[ans] ANS-062 AMSAT News Service Weekly Bulletins

E.Mike McCardel mccardelm at gmail.com
Sat Mar 2 18:05:17 PST 2013


ANS is a free, weekly, news and information service of AMSAT North
America, The Radio Amateur Satellite Corporation. ANS reports on the
activities of a worldwide group of Amateur Radio operators who share
an active interest in designing, building, launching and communicating
through analog and digital Amateur Radio satellites.

Please send any amateur satellite news or reports to:
ans-editor at amsat.org

In this edition:

* Vanderbilt-AMSAT RadFxSat Cubesat Selected for NASA ELaNa Program
* AMSAT Shows New President’s Club Pin
* 5th European CubeSat Symposium, 3-5 June 2013, Brussels - Belgium
* American satellite starts transmitting after being abandoned in 1967
* STRaND-1 Information and Telemetry
* AMSAT-DC Workshop on Portable Satellite Ground Stations
* AMSAT Forum at ACADIANA ARA Hamfest - Free Admission Coupons for
* Korean OSSI-1 Ham Radio CubeSat Frequency Coordinated
* ARRL Offers Two Sessions of their Teachers Institute

SB SAT @ AMSAT $ANS-062.01
ANS-062 AMSAT News Service Weekly Bulletins

AMSAT News Service Bulletin 062.01
DATE, 2013
BID: $ANS-062.01

Vanderbilt-AMSAT RadFxSat Cubesat Selected for NASA ELaNa Program

On February 26th, NASA announced the winning projects for the
fourth round of their CubeSat Launch Initiative. Project
Selection was based on technical feasability and the assessed merit
for conducting technology demonstrations, STEM education, and science
research. These selected projects are eligible for a free launch
on NASA Educational Launch of Nanosatellite (ELaNa) missions as
auxiliary payloads on launches planned for 2014, 2015 and 2016.
The 24 winning cubeSat proposals came from universities, a Florida
high school, non-profit organizations and NASA field centers.

AMSAT partnered with the Institute for Space and Defense Electronics
(ISDE) at Vanderbilt University to develop our winning proposal.
The official name of the project is RadFxSat and we were selected
at priority 15 out of the 24 winners. AMSAT and ISDE plan to fly a
Fox-1 type satellite with a sophisticated space radiation effects
experiment to be developed by ISDE. This experiment is intended to
improve computer modeling of radiation effects and help improve the
survivability of modern semiconductor devices in the harsh radiation
environment of earth orbit. AMSAT is especially interested in this
area of science research since it affects our ham radio satellites.
This project also represents an exciting "first" for AMSAT with the
satellite's primary mission being science research. We believe that
partnering on science and education missions will open up new launch
opportunities for AMSAT satellites in the future.

Of course, RadFxSat also carries the same ham radio FM transponder
as Fox-1 but on a different frequency pair. We believe we will have
enough power to run the FM transponder simultaneously with the science
mission most of the time. The transponder capability was an
important component of our NASA ELaNa proposal since it enhances the
opportunities for formal science, technology, engineering and math
(STEM) education via "hands-on" school activites using an actual
communications satellite. It also allows informal groups such as the
boy scouts, girl scouts and ham radio clubs to introduce radio
and satellite communications to our young people. AMSAT aims to show
that STEM education can be exciting and fun!

The full text of the NASA announcement can be accessed on-line at:

[ANS thanks AMSAT VP Engineering Tony Monteiro, AA2TX and Joshua
 Buck at NASA Headquarters, Washington for the above information]


AMSAT Shows New President’s Club Pin

You can join the AMSAT President’s Club with your contribution
directly through easy, automatic charges to your credit card. Since
AMSAT is a 501(C)(3) organization donations may be USA tax
deductible. (Check with your tax advisor.)

Titanium Donors contribute at least US $400 per month or $4800 one
time payment.
Platinum Donors contribute at least US $200 per month or $2400 one
time payment.
Gold Donors contribute at least US $100 per month or $1200 one time
Silver Donors contribute at least US $50 per month or $600 one time
Bronze Donors contribute at least US $25 per month or $300 one time
Core Donors contribute at least US $10 per month or $120 one time
Every donor will receive the specially designed pin and the unique
AMSAT President’s Club Certificate. Starting at the Gold Donor level
and higher you will also receive a personal invitation to the AMSAT
Dayton Dinner as our guest.

You choose where your contribution should go:

Future Projects
General Fund
To join you can go to the AMSAT On-Line Store or contact Martha at
the AMSAT office!

Phone: US Toll Free 888-322-6728 or 301-589-6062
E-mail: martha at amsat.org

The link to the AMSAT On-Line Store is

[ANS thanks AMSAT for the above information]


5th European CubeSat Symposium, 3-5 June 2013, Brussels - Belgium

It is with great pleasure to remind you about the 5th European
CubeSat Symposium that will take place on 3-5 June 2013 at the
premises of Royal Military Academy in Brussels, Belgium.

This is the biggest CubeSat related event in Europe and last year it
attracted more than 250 participants and industrial exhibits of 7
specialized companies. This year, we are expecting more
participation. Applicants from all around the world are welcome.

The call for proposals and the online abstract submission system is
available at www.CubeSatSymposium.eu

The important dates are:

    15 Mar 2013:    Deadline for the submission of abstracts
    15 April 2013:  Notification of acceptance
    15 May 2013:    Publication of the programme and the abstracts
    24 May 2013:    Deadline for online registration
    3-5 June 2013:  5th European CubeSat Symposium at ERM,
                    Brussels (3 full days)
    6 June 2013:    6th QB50 Workshop at VKI, Brussels (by
                    invitation only)

The session topics are:
    CubeSat networks/constellations/swarms
    Scientific instruments/sensors on CubeSats
    Biology and microgravity experiments on CubeSats
    Technology demonstration on CubeSats
    Micropropulsion subsystems, formation flying
    Attitude determination and control subsystem
    Telecommunications, ground stations, ground station networks
    Orbital dynamics for CubeSats, lifetimes of CubeSats in orbit
    CubeSat flight experience, lessons learned
    Other topics (e.g. expandable solar arrays, atmospheric re-
    entry, CubeSats as free-flying payloads for the exploration of
    the Solar System)
    Future technologies on CubeSats
    Deployment systems for CubeSats

[ANS thanks Cem Ozan Asma, PhD for the above information]


American satellite starts transmitting after being abandoned in 1967

An American satellite, abandoned in 1967 as a piece of Space Junk
has begun transmitting again after 46 years.

An Amateur Radio Astronomer in North Cornwall accidentally picked up
the signal and after cross checking with various lists, has
identified it as LES1 built by the Massachusetts Institute of
Technology and launched in 1965. The satellite failed to reach its
intended orbit owing to a wiring error and has been drifting out of
control ever since.

Phil Williams G3YPQ from near Bude noticed its peculiar signal drift
caused by its tumbling end over end every 4 seconds as the solar
panels become shadowed by the engine. ‘This gives the signal a
particularly ghostly sound as the voltage from the solar panels
fluctuates’ Phil says.

It is likely that the on board batteries have now disintegrated and
some other component failure has caused the transmitter on 237Mhz, to
start up when its in sunlight.

LES1 is about the size of a small car, It is not likely to re-enter
the atmosphere for a long time as the orbit is still relatively high.
It poses no threat other than that caused by the thousands of other
pieces of space junk in orbit.

Phil says its remarkable to think that electronics built nearly 50
years ago, 12 years before Voyager 1, and long before microprocessors
and integrated circuits, is still capable of working in the hostile
environs of space.

Listening to the signal you can easily imagine the craft tumbling
over and over every 4 seconds and the transmitter starting up as the
sun rises. He refers to the hobby as ‘Radio-Archeology’!

[ANS thanks Phil Williams G3YPQ and Southgate ARN for the above


STRaND-1 Information and Telemetry

STRaND-1 carries an amateur radio AX.25 packet radio downlink on
437.568 MHz using 9600 bps FSK modulated data with HDLC frame, NRZI

Free satellite tracking software:
• SimpleSat Look Down http://www.amsat-uk.org/?p=8217
• Gpredict http://gpredict.oz9aec.net/
• Orbitron http://www.amsat-uk.org/?p=9051

Dr Chris Bridges would be delighted to receive all available
telemetry files by email to C.P.Bridges at surrey.ac.uk

Mark Hammond N8MH has provided these tips to decode STRaND-1:

(1) Sprint-2 TNC set at 9600 baud in KISS mode (or any 9600 TNC in
KISS mode probably)
(2) Using this software to capture
(3) And using this software to decode the captured KISS files

Thanks to Mike Rupprecht DK3WN for the excellent software.

Jan PE0SAT describes how he used the free TNC emulator software
AGWPE and SDR# to decode the telemetry. This approach means you don’t
have to buy a dedicated hardware TNC it simply uses your existing PC
and radio that supports 9600 bps data:

(1) Record a pass using SDR# and a FUNcube Dongle Pro+ and save the
IQ wav file so you can work with it after the pass.
(2) Configure AGW Packet Engine (AGWPE) as a 9600 baud modem using
your audio mixer as input. If you don’t have an audio mixer, use
audio VAC to route the received audio to the AGW audio input.
(3) When the AGW packet engine is running use AGW-Online-KISS from
DK3WN to connect to the packet engine and decode the telemetry.
(4) Open the IQ wav file within SDR# and playback the recorded file
and tune to the correct receive frequency, now you can see decoded
data within Online-Kiss.
(5) Feed the files captured to KISS-Dump

Descriptions of ONLINE KISS +, AGW ONLINE KISS and KISS Dump + are
at http://tinyurl.com/SatSoftwareDK3WN/

The free AGWPE soundcard packet software AGWPE.zip is available at

Guide on how to use AGWPE http://www.soundcardpacket.org/

Latest Keps for the objects from the PSLV-C20 launch. Note: At the
current time the object to satellite mapping is not known:

1 39086U 13009A   13057.07723200 -.00000047  00000-0  00000+0 0    66
2 39086  98.6489 247.4456 0046840  48.7060 103.7711 14.45874186    76
1 39087U 13009B   13057.12205894 -.00000045  00000-0  00000+0 0    65
2 39087  98.6295 247.4478 0010362 263.0055  96.9849 14.33603731    70
1 39088U 13009C   13057.12202184 -.00000045  00000-0  00000+0 0    54
2 39088  98.6260 247.4462 0010229 264.9844  95.0146 14.33699090    77
1 39089U 13009D   13057.12196648 -.00000045  00000-0  00000+0 0    52
2 39089  98.6302 247.4430 0009913 269.8258  90.1934 14.33842702    72
1 39090U 13009E   13057.12180062 -.00000045  00000-0  00000+0 0    57
2 39090  98.6314 247.4520 0008151 271.9062  88.1247 14.34269067    79
1 39091U 13009F   13057.12171611 -.00000045  00000-0  00000+0 0    69
2 39091  98.6289 247.4453 0009293 286.2139  73.7956 14.34449938    72
1 39092U 13009G   13057.12216226 -.00000045  00000-0  00000+0 0    62
2 39092  98.6325 247.4484 0010738 258.3712 101.6263 14.33353747    74

For more information visit

[ANS thanks AMSAT-UK for the above information]



Succesful ARISS Contacts

Uplands Elementary School Penticton, British Columbia, Canada - 2013-

A successful ARISS Contact was made with with participants at
Uplands Elementary School, Penticton, BC, Canada on 22 Feb. The
contact began at approximately 19:36 UTC. The duration of the contact
was approximately 9 minutes and 30 seconds. The contact was a
telebridge between OR4ISS and IK1SLD.

Astronaut Chris Hadfield talked to students (K-6) throughout the
South Okanagan & Similkameen Valleys in beautiful BC.  They had
students & home school students from Penticton, West Bench, Oliver &
Keremeos. The event was hosted at Uplands Elementary, a school
located in Penticton.  Lisa Edwards, Principal, believes that
students can "SOAR with a view to excellence" in the right
environment.  There has been a team of people in the community whose
goal is to make the Ham Radio contact as part of a wider educational
experience that inspired students & educators to continue to explore
STEM & space exploration for years to come.


Soleado Elementary School Ranchos Palos, California, USA - 2013-02-25

A successful ARISS Contact was made with with participants at
Uplands Elementary School, Penticton, BC, Canada on 22 Feb. Soleado
Elementary School, Ranchos Palos Verdes, CA on 25 Feb. The event
began at approximately 19:53 UTC. The duration of the contact was
approximately 9 minutes and 30 seconds. The contact was direct
between NA1SS and KE6JPM. Astronaut Chris Hadfield talked to students.

Soleado Elementary School's mission is to educate each and every one
of its students to their fullest potential while cultivating a
lifelong love of learning.  Named for its beautiful location in the
hills of Rancho Palos Verdes, our school is proud of its rich
cultural background, academic achievement, and involvement in extra-
curricular activities.  Our mascot, a rosy-cheeked sun, is an
exceptionally fitting characterization of our school, which wraps our
students in the arms of a caring and supportive community that
nurtures development of the whole child.

Founded in 1968, even Soleado's physical design embodies community
and cooperation, with each core educational building housing five
classrooms with one wall "open" to a shared "big room" in the center.
The open classroom environment facilitates daily teacher
collaboration and student interaction within and among grade levels,
while "big rooms" allow for large group activities and foster a
positive feeling of family among our students and staff.  In addition
to our strong sense of community and our open classroom model,
another distinguishing characteristic of our school is its cultural
and linguistic diversity.  With 420 "Soleado Suns" this year in
grades DK through 5, our student body encompasses families who come
directly from 30 different countries speaking 21 languages.


4th Dimotiko Scholeio Chaidariou, Chaidari, Greece - 2013-02-28

A successful ARISS Contact was made with with participants at 4th
Dimotiko Scholeio Chaidariou, Chaidari, Greece on 28 Feb. The event
began at approximately 09:42 UTC. The duration of the contact was
approximately 9 minutes and 30 seconds. The contact was direct
between OR4ISS and J41ISS.

4th Dimotiko Scholeio Chaidariou is located in Chaidari, a suburb in
the north-west of Athens. It was constructed in 1978, but it is now
being renovated so as to be more energy efficient. It is a two-storey
building with 16 classrooms, a Head office and a stuff room.

The school serves 256 pupils, aged between 6 and 12 years old, from
1st Grade through 6th Grade. It is staffed by a headmistress and 24
teachers, 12 of whom teach all subjects required in the curriculum
(that is: Greek Language, Mathematics, Geography, History, Science,
Religious Education) plus two Physical Education teachers, a Music
lessons teacher, two English language teachers, a French language
teacher, a German language teacher, a teacher of Art, a teacher for
Theatre, an Information & Technology teacher and a teacher
responsible for the afternoon zone study. There is also a teacher who
helps those pupils with special educational problems. The official
lessons are in the morning (Monday - Friday) start at 8:10a.m. and
finish at 2:00p.m. All pupils attend morning lessons, but those
pupils whose both parents work, stay on at school and they study and
prepare their homework for the next day starting at 12:30 p.m. and
finish at 4:15p.m.


Talcott Mountain Science Center & Academy, Avon, Connecticut, USA -

A successful ARISS Contact was made with with participants at
Talcott Mountain Science Center & Academy, Avon, Connecticut, USA on
28 Feb. The event began at approximately 15:53 UTC. The duration of
the contact was approximately 9 minutes and 30 seconds. The contact
was direct between NA1SS and W1TMS.

Talcott Mountain Science Center is one of Connecticut's premier
informal science education institutions.  The Center has been an
initiator and catalyst in providing enrichment science education to
students throughout the Northeast and a leader in teacher in-service
education, including special programs for girls in science.  TMSC is
recognized for its innovations in gifted and talented programs, for
its earth and space, alternative energy, atmospheric and
environmental science activities for students, with ongoing science
and technology in-service education for teachers as well as its one-
of-a-kind k-8 model school for intellectually excited students,
Talcott Mountain Academy for Mathematics, Science and Technology.
Since 1985, Talcott Mountain Science Center has been nationally
recognized as a pioneer in the development of interactive video
programming in math and science education.


Contacts hopeful for the coming week

ARISS is requesting listener reports for these contacts.   Due to
issues with the Kenwood radio that are not fully understood at
present,  the Ericsson radio is going to be used for these contacts.
ARISS thanks  everyone in advance for their assistance.

Lycée Polyvalent Anatole France,  Cedex, France, direct via F4KIS/P
Contact is a go for: Mon 2013-03-04  11:06:27 UTC 67 deg (If Space X
launches on time)

Canyon  Owyhee School Services Agency (COSSA), Wilder, ID, direct
via W7VOI
Contact is a go for: Mon 2013-03-04 18:49:04 UTC 37 deg (If Space X
launches on time)

Stonepark Intermediate School,  Charlottetown, Prince Edward Island,
Canada, direct via VY2PEI
Contact is a  go for: Thu 2013-03-07 16:26:42 UTC 33 deg (If Space X
launches on time).

ARISS is an international educational outreach program partnering
the participating space agencies, NASA, Russian Space Agency, ESA,
CNES, JAXA, and CSA, with the AMSAT and IARU organizations from
participating countries.

ARISS offers an opportunity for students to experience the
excitement of Amateur Radio by talking directly with crew members on-
board the International Space Station. Teachers, parents and
communities see, first hand, how Amateur Radio and crew members on
ISS can energize youngsters' interest in science, technology, and
learning. Further information on the ARISS program is available on
the website http://www.ariss.org/ (graciously hosted by the Radio
Amateurs of Canada).

[ANS thanks ARISS for the above information]


AMSAT-DC Workshop on Portable Satellite Ground Stations

[This originally appeared in ANS-020, see ANS-055 for details on

The AMSAT-DC Group is planning for a Spring Workshop 2013, to take
place on Saturday, March 23, at the NASA Goddard Space Flight Center
in Greenbelt, Maryland. It will be a nearly all-day event.

This is a workshop for those who wish to learn more about satellite
operations and develop their own portable ground station. Partici-
pants will bring their wares to assemble, show, and explain to others
that which will feature one or more of the following:

+ One's own laptop computer, with appropriate software installed,
  such as for satellite tracking, SDR receiver control, antenna
  control (optional), audio recording, time stamp track, and any
  of many other apps.

+ The FUNcube Dongle Pro receiver or equivalent. We will emphasize
  receiving only, and not the transmit side at this particular time.

+ One or more antennas for 146 MHz and 436 MHz, Arrow, Elk, or
  homebrew on a camera tripod, small mast, homebrew PVC, or hand-

+ Everything, or almost everything, ought to be designed to be
  powered from a regulated 12-volt DC source of your choosing.
  A table will be provided with a shared 120VAC wall outlet with-
  in about 50 feet.

Volunteers are invited to join the planning committee (contact Pat
at n8pk at amsat.org.) Registration information will be announced by
February 15 via the AMSAT News Service (ANS), and on the AMSAT Cal-
endar of Events under http://www.amsat.org

The workshop cost is expected to be low (for incidental items) or
free to AMSAT members. Any non-US citizen who would like to attend
must contact Pat by February 15 at the latest.

To volunteer or ask questions contact Pat at n8pk at amsat.org.

Links for antenna ideas:

Links for software ideas:

Links for receiver ideas:
http://tinyurl.com/cdo9tyo (Spectravue Configuration)


[ANS thanks Pat Kilroy, N8PK, AMSAT Area Coordinator, Maryland-DC
 for the above information]


AMSAT Forum at ACADIANA ARA Hamfest - Free Admission Coupons for Youth

ACADIANA ARA would like to invite you to our 2013 Hamfest, March 8
and 9 at the Rayne Civic Center, Rayne Louisiana .  Attached
is our Hamfest flyer with all the information and a FREE admission
coupon for you and your parents to attend our hamfest.  Come out to
the hamfest to meet other hams,  see new and used radio equipment,
attend forums, operate the radios set up for demonstration,  or watch
AARL movies.

This is a once a year opportunity to enjoy this segment of the
hobby, I hope you can join us.

Note that Nick Pugh, K5QXJ, will be sponsoring an AMSAT Forum Saturday
March 9 at 9am, during the Hamfest.

For more information visit

[ANS thanks Nick Pugh for the above information]


Korean OSSI-1 Ham Radio CubeSat Frequency Coordinated

The IARU amateur radio satellite frequency coordination panel has
announced the frequencies for the OSSI-1 CubeSat developed by Hojun
Song DS1SBO.

Artist and radio amateur Hojun Song DS1SBO has spent 7 years
developing his Open Source Satellite Initiative satellite OSSI-1. He
has designed and developed it from scratch using readily available
components rather than expensive space qualified hardware. It has a
beacon in the 145 MHz band, a data communications transceiver in the
435 MHz band and carries a 44 watt LED optical beacon to flash Morse
Code messages to observers on Earth.

OSSI-1 is planned to launch on April 19, 2013 into a 575 km 64.9°
inclination orbit on a Soyuz-2-1b rocket from the Baikonur launch
facility in Kazakhstan along with the Bion-M1, SOMP, BEESAT 2, BEESAT
3 and Dove-2 satellites.

The IARU amateur satellite frequency coordination panel has
announced frequencies for a downlink on 145.980 MHz and an
uplink/downlink on 437.525 MHz.

Video – How the Amateur Radio Satellite OSSI-1 Works

Watch the BBC TV report: Korean artist has high hopes for his
homemade satellite

OSSI CubeSat in New Scientist Magazine

Hojun Song DS1SBO visited London to give a well received
presentation on his CubeSat to WIRED 2012

Data Format for Korean OSSI CubeSat

More background on OSSI Cubesate can be found in ANS-027:
Open Source Satellite OSSI CubeSat Launch in April 201

Open Source Satellite Initiative (OSSI) http://opensat.cc/

[ANS thanks AMSAT-UK for the above information]


ARRL Offers Two Sessions of their Teachers Institute

The ARRL Education & Technology Program has announced the schedule
for two sessions of our professional development workshop, the
Teachers Institute on Wireless Technology (TI-1) being offered during
July 2013.

"We are also pleased to announce that Dayton Amateur Radio
Association will be supporting and hosting a new professional
development opportunity, an advanced Teachers Institute (TI-2) on
Remote Sensing and Data Gathering, at their new educational facility.
A March QST article includes a description of this new workshop.
Please visit the ARRL website at:
for more information about Teachers Institute curriculum content,
participant requirements, dates and locations and other details. Go
to  www.arrl.org/teachers-institute-application to download an

Tuition, resources and most expenses to attend the Teachers
Institute are paid by donations to the ARRL Education & Technology
Fund. Donate to support Wireless Technology Literacy today!

[ANS thanks Debra Johnson and the ARRL for the above information]



In addition to regular membership, AMSAT offers membership in the
President's Club. Members of the President's Club, as sustaining
donors to AMSAT Project Funds, will be eligible to receive addi-
tional benefits. Application forms are available from the AMSAT

Primary and secondary school students are eligible for membership
at one-half the standard yearly rate. Post-secondary school students
enrolled in at least half time status shall be eligible for the student
rate for a maximum of 6 post-secondary years in this status.
Contact Martha at the AMSAT Office for additional student membership

This week's ANS Editor,
EMike McCardel, KC8YLD
kc8yld at amsat dot org

More information about the ANS mailing list