NROL39 Atlas V launch

NROL39 Atlas V GEMSat Launch December 5, 2013

NROL39 BatchTwelve CubeSats are set to launch aboard an Atlas V rocket with the NROL-39 primary payload from Vandenberg AFB in California on December 5, 2013. The CubeSat payloads have been provided through NASA’s Educational Launch of Nanosatellites (ELaNa) program and the NRO’s Mission Integration Directorate (MID). The launch window will be announced as it gets closer to launch day. Below is information about each CubeSat including tracking information where available and links to developers’ websites.

P-POD Satellite Name Organization Size Beacon Details More Info
1 FIREBIRD Montana State University, University of New Hampshire, Los Alamos National Laboratory, Aerospace Corp. 1.5U (x2) Flight Unit 1: 437.405 MHz Flight Unit 2: 437.230 MHz GMSK AX.25 9600bps, 1W, 60 sec period More Info
2 AeroCube5 Aerospace Corp. 1.5U (x2)
3 ALICE Air Force Institute of Technology (AFIT) 3U 460 MHz, GFSK, 12.5% duty cycle (5 seconds of 3 bursts per second then 40 seconds of RX)Beacon is based on when ALICE is 2 minutes away from AOS contact with our ground station. This information is uploaded from ephemeris data from our ground station. Will beacon until comms are established. More Info
4 SNaP U.S. Army Space and Missile Defense Command 3U
5 MCubed-2 Michigan eXploration Laboratory 1U 437.485 MHz, 9600 baud, 10 sec period More Info
5 CUNYSAT-1 Medgar Evers College, The City University of New York 1U 437.505 MHz, 9600 bps GMSK, CW More Info
5 IPEX Cal Poly, PolySat 1U 437.270MHz: Morse Code of “IPEX” every 45s at 15wpm, 9600 baud AX.25 GMSK Beacon every 127s and 20s. More Info
6 SMDC-ONE (David) U.S. Army Space and Missile Defense Command 3U More Info
7 TacSat-6 U.S. Army Space and Missile Defense Command 3U
8 SMDC-ONE (Charlie) U.S. Army Space and Missile Defense Command 3U More Info

The CubeSats are integrated into 8 P-POD deployers which are contained in the NPSCuL built by the Naval Postgraduate School (NPS). The NPSCuL together with the 8 P-PODs and 12 CubeSats is referred to as the Government Experimental Multi-Satellite (GEMSat), and is attached to the Centaur upper stage’s Aft Bulkhead Carrier (ABC). The assembled GEMSat is shown in the photo below ready for mate to the launch vehicle along with members of the GEMSat team consisting of NPS, Office of Space Launch (OSL), United Launch Alliance (ULA) and Cal Poly, SLO.

Launch details: link

TechEdSat3P Launch

TechEdSat3P Launch.

With all cubesat launches using the Minotaur 1 and the DNEPR rockets one could almost forget the last Cubesat that is launched from the ISS Kibo module. Here a beautiful image from that launch.

ISS TechEdSat3P

As far as I know there is no data received from this satellite. More information can be found at the TechEdSat website.

DNEPR Launch a succes

The DNEPR launch was/is a success.

The launch as you can see in this Youtube movie below was a success, the launch took place at 07:10 UTC from the Dombarovskiy facility.

Just a couple of minutes after the launch signals where received from FUNcube-1, these came from Amateur Radio Stations in South Africa and they filled the FUNcube-1 data warehouse for the first time.

My first pass was at 08:46 UTC and I had to make up my mind on with cubesats to track. I finally choose for monitor and record a frequency span between 437.350 – 437.540. In the middle of this span would CubeBUG-2 transmit its data. In meantime listen to Delfi-n3Xt at 145.870. When the pass started it was a overwhelming. Delfi-n3Xt pass coming via the VHF Icom 910H and the 192khz span of the FUNcube Dongle Pro+ showed a lot of signals being received. I wasn’t able to decode any 2400 baud BPSK signal from Delfi-n3Xt but after the pass when I analysed the IQ file that was recorded with SDR# I could decode signals from ZAcube-1, UWE-3 and CubeBUG-2.

The following frames are decoded from a recorded SDR IQ file, therefor the timestamps are of.

ZAcube-1 1k2 decode:

2013-11-21 09:11:07.750 UTC: [47 Bytes KISS Frame (without CRC)]
ctrl: 12   PID: F0 {I06^}   26 Payload Bytes
from 123456 to 012345: 
   1 > DC 0C 16 7A 61 63 75 62 65 30 31 2E 00 00 13 09 2C 0A DC 2C
  21 > 06 7B 2C 0C 2E DC 
Ü..zacube01.....,.Ü,.{,..Ü

UWE-3 9k6 decode:

2013-11-21 14:47:59.380 UTC: [60 Bytes KISS Frame (without CRC)]
ctrl: 3   PID: F0 {UI}   41 Payload Bytes
from DP0UWG to DD0UWE: 
   1 > 00 53 20 64 64 59 B3 21 02 FC 14 6A 13 00 00 18 6A 86 F4 42 
  21 > 59 5E 34 10 07 00 17 58 10 1F 00 17 36 01 F5 FD DE E8 F4 F5 
  41 > DC 
.S ddY³!.ü.j....j†ôBY^4....X....6.õýÞèôõÜ

CubeBUG-2 9k6 decode:

2013-11-21 14:59:10.800 UTC: [98 Bytes KISS Frame (without CRC)]
ctrl: 3   PID: F0 {UI}   78 Payload Bytes
from CUBEB2-6 to CQ: 
   1 > FF FF F0 00 00 14 CA 00 00 01 03 00 00 00 00 00 00 3D E0 00 
  21 > 00 00 00 AF 00 01 00 CA 1E 77 03 F7 02 C9 03 FF 03 FF 02 D9 
  41 > 02 B6 03 FF 03 3F 03 B6 03 C4 0A C7 05 01 C5 AA 19 F8 FB B8 
  61 > 03 DB FD DD FF 65 09 47 02 51 E3 8A FF 6C 00 00 00 00 
ÿÿð...Ê..........=à....¯...Ê.w.÷.É.ÿ.ÿ.Ù.¶.ÿ.?.¶.Ä.Ç..Ū.øû¸.ÛýÝÿe.G.QãŠÿl....

In a later pass also an APRS message from CubeBUG-2:

1:Fm CUBEB2-6 To CQ  [13:34:56R]
:EMAIL :manolito@satellogic.com Upt: 04:41:43 Bat:7.90v Temp:27.6C Gyr:87.77d/s

So far so good, I have 2Gb of IQ data that can be analyzed. This is what I can tell so far, the launch is a success and there are some teams that are still searching for there satellites. Good luck all, I’ll point my antenna’s to the sky when I am able to.

After analyzing the IQ files I also saw the data from Humsat-D, very strong 1200 baud GMSK data and Morse code, modulation type FM. Very difficult to decode the CW data. It is time I learned CW because the Computer isn’t able to decode the data.

Below an image with from left to right: HumSat-D CW, ZAcube 1k2 AFSK and UWE-3 9k6 FSK.

DNEPR SDR 21-11-2013

First three launched

The first three are launched from the Kibo module.

ISS Kibo ModuleThe cubesats: Pico Dragon, Ardusat-1 and Ardusat-X are successfully launch from the Japanese Kibo module. TechEdsat will be launched tomorrow from the same module.

JE9PEL, Mineo Wakita heard and recorded the CW signals from PicoDragon. The satellite transmits on 437.250MHz with CW modulation. Here a link to the recording from JE9PEL listen to Pico Dragon.

The decoded CW: “PICODRAGON VIETNAM 5”

Video is no longer available

The latest update 19-11 20:00 UTC: Pico Dragon frequency offset was around +3.0 to +3.5 kHz. A powerful & clear signal. Decoding CW was even possible in low EL(6deg).

[PE0SAT Thanks JE9PEL, Mineo Wakita for the above information]

Upcoming Cubesats Launch from ISS

Update: The launch date has changed. Now the satellites will be launch at the 19th and 20th of November 2013.

ISS-36 HTV-4 BerthingWith al the attention going towards the Dnepr launch on November 21 we would almost forget that there are a couple of Cubesats onboard the ISS that will be launched also. The launch is planned for November 25. The following satellites will be deployed.

  • Pico Dragon, developed by the Việtnam National Satellite Center (VNSC), University of Tokyo and IHI aerospace. A CW beacon at 437.250 MHz and 1200 bps AFSK AX.25 telemetry on 437.365 MHz.
  • ArduSat-1 developed by NanoSatisfi. 437.325 MHz 9k6 MSK CCSDS downlink.
  • ArduSat-X developed by NanoSatisfi. 437.345 MHz 9k6 MSK CCSDS downlink.
  • TechEdSat-3 developed by interns at the NASA Ames Research Center. 437.465 MHz 1200 bps packet radio beacon transmitting 1 watt to 1/4 wave monopole. It plans to test an Iridium Satphone modem and has a deployment mechanism to de-orbit in 10 days.

These satellites arrived Aug 9, 2013 at the International Space Station’s and the Canadarm2 grapples the unpiloted Japanese “Kounotori” H2 Transfer Vehicle-4 (HTV-4) as it approaches the station, carrying ArduSat-1 and ArduSat-X among 3.6 tons of science experiments.

November 19, 2013 ISS Launch
 
Satellite Uplink Downlink Beacon Mode
 
ArduSat-1 437.325 9k6 MSK
ArduSat-X 437.345 9k6 MSK
PicoDragon 437.365 437.250 1k2 AFSK, AX.25, CW
 
November 20, 2013 ISS Launch
 
Satellite Uplink Downlink Beacon Mode
 
TechEdSat-3 437.465 437.465 1k2 AFSK, AX.25

Launch Minotaur 1 ORS-3

Launch information regarding the Minotaur 1 ORS-3 on November 19th, 2013 (EST).
(The launch window UTC begins on 00:30 – November 20th, 2013)

Minotaur-1The rocket will launch the Air Force’s Operationally Responsive Space Office’s ORS-3 mission, which features the deployment of 29 satellites in space. The launch window is 00:30 to 02:30 UTC The backup launch days run through November 26.

The Minotaur’s primary payload is the Space Test Program Satellite-3 (STPSat-3), an Air Force technology-demonstration mission. Thirteen small cubesats aboard are being provided through NASA’s Cubesat Launch Initiative. Among the cubesats is NASA’s Small Satellite Program PhoneSat 2 second generation smartphone mission. Also included is the first cubesat built by high school students.

Live coverage of the launch is available via UStream beginning at 23:30 UTC

It would be great if we have some preliminary TLE data available so we can try and receive the satellites that are part of the NASA Cubesat Launch Initiative.

Thanks to the work of Satou Tetsurou – JA0CAW, we have the following table with known frequencies. If there are errors in it, please let me know via the contact form.

Update: November 17th, 2013 With the help of DK3WN and other helpful radio amateurs the list is updated with new information.

Minotaur-1 Elana4 launch 00:30 UTC November 20th, 2013
Satellite Downlink Mode
CAPE-2 145.825 1k2 AFSK, AX.25 xx sec interval / CW
DragonSat-1 145.870 9k6 FSK, AX.25, 30 sec interval
TetherSat 437.100 9k6 FSK, AX.25, xx sec interval
Hooponopono-2 437.220 9k6 FSK, AX.25, 15 sec interval
COPPER 437.290 9k6 FSK, AX.25, 10 sec interval
Vermont Lunar 437.305 9k6 FSK, AX.25, 60 sec interval
TetherSat-2 437.305 9k6 FSK, AX.25, xx sec interval
TJ3Sat 437.320 CW beep every 13.5 sec, CW ident every 10 minutes
CAPE-2 437.325 1k2 AFSK, AX.25 xx sec interval / CW
Black Knight-1 437.345 No beacon, only active on GS request
SwampSat 437.385 9k6 FSK, AX.25, 60 sec interval
KYSat-2 437.405 9k6 FSK, AX.25, 15 sec interval in sunlight
ChargerSat-1 437.405 9k6 FSK, AX.25, 10 sec interval
Trailblazer-1 437.425 9k6 FSK, AX.25, 50 sec interval
PhoneSat-v24 437.425 1k2 AFSK, AX.25 30 sec interval (150s charging mode)
NPS-SCAT 437.525 1k2 AFSK, AX.25, 5 min interval

Elana4 Map