IARU Agree New Satellite Guidelines

IARU_LogoThe IARU Administrative Council meeting in Bali, Indonesia has stressed the importance of antenna systems for Amateur Radio and agreed in principle to new guidelines for amateur satellite coordination.

The Administrative Council (AC) of the International Amateur Radio Union (IARU) held its annual meeting on 9 & 10 October 2015 in Bali, Indonesia in association with the IARU Region 3 Conference. The AC is responsible for the policy and management of the IARU and consists of the three IARU international officers and two representatives from each of the three IARU regional organizations.

Here is a summary of the discussions and actions.

Recognizing that an antenna is an integral part of any radiocommunications system, the AC adopted a new Resolution which urges IARU Member Societies to use their efforts to encourage their national governments to recognise the importance of the Amateur Radio Service and an amateur radio antenna; to advocate for planning and development regulations that properly recognise the importance of an amateur radio antenna and do not place undue restrictions on erection of antennas; and to discourage fees for the use of an amateur antenna, particularly in view of the non-pecuniary nature of amateur radio and its popularity in the student and senior communities.

The AC completed preparations for the representation of amateur radio at the World Radiocommunication Conference to be held in Geneva during November 2015. The final composition of the IARU WRC-15 team was confirmed. The IARU positions and strategies for each of the WRC-15 agenda items that may impact amateur radio were reviewed, including proposals for a secondary amateur allocation near 5.3 MHz. Possible future agenda items for the next WRC, anticipated in 2019, include an amateur allocation at 50 MHz in Region 1 and global harmonization of the 1800 – 2000 kHz allocation. It is anticipated that a significant effort by IARU will be needed in preparation for WRC-19 to defend the amateur allocations between 137 and 960 MHz in light of the pressure for spectrum for small non-amateur satellites. Close coordination of regional efforts will be required.

The growing demand for coordination of satellites in the amateur bands led the AC to adopt revised Terms of Reference for the IARU Satellite Adviser and to agree in principle to new guidelines for satellite coordination. A Deputy Satellite Adviser has been appointed to assist with the work.

The AC agreed that a more proactive approach is needed to international standards bodies in order to achieve IARU objectives to reduce radio spectrum pollution from unwanted radio frequency emissions.

The President updated the AC on the actions of the Board of the ITU’s Smart Sustainable Development Module of which the IARU is a founding member. The Board recently released its final report which contains a number of references to the amateur services and the role they play in emergency communications. A copy of the report can be found at the ITU website: http://www.itu.int/

The IARU Member-Society Relations Project Team reported on its work to date. The AC determined that the next step is to draft possible revisions to the IARU Constitution and By-Laws to introduce some degree of flexibility in dealing with second societies.  Any revision will require approval of the Member Societies.

A group consisting of a representative of each regional organization was established to work with a member of the International Secretariat (IS) staff to recommend how to create a more consistent image and clearer expression of the mission of the IARU.

The strategic plan for the development of support for amateur radio frequency allocations and the 2014 version of the IARU Spectrum Requirements working document were reviewed and updated. Further updating will be required after WRC-15.

The AC received the report of the International Beacon Project, which included some thoughts on how the beacon system might be combined with other means of assessing HF propagation in real time. The AC will consider the implications of the technological advances that have occurred in this field in recent years.

In a departure from recent practice, the AC decided to adopt a continuing theme for the annual World Amateur Day of “Celebrating Amateur Radio’s Contribution to Society.” If appropriate in future, a special theme may be adopted for any given year.

The budget for the years 2016-2018 as presented by the IS was reviewed and adopted. The budget is based upon anticipated financial contributions from the three regional organizations to defray a portion of the expenses, in accordance with previously adopted policy.

A plan to collect consistent data on amateur radio licensing from Member Societies was formulated and agreed.

The AC discussed the environmental impact and burden on the international QSL Bureau system of unsolicited and unwanted QSL cards and will revisit the issue at a future meeting.

Attending the meeting were IARU President Tim Ellam, VE6SH/G4HUA; Vice President Ole Garpestad, LA2RR; Secretary Rod Stafford, W6ROD; regional representatives Don Beattie, G3BJ, Faisal Al-Ajmi, 9K2RR, Reinaldo Leandro, YV5AM, José Arturo Molina, YS1MS, Gopal Madhavan, VU2GMN, Shizuo Endo, JE1MUI and recording secretary David Sumner, K1ZZ. Also present as observers were Jay Bellows, K0QB, from Region 2 and Wisnu Widjaja, YB0AZ and Ken Yamamoto, JA1CJP, from Region 3.

It was determined that a virtual meeting will be held early in 2016. The next scheduled in-person meeting of the AC will be held in the vicinity of Viña del Mar, Chile, in October 2016 in conjunction with the IARU Region 2 Conference.

Source IARU http://iaru.org/

IARU Region 3 Conference papers
http://iaru-r3.org/16th-triennial-conference-of-the-iaru-r3-documents/

IARU Region 3 to act on band plan satellite allocations
https://amsat-uk.org/2015/08/21/iaru-region-3-act-on-band-plan-satellite/

Amateur Radio and Antennas – Parity Act
http://www.southgatearc.org/news/2015/october/now_clarity_on_parity_the_video.htm

AMSAT-UK at the RSGB Convention

Howard Long G6LVB talking about the FUNcube Dongle SDR at the RSGB Convention Gala Dinner

Howard Long G6LVB talking about the FUNcube Dongle SDR at the RSGB Convention Gala Dinner

The after-dinner speaker at the RSGB Convention Saturday night Gala dinner was Howard Long, G6LVB, who spoke about the trials and tribulations involved in developing the ground station segment of the FUNcube satellite project which became the successful FUNcube Dongle SDR.

The Astro Pi will be used by UK Astronaut Tim Peake KG5BVI on the ISS

The Astro Pi will be used by UK Astronaut Tim Peake KG5BVI on the ISS

On Sunday, October 11 at 11:45 BST Ciaran Morgan M0XTD gave a presentation to the Convention about Amateur Radio on the International Space Station (ARISS) and the upcoming mission to the ISS by UK astronaut Tim Peake KG5BVI.

Ciaran described the Astro Pi which Tim will be using on the ISS. It is hoped this will be used as a video source for the Space Station’s HamTV system.

School Shortlist for Tim Peake Space Station Contact
https://amsat-uk.org/2015/07/14/school-shortlist-tim-peake-iss/

FUNcube Dongle SDR http://FUNcubeDongle.com/

Read the Essex Ham review of the RSGB Convention at
http://www.essexham.co.uk/news/rsgb-convention-2015-review.html

AMSAT-UK congratulates the Fox team

AMSAT-UK LogoOn behalf of all members of AMSAT-UK I send our congratulations the AMSAT team in the USA for all their hard work in recent years on FOX-1A which having been successfully launched, and from which telemetry signals have been successfully received and decoded on earth, is now known as AO-85.

This is a great achievement. I wish the team well during the forthcoming commissioning, and we all hope that the new satellite will have a long and useful life operating in the Amateur Satellite Service.

73

Martin Sweeting, G3YJO

Chairman AMSAT-UK

AO-85 (Fox-1A) FM Voice Transponder Activated

Keen amateur satellite operator Hope KM4IPF

Keen amateur satellite operator Hope KM4IPF

The 435 to 145 MHz FM voice transponder on AO-85 was activated during Friday, October 9 allowing many contacts to be made. Among those active on the satellite was 9-year-old Hope KM4IPF.

Hope is the daughter of Michelle N8ZQZ and James WX4TV, other radio amateurs in the family are Hope’s elder sister Faith WA4BBC and brother Zechariah WX4TVJ, her younger sister is studying for her licence.

In this video Hope KM4IPF describes her first AO-85 (Fox-1A) contact

Fox-1A Real-time track and Orbital Predictions (click on Draw Footprint to show coverage area)
http://www.n2yo.com/?s=40967

Read the Fox Operating Guide to find out how to set up your handheld radio to work the satellite
http://www.amsat.org/wordpress/wp-content/uploads/2015/05/FoxOperatingGuide_May2015_Hi.pdf
Note: If your rig has selectable FM filters use the wider filter for 5 kHz deviation 25 kHz channel spacing.

Download your free copy of the AMSAT Journal Fox-1A Launch special issue

Fox-1A Launched https://amsat-uk.org/2015/10/07/fox-1a-launch/

Jerry Buxton, N0JY talking about Fox-1A on NASA TV
https://amsat-uk.org/2015/10/07/radio-amateurs-on-nasa-tv/

AO-85 OSCAR Number Assigned for Fox-1A

Tony Monteiro AA2TX and Fox-1 model

Tony Monteiro AA2TX and Fox-1 model

Willian (Bill) Tynan, W3XO, AMSAT-NA OSCAR Number Administrator has issued the following release:

I have been informed of the successful launch today, October 8, 2015 of the AMSAT-NA-built Fox-1A CubeSat. I am also informed that the satellite has been heard by several amateurs in various countries.

This successful launch comes after years of diligent and dedicated work on the part of AMSAT-NA volunteers including Tony Monteiro, AA2TX, who became a silent key in March, 2014.  It was Tony who spearheaded and guided the work on all AMSAT-NA CubeSats until his untimely passing. Thus, it is only fitting that this spacecraft be dedicated to his memory.

Following Tony’s death, the work of completing and preparing for launch fell to Jerry Buxton, W0JY, who took over Tony’s post of AMSAT-NA’s Vice President for Engineering and saw to Fox-1A’s successful completion and its preparation for launch.

All of those who had a part in designing, constructing and testing Fox-1A and its various subsystems are to be congratulated for jobs well done.

Fox-1A Flight Unit

Fox-1A Flight Unit

Since Fox-1A was properly coordinated through IARU as an Amateur Radio satellite, has been successfully launched and its signals have been received; I, under the authority vested in me by the AMSAT-NA President, do hereby issue to Fox-1A the designation AMSAT-OSCAR-85, or AO-85.

May AO-85 serve the radio amateurs of world for many years to come.

[Thanks Bill, W3XO, and AMSAT-NA for the above information]

Fox-1A Launched https://amsat-uk.org/2015/10/07/fox-1a-launch/

Jerry Buxton, N0JY talking about Fox-1A on NASA TV
https://amsat-uk.org/2015/10/07/radio-amateurs-on-nasa-tv/

Fox-1A (AO-85) Launched

Fox-1A - To inspire, engage and educate the next generation

Fox-1A – To inspire, engage and educate the next generation

The amateur radio FM transponder CubeSat, AMSAT Fox-1A, was among 13 CubeSats flying as secondary payloads on the NROL-55 mission.

ELaNa XII LogoThe launch took place at 12:49:30 UT on Thursday, October 8 on a United Launch Alliance Atlas V rocket from Vandenberg Air Force Base in California.

Jan van Gills PE0SAT in the Netherlands reported receiving Fox-1A at 1724 UT and Masahiro Arai JN1GKZ received it at 1746 UT in Japan. Ken Eaton GW1FKY said “I am hearing Fox-1A here in Wales – UK on the pass 2029 hrs Zulu. The announcement – Fox One Speech Mode – is very loud and clear. Congratulations to all involved in the success of the launch activation and support for the project.”

Listen online to the signal from Fox-1A when it’s in range of London from anywhere in the world by using the SUWS WebSDR remote receiver. Select Frequency: 145980 kHz and Mode: FM. http://websdr.suws.org.uk

Fox-1A Real-time track and Orbital Predictions (click on Draw Footprint to show coverage area) http://www.n2yo.com/?s=40967

Fox-1A is a 1-Unit CubeSat carrying an FM repeater that will allow simple ground stations using an HT and an “Arrow” or “Elk” type antenna to make contacts using the satellite. Data Under Voice (DUV) is used to send 200 bps FSK telemetry data at the same time as FM audio. This is achieved by making use of sub-audible frequencies below 200 Hz. The FM voice transponder was activated during Friday, October 9.

Fox-1A frequencies, see Operating Guide to set up your rigs memory channels:
435.180 MHz FM Uplink 67 Hz CTCSS PL tone required
145.980 MHz FM Downlink
Note: If your rig has selectable FM filters use the wider filter for 5 kHz deviation 25 kHz channel spacing.

Download your free copy of the AMSAT Journal Fox-1A Launch special issue

FM transponder operating techniques http://www.dk3wn.info/p/?p=44412

On the AMSAT Bulletin Board Burns Fisher, W2BFJ provided this information prior to launch:

Initially the transponder will not be on and will not respond to uplinks.  *Please do not attempt to uplink while we check out the satellite and commission it*.  We will publicize when we have opened the transponder to general use.  You should expect the checkout phase to last for a minimum of several days and possibly for several weeks.

Fox-1A Flight Unit

Fox-1A Flight Unit

During the initial checkout period and when the satellite is in range, every two minutes you will generally hear about 5 seconds of data followed by a few seconds of a voice ID (and possibly a second data packet).  You may occasionally hear ‘data’ mode which Chris Thompson, G0KLA, has famously described as sounding like an old-fashioned telephone modem.  If you should happen to hear what appear to be QSOs, please resist the temptation to join in before the commissioning period is over.

AMSAT-NA would love to have you collect and upload as much data as you can, and to give any other kind of report on the amsat-bb mailing list (which some of the Fox team will monitor) http://www.amsat.org/mailman/listinfo/amsat-bb

You can also report hearing or not hearing it on http://www.amsat.org/status/

You can upload data using the FoxTelem telemetry program that was recently released by Chris Thompson, G0KLA. (Check the “upload to server” box in the properties/preference page).  More data will help us do the checkout faster!  Remember if you hear the “telephone modem” sound, you must switch FoxTelem to high-speed mode manually.  Similarly FoxTelem must be in low-speed mode at other times.

AMSAT-NA are planning a special award to the person who submits the first data from the satellite (by which we mean the earliest downlinked mission elapsed time), so get your rigs ready!

Information on the free Fox telemetry decoder software is at
https://amsat-uk.org/2015/09/23/fox-telemetry-decoder-software/
Note: Please make sure “upload to server” is enabled in decoder settings

Fox-1A Telemetry Leaderboard Statistics http://www.amsat.org/tlm/

Read the Fox Operating Guide at
http://www.amsat.org/wordpress/wp-content/uploads/2015/05/FoxOperatingGuide_May2015_Hi.pdf

BisonSat CubeSat

BisonSat CubeSat

Among the other CubeSats on the same launch as Fox-1A were BisonSat and ARC1 which both carry amateur radio payloads.

BisonSat, the first satellite developed by Native American tribal college students. Using BisonSat’s 100-meter resolution camera the Salish Kootenai College students hope to acquire images of the Flathead Indian Reservation.

BisonSat (Nʷist Q́ʷiq́ʷay in the Salish language)
Beacon 437.375 MHz GMSK AX.25, 9600 bps, 60 sec interval
http://cubesat.skc.edu/
https://www.facebook.com/Bisonsat
https://www.youtube.com/watch?v=WeGvRhzRu2o

Colleges run by Native American tribes are graduating more students in STEM fields
http://scitation.aip.org/content/aip/magazine/physicstoday/news/10.1063/PT.4.2484

Morgan Johnson team lead for the ARC CubeSat

Morgan Johnson team lead for the ARC CubeSat

The Alaska Research CubeSat (ARC1) is a 1-Unit CubeSat designed and constructed entirely by engineering and science students from the University of Alaska Fairbanks (UAF).

ARC1 has four basic mission objectives:
• Provide authentic, interdisciplinary, hands-on student experiences in science and engineering through the design, development, and operation of a student small satellite mission
• Characterize the thermal and vibration environment inside the launch vehicle from ignition to orbit insertion
• Validate a novel low power Attitude Control and Determination System (ACDS)
• Validate a high bandwidth communication system by obtaining images of changing snow/ice coverage in arctic regions

ARC1 frequencies:
437.565 MHz CW beacon and 9600 bps FSK, AX.25, 10 sec interval.  Initial message in ASCII switching later to satellite health telemetry
2440.5 MHz at 1 Mbps
https://ssep.community.uaf.edu/projects/alaska-research-cubesat-1/

Watch NASA TV at http://www.nasa.gov/nasatv

NROL-55 ELaNa XII CubeSat Launch – Status information
http://spaceflightnow.com/2015/10/07/av058-journal/

IRC channel to coordinate object identification
http://cubesat.calpoly.edu/index.php/collaborate/ground-operators

Payload information and the latest TLEs
http://cubesat.net/index.php/missions/upcoming-launches/155-nrol55-launch-alert

Fox-1A on NASA TV https://amsat-uk.org/2015/10/07/radio-amateurs-on-nasa-tv/