NROL-39 / GEMSat CubeSat Launch December 6

NROL-39 Mission Patch

NROL-39 Mission Patch

A United Launch Alliance Atlas 5 rocket is set to launch from Space Launch Complex 3-East, or SLC-3E at Vandenberg Air Force Base on California’s Central Coast. As well as a classified satellite for the US spy satellite agency the National Reconnaissance Office it will carry 12 CubeSats four of which will have amateur radio payloads. Justin Foley KI6EPH writes:

We are pleased to announce the launch of 12 CubeSats, currently scheduled for Friday, December 6, 2013 at 0713 UT from Vandenberg AFB in California, USA. Several of the CubeSats are carrying beacons in the amateur frequencies and we invite all who are able to track to participate.

For more information please keep an eye on http://spaceflightnow.com/atlas/av043/status.html and http://cubesat.org/index.php/missions/upcoming-launches/134-l39-launch-alert

As usual we will be using the #cubesat IRC channel to coordinate object identification.

Best regards,

Justin Foley KI6EPH

CubeSats on the Atlas V GEMSat Launch 2013 http://cubesat.org/index.php/missions/upcoming-launches/134-l39-launch-alert

Follow the launch day chat on the #cubesat IRC channel see
http://www.cubesat.org/index.php/collaborate/ground-operators

CAT: Launch a Water-Propelled Satellite into Deep Space

CubeSat Ambipolar Thruster (CAT) Diagram - Credit University of Michigan

CubeSat Ambipolar Thruster (CAT) Diagram – Credit University of Michigan

Benjamin Longmier KF5KMP and James Cutler KF6RFX of the University of Michigan have launched a Kickstarter to raise funding to develop a CubeSat Ambipolar Thruster (CAT).

CubeSat Ambipolar Thruster (CAT)

CubeSat Ambipolar Thruster (CAT)

The project’s Kickstarter page says:

Space exploration has traditionally been expensive, many spacecraft launched today are the size of a truck and can cost over $1 billion dollars. CAT will be tested on a CubeSat, a small satellite the size of a loaf of bread. CubeSats cost 1,000 to 10,000 times less to develop and launch than conventional satellites. As scientific and commercial space technologies get exponentially smaller, it becomes easier (and less expensive) to place small but powerful sensors on a CubeSat platform. The CAT engine can propel this miniaturized equipment to exciting new locations previously unreachable at such a low price.

Traditional university research funding starts with seed data, a small seed grant, a government grant and a large number of gates to go through over many years. We’d like to leverage Kickstarter funds to compress that timeline and go from initial seed data to flight in about 18 months, a much faster time scale than is possible with traditional grants. We love the idea of “Citizen Explorers” helping fund this project and are excited to have our backers be part of the journey.

James Cutler KF6RFX and Benjamin Longmier KF5KMP

James Cutler KF6RFX and Benjamin Longmier KF5KMP

While we have obtained some external funding, this mission may never happen without your help. Research funding is notoriously slow and filled with red tape. Technology demonstration missions can take over ten years to go from concept to launch. We want to do more faster, getting CAT from the drawing board to space in record time. With your help, we will be assembling everything into one compact thruster unit and testing integrated components in the lab, then in Earth orbit. If we reach stretch goals, we could be testing CAT in interplanetary space at a destination of your choice!

Our base funding goal of $50,000 is enough to add specialized equipment to the satellite to observe the plasma plume ejected by the CAT engine. Integrating a high-resolution camera and associated subsystems is critical to validate our theories on plasma flow along a magnetic nozzle and complete our test matrix when CAT is on-orbit. Because this is an entirely new type of engine, we need a camera in order to directly observe how the super heated plasma follows the magnetic nozzle and then detaches to create thrust. Without a camera we can’t know precisely when the plasma is being created. Basically, we need to see the engine actually creating plasma to verify our assumptions. On Earth it’s easy for us to observe the plasma during testing, but in space it’s much more difficult.

Watch CAT: Launch a Water-Propelled Satellite into Deep Space

Kickstarter http://www.kickstarter.com/projects/longmier/cat-launch-a-water-propelled-satellite-into-deep-s

Facebook https://www.facebook.com/GoBluePlasma

Read a New Scientist story at
http://www.newscientist.com/article/dn24679-boxy-cubesats-get-a-propulsion-boost-in-new-space-race.html

Trailblazer and DragonSat – Help Requested

DragonSat

DragonSat

Craig Kief KE5VSH posted this on the AMSAT Bulletin Board (AMSAT-BB):

Jin KB3UKS and I launched two CubeSats a week or so ago. The first is Trailblazer (mine) and the second is DragonSat (Jins). Trailblazer is from the Configurable Space Research at the University of New Mexico (KE5VSH) and DragonSat is Drexel University.

Our problem is that we haven’t heard from our satellites yet.

There could be a variety of different reasons. First, the satellite didn’t survive delivery.  Second, our antennas didn’t deploy or third, we have poor ground stations.  As you can imagine, I am hoping for the third. I am pasting the TLE which is openly available on space-track and Celestrak in this email. It is very close (I believe) to our birds.

Trailblazer

Trailblazer

If you have a chance, could you please keep your ears open in case you might hear us.

Please email any packets for Trailblazer to myself at craig.kief<at>cosmiac.org and for DragonSat to Jin Kang KB3UKS at kang<at>usna.edu

Thanks again most sincerely,

Craig KE5VSH

Trailblazer 437.425 MHz, AX.25, 9600 bps (there is another satellite with the same tx freq as mine there as well).
On my packets, if you see C0 00 A8 84…. You will provide me with a wonderful gift.  I beacon every 50 seconds

DragonSat 145.870 MHz, AX.25, 9600 bps. Beacons every 30 seconds.

Possible TLEs/Keps:
Trailblazer
1 39382U 13064C   13325.87382098  .00041511  00000-0  18318-2 0    39
2 39382  40.5103 239.5017 0004316 318.4599  41.5592 15.20995117   275

Satellite Tracking https://amsat-uk.org/beginners/satellite-tracking/

Minotaur-1 ELaNa-4 launch https://amsat-uk.org/satellites/elana-4-cubesats/

AMSAT Bulletin Board (AMSAT-BB) http://www.amsat.org/amsat-new/tools/maillist/

Join AMSAT-UK

AMSAT-UK_Bevelled_LogoFounded in 1975 AMSAT-UK is a voluntary organisation that supports the design and building of equipment for Amateur Radio Satellites.

AMSAT-UK initially produced a short bulletin called OSCAR News to give members advice on amateur satellite communications. Since those early days OSCAR News has grown in size and the print quality has improved beyond recognition. Today, OSCAR News is produced as a high-quality quarterly colour A4 magazine consisting of up to 40 pages of news, information and comment about amateur radio space communications.

The new lower-cost E-membership provides OSCAR News as a downloadable PDF file giving members the freedom to read it on their Tablets or Smartphones anytime, anyplace, anywhere.

An additional advantage is that the PDF should be available for download up to 2 weeks before the paper copy is posted.

AMSAT-UK FUNcube Mission Patch Rev4 20100609

AMSAT-UK FUNcube Mission Patch

The Membership year lasts for 12 months starting on January 1 each year.

If you join after July 31 of any particular year, then you will receive complimentary membership for the whole of the following year, i.e. join on November 12, 2013, and you have nothing more to pay until Dec 31, 2014.

Now is a very good time to join.

Take out an Electronic membership here http://shop.amsat.org.uk/shop/category_9/Join-Amsat-UK.html

E-members can download their copies of OSCAR News from http://www.amsatuk.me.uk/on

A sample issue of OSCAR News can be downloaded here.

FUNcube-1 Update Nov 30 / Dec 1

FUNcube-1 Launch Day Mug

FUNcube-1 Launch Day Mug

To start with a few stats:

From the acquisition of the first signal by ZS1LS on Thursday, November 21 we have had a steady stream of data flowing in.
A few Data Warehouse statistics as at 12:00 UT, Nov. 28, 2013:
– over 12MB of unique data uploaded and stored
– 424 user registrations since 2013-11-17
– 319 users have have uploading data
– 41388 Real-time entries
– 11754 Whole Orbit Data entries
– 77940 High Resolution entries
We are very grateful for all this data which is invaluable to the command team – please continue to send it to the Warehouse if you can and encourage other to do so.

Fitter Message 9:

What are the funny characters in the FM9 slot?

Well the command stations can re-purpose FM9 to either be a “normal” fitter message or to carry the debug data that is displayed at the bottom of the Dashboard. This carries info about various status flags and other parameters.
The format is described here

“in short Fitter message 9, when we are running in debug mode starts of with 0xFF that’s how we know its debug, then what follows is just a byte for byte copy of some of the in memory structures from the running MCU, filling up the rest of the fitter message is an MCU program trace (read from right to left) the letter indicates the source file, the number is the line number in that source file. The spaces are where the MCU has finished processing and has gone back to wait for more events.”

Schedule for next few days:

We plan to command FUNcube-1 into continuous amateur/transponder mode for a few orbits on either the 09:22 UT or 10:58 UT passes over the UK tomorrow. We will be doing this to see how this change affects the on-board temperatures. We will switch it back to the normal autonomous schedule either 12:35 UT or 20:31 UT passes depending upon the results of these tests.

No other changes to the operating schedule are currently planned.

UPDATE December 1:

Apologies to everyone who was expecting the transponder to be active during daylight today.

A late change of plan by the team means that we did not send that command but concentrated on testing some other functionality. As a result, the sharp eyed will notice that one of the ANTS Data sensor channels has been commanded “OFF” (this shows as failed” on the Dashboard). It does NOT indicate any problem with the on board systems though.

The spacecraft will continue with its autonomous schedule for the time being.

Nico, PA0DLO, has recently emailed his observations which align with our own understanding of the current situation:

“AMSAT-OSCAR-73, ZACube 1 and HiNCube were launched from the same ISIPOD.

As they initially were close together, the JSpOC decided to release only one TLE  set for this cluster under object number 39417 (2013-066B). Now the distances between these satellites are slowly increasing. So the question is  – which satellite is object 39417?

Detailed Doppler measurements show that ZACube 1 is now about 25 s early compared to the TLE for object 39417, while OSCAR 73 is about 11 s early. This seems to indicate that object 39417 is actually  HiNCube.

Hopefully TLEs for OSCAR 73 and ZACube 1 will be published soon.”

Download the Dashboard App to receive the FUNcube-1 telemetry and upload it to the Data Warehouse.

PicoDragon team ask for reports

PicoDragon CubeSat - Image credit VNSC

PicoDragon CubeSat – Image credit VNSC

PicoDragon is a 1U CubeSat that was deployed from the International Space Station on November 19.

It was developed by the Việt Nam National Satellite Center (VNSC), University of Tokyo and IHI aerospace.

The satellite, callsign XV9PID, carries a 100mW CW beacon on 437.250 MHz (+/- 10 kHz Doppler shift). It is understood there is also a 1200 bps AFSK 800mW AX.25 telemetry beacon that can operate on 437.365 MHz and a camera for Earth imaging.

PicoDragon was deployed from the ISS with two other CubeSats ArduSat-1 and ArduSat-x

PicoDragon was deployed from the ISS with two other CubeSats ArduSat-1 and ArduSat-x

Nam Dương writes:

I’m member of PicoDragon Project also known as PDG. We found that the PicoDragon is a very weak signal when in darkness (eclipse), and strong signal when in sunlight. If you have a ground station, please help us to recover the 437.250 MHz CW signal of PDG. We want to recover the CW signal both when it is in eclipse and in daylight.

If you have any comment or information for PDG, please send it to my email pdg<at>vnsc.org.vn or post to the PDG Facebook page.

Thank you so much.

Welcome to PicoDragon Project, and welcome to Việt Nam.

Website http://pdg.vnsc.org.vn/

Facebook https://www.facebook.com/pdgproject