008 from EP7 slot A to P4 4A slot 1
Mar 22 1155? Quest airlock depress, Anne McClain EV1 in EMU 3008, SAFER 13
Nick Hague EV2 in EMU 3003, SAFER 15
1158 Hatch open
1351-1410 Hague move adapter plate 0005 from EP7 slot A to P4 4A slot 6
1355-1452 McClain move adapter plate 0006 from EP7 slot B to P4 4A slot 4
1430-1442 Move NiH battery 0072 from P4 4A slot 4 to adapter 0005 on slot 6
1513-1526 Move NiH battery 0071 from P4 4A slot 2 to adapter 0006 on slot 4
1623-1648 Move adapter plate 0007 from EP7 slot C to P4 4A slot 2
1836 Hatch closed
1840 Repressurized
Mar 26 SPDM move NiH battery 0065 from P4 2A slot 1 to EP7 slot B for disposal
SPDM move NiH battery 0066 from P4 2A slot 3 to EP7 slot A for disposal
Mar 27 SPDM move NiH battery 0068 from P4 2A slot 5 to Dextre
SPDM move Li-ion battery 0003 from EP7 slot D to P4 2A slot 1
SPDM move Li-ion battery 0019 from EP7 slot E to P4 2A slot 5
SPDM move Li-ion battery 0018 from EP7 slot F to P4 2A slot 3
Mar 28 SPDM move NiH battery 0063 from P4 2A slot 6 to EP7 slot C? for disposal
SPDM move NiH battery 0067 from P4 2A slot 4 to Dextre
Mar 29 1137? Quest airlock depress, Nick Hague EV1 in EMU 3006, SAFER 13
Christina Koch EV2 in EMU 3008, SAFER 15
1139 Hatch open
1310 Remove adapter plates 13 and 14 from EP7 slots E and F
1330 Adapter plate 14 (F) installed on P4 2A slot 6
1351 Adapter plate 13 (E) installed on P4 2A slot 4
1419 NiH battery 0064 removed from P4 2A slot 2
1455 NiH battery 0064 installed on adapter plate 13 in 2A slot 4.
1514 Adapter plate 12 (D) removed from EP7 slot D
1529 Adapter plate 12 (D) installed on P4 2A slot 2
1821 Hatch closed
1828 Airlock repressurized
Mar 30 SPDM move NiH battery 0067 from SPDM arm 1? to EP7 slot D?
SPDM move NiH battery 0068 from SPDM arm 2? to EP7 slot E?
I believe NiH battery 0070 is still on the SPDM EOTP.
But I haven't seen any confirmation of this.
On Apr 2, the spare BCDU (Battery Charge/Discharge Unit) which was
launched as part of ELC-1's initial cargo in 2009
was moved from ELC-1 to replace P4 IEA's 4A3 BCDU which is thought to have failed.
On Apr 3, the new-but-failed Li-Ion battery 0006 was removed from P4 4A3 and returned
to the EP7, possibly on slot F?
With these changes, and a few more still to come, the 2A and 4A solar arrays on the
P4 truss are back in action using the new batteries.
The Progress MS-11 cargo ship was launched on Apr 4 and docked with the Pirs module
only 3h20 min after launch.
S5
--
The US Air Force Research Lab's S5 satellite appears to have separated from its
Nusantara Satu host satellite at about 1800 UTC on Mar 4. Part of the Beresheet probe's
adapter structure was jettisoned in the `GEO graveyard' first to allow S5 to emerge.
Orbits of the three GEO objects on Mar 8 were:
44048 Nusantara Satu 35779 x 35791 km x 0.1 deg GEO 145.9E
44065 S5 36053 x 36055 km x 0.1 deg GEO 139.3E+3.3deg W/day
44066 Beresheet adapter 36131 x 36170 km x 0.1 deg GEO 133.2E+4.6deg W/day
ZX-6C
------
China launched the Zhongxing-6C satellite from Xichang on Mar 9. ZX-6C is a C-band
communications satellite using the DFH-4 bus. By Mar 19 the satellite was
on station in GEO at 129.9E.
WGS-10
------
The US Air Force communications satellite Wideband Global Satcom 10 was launched
on Mar 16 by a Delta 4 Medium from Cape Canaveral into a supersynchronous transfer
orbit. The Boeing-built spacecraft carries X- and Ka-band communications payloads
and has both bipropellant and electric propulsion systems.
The orbital data for WGS satellites were declassified last year; it's nice to
see public TLE data flowing for the new satellite. By Mar 22 it was in
a 13246 x 45069 km x 5.3 deg orbit.
PRISMA
------
The Italian Space Agency's PRISMA imaging satellite was launched by an
Arianespace Vega on Mar 22. Its 0.21m aperture telescope has a
hyperspectral detector with high spectral resolution near infrared and
visible imaging.
Beresheet
---------
The SpaceIL Beresheet probe (I'm told "B'reshit" is a better
transliteration from the Hebrew) has made a further orbit raising burn
for translunar injection. The 60 second perigee burn at 1230 UTC Mar 19
raised apogee beyond the Moon to 405 000 km. It entered an estimated
400 x 10000 km lunar orbit on Apr 4, with a 324m/s burn starting at 1418
UTC and lasting 350s.
Kicksat-2
---------
The Kicksat-2 cubesat, developed by Zac Manchester (Stanford U.) and
funded on Kickstarter, deployed at least some of its circa 104 Sprite
chipsats on Mar 19 at 0340 UTC, as the satellite orbited over the
eastern Pacific southwest of California. Cees Bassa detected radio
signals from some of the Sprites. There are no US satellite catalog
entries for them. Their area-to-mass ratio is rather high, so they are
strongly affected by drag, and Manchester reports that they are expected
to have reentered within a few days.
Microsat-R
----------
On Mar 27 India's Defense Research Development Organization (DRDO) launched the first PDV Mk II
antisatellite interceptor from Kalam Island. After a three minute flight the missile collided
with the 740 kg Microsat-R satellite in LEO. Microsat-R was in a 260 x 282 km x 96.6 deg orbit
at the time, travelling north over the Bay of Bengal; PDV-II flew south from Orissa to intercept
it. PDV-II is reported to be a three stage vehicle - two solid boost stages and a kill vehicle
with liquid-propellant terminal guidance thrusters.
As of Mar 31 US authorities were reporting over 250 debris pieces detected. On Apr 5, 57 of them
were publicly cataloged, 13 showing apogees over 1000 km.
PSLV-C45
--------
India launched PSLV-C45 from Sriharikota on Apr 1. This was the first launch of
the PSLV-QL variant which has 4 strapon boosters, and the first time the PS4
upper stage carried solar panels to support long-term in-orbit attached payloads.
The main payload was EMISAT, a signals intelligence satellite for the Indian
defense research agency DRDO.
Cubesats on PSLV-C45 include: BlueWalker 1, a test IoT data relay
satellite for Avellan Space Technology and Science of Midland, Texas
built by NanoAvionics of Vilnius, whose own test satellite, M6P, is also
aboard; Astrocast 0.2 is another IoT test satellite for Astrocast of
Lausanne. Danu Pathfinder 1 is the third in the AISTECHSAT series of
ship tracking satellites from AistechSpace of Barcelona. Four Lemur-2
satellites for SpireGlobal are aboard, and twenty Planet cubesats
in the improved Flock 4 series.
Preliminary data suggest that (1) the final burn of the PS4 stage
may have been retrograde instead of posigrade, leading to an elliptical
rather than circular final orbit and (2) two of the satellite deployments
inadvertently occured only after this burn, leaving them in the PS4's
orbit rather than the higher target one.
R3D2
----
RocketLab launched the fifth Electron on Mar 28, carrying the DARPA R3D2
(Radio-frequency Risk Reduction Deployment Demonstration) satellite.
R3D2 is a 150 kg Northrop Grumman satellite with a 2.3m diameter
deployable lightweight antenna.
TL2-01
------
China launched the first of its second-generation tracking and data relay satellites on Mar 31.
Tianlian-2 sat 01 (Tianlian erhao 01 xing) is a CAST DFH-4. The TL2 series will replace the four
TL1 sats already in orbit:
Satellite Launch date Current GEO Location Location History
Tianlian-1 01 xing 2008 Apr 25 Indian O. Backup 80E 77E (2008-2013); 80E (2013-2019)
Tianlian-1 02 xing 2011 Jul 11 Pacific 167E 177E (2011-2013); 167E (2013-2016)
171E (2016) 177E (2016-Jan 2019) 167E (2019)
Tianlian-1 03 xing 2012 Jul 25 Africa 17E 17E (2012-2016); 20E (2016); 10.5E (2016-Jan 2019); 17E (2019)
Tianlian-1 04 xing 2016 Nov 22 Indian Ocean 77E 77E (2016-2019)
Tianlian-2 01 xing 2019 Mar 31 TBD
As of Apr 6, geotransfer orbit TLEs for TL2-01 had stopped on Apr 1; this suggests it made an
apogee maneuver on that date but has not yet been located by US tracking in GEO. TL2-01's
apogee at 0800 UTC Apr 1 was at around 114E.
O3B
----
The final four satellites in the first-generation SES O3b constellation were launched
from French Guiana on Apr 4 on a Soyuz/Fregat to medium equatorial Earth orbit. The O3b satellites
provide broadband internet to developing countries.
Hayabusa-2
-----------
At 0400 UTC on Apr 4 Haybusa 2 began another descent from its 20 km home
point towards the surface of Ryugu. At an altitude of 500m, at 0156 UTC
Apr 5, it ejected the SCI (Small Carry-On Impactor), a 14 kg vehicle
with a 5 kg explosive shaped charge and a 2 kg copper mass. Hayabusa-2
then performed an avoidance burn to head off several km to the side of
the asteroid, over the horizon from the SCI location. Early in this
retreat, at 0214 UTC, it ejected the DCAM-3 camera package. At 0236 UTC
the SCI detonated, propelling the copper payload into the asteroid with
the intention of creating a new crater. DCAM-3 imaged this operation and
relayed the data to the main spacecraft. Hayabusa-2 will image Ryugu
from a safe distance and search for the resulting crater, before
returning to its 20 km home point on around Apr 20. The plan is to then
make a further descent to sample the freshly exposed material in the new
crater.
Erratum
-------
In JSR 760 I said that Progress MS-10 did a reboost on Dec 2; this should have read Dec 27
(with further reboosts Jan 18 and Feb 26).
Table of Recent Orbital Launches
----------------------------------
Date UT Name Launch Vehicle Site Mission INTL. Catalog Perigee Apogee Incl Notes
Feb 1? SeeMe? EXCITE, LEO Imaging 99BS S43822 571 x 594 x 97.8 1017LT SSO
Feb 5 Dousti Safir Semnan Imaging F02 F01533 -6000?x 10?x 55.0
Feb 5 2101 Saudi Geosat 1 ) Ariane 5ECA Kourou ELA3 Comms 07A S44034 242 x 35770 x 3.0
GSAT-31 ) Comms 07B S44035 245 x 35841 x 3.0
Feb 9 0000 Quantum Radar 1 ) Cygnus NG10,LEO Tech 18092C S44041 455 x 459 x 51.6
Quantum Radar 2 ) Tech 18092D S44042 457 x 457 x 51.6
Feb 13 1200 MySat-1 ) Cygnus NG10,LEO Tech 18092E S44044? 455 x 471 x 51.6
CHEFSAT-2 ) Tech 18092F S44045? 455 x 471 x 51.6
Feb 13 2245 Kicksat-2 Cygnus NG10,LEO Tech 18092G S44046 297 x 306 x 51.6
Feb 21 1647 EgyptSat-A Soyuz-2-1b/Fregat Baykonur LC31 Imaging 08A S44047 652 x 656 x 98.0 0950LT SSO
Feb 22 0145 Nusantara Satu ) Falcon 9 Canaveral SLC40 Comms 09A S44048 35779 x 35791 x 0.1
Beresheet ) Lunar probe 09B S44049 242 x 68845 x 27.6
Feb 27 2137 OneWeb-0006 ) Soyuz ST-B/Fregat CSG ELS Comms 10E S44061 984 x 1007 x 87.8
OneWeb-0007 ) Comms 10D S44060 984 x 1007 x 87.8
OneWeb-0008 ) Comms 10C S44059 985 x 1009 x 87.8
OneWeb-0010 ) Comms 10B S44058 986 x 1010 x 87.8
OneWeb-0011 ) Comms 10F S44062 987 x 1005 x 87.8
OneWeb-0012 ) Comms 10A S44057 985 x 1010 x 87.8
Mar 2 0749 Crew Dragon DM-1 Falcon 9 Kennedy LC39A Spaceship 11A S44063 235 x 351 x 51.6
Mar 4 1800? S5 Nus.Satu, GEO Imaging 09D? S44065? 36043 x 36055 x 1.0
Mar 9 1628 Zhongxing 6C Chang Zheng 3B Xichang LC3 Comms 12A S44067 181 x 40603 x 24.6
Mar 14 1914 Soyuz MS-12 Soyuz-FG Baykonur LC1 Spaceship 13A S44069 406 x 411 x 51.6 Docked ISS
Mar 16 0026 WGS 10 Delta 4M+(5,4) Canaveral SLC37B Comms 14A S44071 462 x 44261 x 27.0
Mar 19 0340 Sprite (00,01) ] Kicksat-2, LEO Tech 18092H 251 x 261 x 51.6
Sprite (02,03) ] Tech 18092J 251 x 261 x 51.6
.... ] [104 satellites]
Sprite (206,207)] Tech 18092DQ 251 x 261 x 51.6
Mar 22 0150 PRISMA Vega CSG ELV Imaging 15A S44072 617 x 620 x 97.9 1030LT SSO
Mar 27 0939? Linqgue 1A OS-M1 Jiuquan Tech F03 F01537 -6300?x 10?x 98?
Mar 28 2327 R3D2 Electron Mahia Tech 16A S44073 421 x 438 x 39.5
Mar 31 1551 TianLian 2-01 Chang Zheng 3B Xichang Comms 17A S44076 200 x 35817 x 27.1
Apr 1 0357 EMISAT ) PSLV-QL Satish Dhawan SLP Sigint 18A S44078 736 x 758 x 98.4 0930LT SSO
BlueWalker 1 ) IoT Comms 18AD S44105 434 x 515 x 97.5
M6P ) IoT Comms 18AF S44109 434 x 515 x 97.5
Astrocast-0.2 ) IoT Comms 18F S44083 494 x 510 x 97.5
Danu Pathfinder 1 ) AIS Comms 18AB S44103 490 x 507 x 97.5
Lemur-2-JohanLoran ) AIS/ADS-B/Met 18G S44084 494 x 510 x 97.5
Lemur-2-Beaudacious ) AIS/ADS-B/Met 18H S44085 493 x 510 x 97.5
Lemur-2-Elham ) AIS/ADS-B/Met 18J S44086 493 x 510 x 97.5
Lemur-2-Victor-Andrew) AIS/ADS-B/Met 18K S44087 493 x 510 x 97.5
Flock 4a-1/ Dove 2218) Imaging 18B S44079 494 x 510 x 97.5
Flock 4a-2/ Dove 2201) Imaging 18C S44080 494 x 510 x 97.5
Flock 4a-3/ Dove 2206) Imaging 18D S44081 494 x 510 x 97.5
Flock 4a-4/ Dove 2220) Imaging 18E S44082 494 x 510 x 97.5
Flock 4a-5/ Dove 2227) Imaging 18T S44095 493 x 507 x 97.5
Flock 4a-6/ Dove 220b) Imaging 18S S44094 494 x 507 x 97.5
Flock 4a-7/ Dove 222d) Imaging 18R S44093 494 x 507 x 97.5
Flock 4a-8/ Dove 2213) Imaging 18Q S44092 494 x 507 x 97.5
Flock 4a-9/ Dove 2224) Imaging 18W S44098 493 x 507 x 97.5
Flock 4a-10/Dove 2205) Imaging 18V S44097 493 x 507 x 97.5
Flock 4a-11/Dove 2223) Imaging 18U S44096 493 x 507 x 97.5
Flock 4a-12/Dove 2209) Imaging 18AE S44108 494 x 507 x 97.5
Flock 4a-13/Dove 220c) Imaging 18AA S44102 492 x 507 x 97.5
Flock 4a-14/Dove 222c) Imaging 18Z S44101 492 x 507 x 97.5
Flock 4a-15/Dove 2207) Imaging 18Y S44100 493 x 507 x 97.5
Flock 4a-16/Dove 222b) Imaging 18X S44099 493 x 507 x 97.5
Flock 4a-17/Dove 2212) Imaging 18L S44088 493 x 510 x 97.5
Flock 4a-18/Dove 2215) Imaging 18M S44089 493 x 510 x 97.5
Flock 4a-19/Dove 2235) Imaging 18N S44090 493 x 510 x 97.5
Flock 4a-20/Dove 2232) Imaging 18P S44091 493 x 510 x 97.5
AISAT-1/PSLV-C45-PS4 Tech/Comms 18AC S44104 435 x 515 x 97.5
Apr 4 1101 Progress MS-11 Soyuz-2-1A Baykonur LC31 Cargo 19A S44110 407 x 411 x 51.6
Apr 4 1703 O3b FM17 ) Soyuz ST-B/Fregat CSG ELS Comms 20A S44112 7809 x 7839 x 0.0
O3b FM18 ) Comms 20B S44113 7818 x 7839 x 0.0
O3b FM19 ) Comms 20C S44114 7830 x 7840 x 0.0
O3b FM20 ) Comms 20D S44115 7839 x 7841 x 0.0
Apr 5 0156 SCI Hayabusa-2, Ryugu space Weapon 14076 D00957 Ryugu impact
Apr 5 0214 DCAM-3 Hayabusa-2, Ryugu space Imaging 14076 D00958 Ryugu space
Table of Recent Suborbital Launches
-----------------------------------
Date UT Payload/Flt Name Launch Vehicle Site Mission Apogee/km Target
Feb 6 0701 Mk 21 RV/FTU-1 Minuteman 3 Vandenberg Test 1300? Pacific Ocean
Feb 6 0831 Yars RV Yars Plesetsk Test 1300? Kura
Feb 22 1654 VSS Unity VF-01 Spaceship Two Kelso Valley Test 89.9 Mojave
Mar 11 0920 REXUS 25 Imp. Orion Kiruna Micrograv 82 ESRANGE
Mar 19 0940 REXUS 26 Imp. Orion Kiruna Micrograv 80 ESRANGE
Mar 25 1720? FTG-11 Target ICBM-T2? Kwajalein Target 1000? Pacific Ocean
Mar 25 1730? FTG-11 KV 1 GBI Vandenberg LF23? Interceptor 1000? Intercept
Mar 25 1730? FTG-11 KV 2 GBI Vandenberg LF05? Interceptor 1000? Intercept
Mar 27 0540 Mission Shakhti PDV-II Kalam Island ASAT 270? Intercept
Apr 5 2214 AZURE 1 Black Brant XIA Andoya Auroral 320 Norwegian Sea
Apr 5 2214 AZURE 2 Black Brant XIA Andoya Auroral 320 Norwegian Sea
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| Jonathan McDowell | |
| Somerville MA 02143 | inter : planet4589 at gmail |
| USA | twitter: @planet4589 |
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