ESA have released a video of the European Student Earth Orbiter ESEO satellite which carries an amateur radio payload.
ESEO is expected to launch as part of Spaceflight’s SSO-A SmallSat Express mission, on a SpaceX Falcon 9 from Vandenberg Air Force Base. The launch is currently scheduled for November 19, 2018 at 18:32 GMT.
Watch the launch live at
The AMSAT payload, provided by AMSAT-UK in cooperation with the University of Surrey, UK, allows the satellite to establish a downlink connection to hundreds of ground stations in the AMSAT network, sending both housekeeping and scientific data. These data will be used to run science and technology lessons in schools and universities.
Radio amateurs will be able to communicate via the 1260/145 MHz FM transponder.
IARU Coordinated Frequencies:
• Main ESEO Telemetry Beacon 437.000 MHz 4k8 or 9k6 GMSK AX25
• FUNcube-4 Beacon 145.895 MHz 4k8 BPSK
• FM Uplink 1263.500 MHz CTCSS 67 Hz
• FM Downlink 145.895 MHz
Watch European Student Earth Orbiter ready for launch
Satellites with Amateur Radio payloads on the SSO-A mission
Following the successful launch on November 15 of Es’hail-2 on board the SpaceX Falcon 9 launch vehicle, Mitsubishi (MELCO) and Es’hailSat will begin the In Orbit Testing (IOT) program once the satellite has been positioned in a test orbital slot – the positioning should be achieved in the next few days.
The IOT phase will take a few months, during which time the amateur radio payload will not be turned on.
AMSAT-DL will be commissioning the Amateur transponder ground station in Doha with the Es’hailSat control team.
Once IOT is complete, the satellite will be moved to the final orbital slot at 26 degrees and there will be an announcement by AMSAT-DL when the transponders are available for use.
Before this announcement, no attempt should be made to use the transponders as any interference to the test program will delay the release and if excessive interference is seen may cause the satellite owners not to make the facility available for amateur use.
Es’hail-2 geostationary satellite information including video of a presentation on the transponders
Coming soon Es’hail-2 WebSDR https://eshail.batc.org.uk/
JY1Sat is an enhanced 1U FUNcube. It has been developed for the Crown Prince Foundation in Jordan. The spacecraft has been named in honour of the Crown Prince’s grandfather, King Hussein, who operated using his personal amateur radio callsign which was simply JY1.
In addition to the usual suite of FUNcube capabilities it will also be capable of downlinking images in SSDV format. This image format, developed by Phil Heron, MI0VIM, for use in High Altitude Balloons, is now also being used from lunar orbit by AO-94.
The telemetry downlink frequency is 145.840 MHz, this will use the usual FUNcube standard 1k2 BPSK format. The linear transponder, for Single Sideband (SSB) and CW modes, will downlink on 145.855-145.875 MHz and uplink on 435.100-435.120 MHz. The transponder is inverting so Lower Sideband (LSB) should be used on the uplink and Uppersideband (USB) on the downlink.
A new Dashboard has been developed for this mission and is available for download here:
This will operate in exactly the same manner as those developed for previous missions and general set-up information can be downloaded here: Dashboard Guidance
A brand new Data Warehouse has also been created. This can be used to view the telemetry from ALL of the FUNcube missions. This can his can viewed here http://data2.amsat-uk.org/
This mission will be one of the payloads on the Spaceflight SSO-A mission. This is currently scheduled to lift-off on Monday, November 19, 2018 at 18:32 GMT from the Vandenberg Air Force base in California. This launch is expected to have more than sixty other payloads. The deployment time for JY1SAT has been advised as 4 hours 31 minutes and 54.5 seconds after launch. This means that, allowing for the pre-programmed delay of 30 minutes between deployment from the POD and the release of the antennas, the first downlink signals cannot be expected until approximately 23:34 GMT on November 19.
Watch the launch at https://www.youtube.com/watch?v=PJkRM5QQDAA
Here are some initial pre-launch TLEs which we believe will be accurate for at least the first few orbits.
1 50001U 18001A 18323.01450000 .00000000 00000-0 30100-5 0 9992
2 50001 97.7750 30.5000 0012840 225.0000 124.7930 15.00300000 11
Provisional SatPC32 Doppler.sqf data for tracking JY1SAT and other Amateur Radio satellites on SSO-A at
Initial indications are that the spacecraft will be over NE Australia at power-up.
The start-up mode, as usual, is low power telemetry only and we will be really looking forward to receiving reports and telemetry. So please, either upload the data from the Dashboard to the Warehouse in the usual way, or send a quick email to firstname.lastname@example.org
Spaceflight’s SSO-A SmallSat Express mission, on a SpaceX Falcon 9 from Vandenberg Air Force Base, is currently scheduled for November 19, 2018 at 18:32 GMT.
It is planned to launch 15 microsatellites and 56 CubeSats on this mission, some with amateur radio payloads. A full list of satellites to be deployed, can be found at https://directory.eoportal.org/web/eoportal/satellite-missions/content/-/article/sso-a
Satellites known to have Amateur Radio payloads are:
Downlink 437.250 MHz
Downlink on 437.00MHz and a transponder Uplink on 1263.500MHz
have been coordinated. A revised downlink frequency of 145.895 MHz has
been coordinated for FM voice and 1k2/4k8 BPSK telemetry
Downlink 145.900 MHz for FM repeater 67 Hz and digipeater downlink and for telemetry and
435.340 MHz for repeater and digipeater uplink
Fox 1C (Fox 1Cliff) http://www.amsatuk.me.uk/iaru/finished_detail.php?serialnum=455
Downlink 145.920 MHz for FM voice and DUV data and Uplinks on 435.300 and 1267.300 MHz
Downlink 145.840 MHz and transponder downlink passband on
145.855-145.875 MHz with an inverting uplink on 435.100 – 435.120 MHz
Downlink TLM beacon 435.835 MHz, FM Repeater 436.225 MHz and for Data 2404.000 MHz. FM Repeater Uplink 145.980 MHz
Downlink 435.635 MHz
Downlink 437.450 MHz
Downlink 145.860 MHz and 2400.150 MHz
Downlink 437.250 MHz
To avoid a frequency clash with another mission, a revised downlink frequency of 145.950 MHz has been coordinated for 9k6 BPSK
Downlink 435.275 MHz
RANGE A &B http://www.amsatuk.me.uk/iaru/admin/update.php?serial=497
Downlink 437.150 MHz (A) and 437.475 MHz (B)
Downlink 437.275 MHz has been coordinated
Downlink 437.625 MHz and 2402 MHz
Downlink 437.775 MHz and 2410 MHz
Downlink 437.425 MHz
Information on IARU coordinated satellite frequencies can be found at http://www.amsat.org.uk/iaru/
AMSAT is counting down to the launch of the next Fox-1 satellite, Fox-1Cliff.
Per Spaceflight Now, the launch of Spaceflight’s SSO-A SmallSat Express mission, on a SpaceX Falcon 9 from Vandenberg Air Force Base, is currently scheduled for November 19, 2018 at 18:32 UTC.
Fox-1Cliff carries the Fox-1 U/v FM repeater, AMSAT’s L-Band Downshifter, the flight spare of the AO-85 Vanderbilt University Low Energy Proton (LEP) radiation experiment, and the standard Fox-1 Penn State University–Erie MEMS gyroscope experiment. Virginia Tech provided a VGA camera which is the same as AO-92’s but will provide images at a higher 640 x 480 resolution. Additional information about the launch and early operations phase (LEOP) will be released prior to launch.
As part of the preparations for the launch of Fox-1Cliff, AMSAT is making the “Getting Started With Amateur Satellites” book available for a limited time as a download with any paid new or renewal membership purchased via the AMSAT Store. This offer is only
available with purchases completed online, and for only a limited time. A perennial favorite, Getting Started is updated every year with the latest amateur satellite information, and is the premier primer of satellite operation. The 186 page book is presented in PDF format, in full color, and covers all aspects of making your first contacts on a ham radio satellite.
Please take advantage of this offer today by visiting the AMSAT store at https://www.amsat.org/shop/ and selecting any membership option.
While there, check out AMSAT’s other items, including the M2 LEOpack antenna system, Arrow antennas, AMSAT shirts, and other swag. Be sure to view your cart before going to checkout. If you add a membership and then go directly to checkout, you’ll never see an option to add your free gift.
Fox-1Cliff is named in honor of long-time AMSAT member, contributor, and benefactor Cliff Buttschardt, K7RR (SK), who passed away in 2016. Cliff’s contributions to AMSAT and other amateur satellite programs, including serving as an adviser during the initial development of the CubeSat specification at California Polytechnic State University, earned him the Lifetime Achievement Award from Project OSCAR in 2006.
Source AMSAT News Service https://www.amsat.org/mailman/listinfo/ans
More videos from the AMSAT-UK Colloquium, part of the RSGB Convention, held at Milton Keynes Oct 13-14, are now available on the AMSAT-UK YouTube Channel.
Among the presentations is one about the amateur radio transponders on the satellite Es’hail-2 expected to be launched into a geostationary orbit soon.
Es’hail-2 and its Amateur Radio payload by Graham Shirville G3VZV and Dave Crump G8GKQ
Read an article on the Es’hail-2 transponders at
Other videos can be seen at https://www.youtube.com/user/AMSATUK/videos
There will be a live video stream from the 2018 William A. Tynan W3XO Memorial Space Symposium on Saturday, November 3, starting 1300 GMT (0800 CDT).
Watch the live stream from Huntsville, Alabama
For easier navigation of US FCC Satellite related filings Luke Rehmann has built an RSS feed of the FCC’s ELS and IBFS systems.
The FCC Experimental Licensing System provides companies with temporary authorization to conduct temporary experimental wireless communication lab-testing, space launch/recovery communication, and other short-duration wireless communication needs
The International Bureau administers international telecommunications and satellite programs and policies, including licensing and regulatory functions. The bureau also promotes pro-competitive policies abroad, coordinates global spectrum activities and advocates U.S. interests in international communications and competition
The Bank of Lithuania (Lietuvos bankas) has released a commemorative gold 5 Euro coin featuring the amateur radio satellites LituanicaSAT-1 (LO-78) and LitSAT-1.
The two CubeSats were launched to the International Space Station (ISS) on January 9, 2014 and deployed from the ISS on February 28. LituanicaSAT-1 carried a FM transponder and a camera while LitSat-1 had a linear (SSB/CW) transponder developed by by William Leijenaar PE1RAH.
The face of the gold coin features the Lithuanian coat of arms (Vytis) as a star constellation with LituanicaSAT-1 and LitSAT-1 on the reverse
Watch A gold coin of 5 euros for technology education
Numista catalogue entry https://en.numista.com/catalogue/pieces151686.html
From an Amateur Radio perspective the key part is that the FCC will only be voting to waive its licensing requirements for non-federal operations with Galileo channels E1 and E5, subject to certain technical constraints.
This means they will not be voting on the E6 channel 1260-1300 MHz, these frequencies are also Amateur and Amateur-Satellite Service allocations. This suggests for 1260-1300 MHz the situation in the USA will be unchanged, the unlicensed use of the Galileo signal on channel E6 will not be permitted for non-Federal operations in the USA.
Read the Reuters story which also says Ajit Pai is proposing the first comprehensive review of the FCC’s orbital debris rules since their adoption in 2004
2006 article – Galileo and amateur radio operations in 1260-1300 MHz
The article, on pages 84/85 of issue 75 November 2018 MagPi, covers the educational role of the two Astro Pi units on the International Space Station.
Dave mentions Tim Peake KG5BVI / GB1SS and the work of ARISS – Amateur Radio on the International Space Station, saying:
“Radio remains the only way to communicate with all our spacecraft throughout the solar system, and organisations like ARISS and local HAM radio clubs are, in my opinion, becoming more and more necessary to attract new talent.”
Download the Free PDF of MagPi magazine from
In 2017 Dave Honess M6DNT and Tim Peake KG5BVI / GB1SS were inducted into the prestigious CQ Amateur Radio Hall of Fame for their educational work in the ISS Astro Pi program and ARISS, Dave said:
“I was really surprised when I heard I’d been inducted into the Hall of Fame, especially alongside Tim! Thank you to CQ magazine for the honour.”
Since March 2018 Dave Honess M6DNT has been working at ESA ESTEC (European Space Research and Technology Centre) in the Netherlands where he is ISS and International Education Operations Coordinator
ESA reports the European Student Earth Orbiter (ESEO) has concluded its test campaign. The ESEO student teams gathered in the Netherlands, October 18, 2018 for a last precious lesson before the satellite is launched
ESEO carries an amateur radio 1260 to 145 MHz FM transponder and a 1k2 and 4k8 BPSK telemetry beacon developed by AMSAT-UK members.
The satellite has been at ESA’s ESTEC test facilities, in the Netherlands, where it completed the last steps of a thorough satellite test campaign which had started in August 2018 at SITAEL’s facility in Mola di Bari, Italy.
Learning by doing has already proven an amazing experience for the ten university student teams from different European universities who have designed and built the instruments and several key subsystems of the ESEO satellite.
On October 18, at a dedicated workshop, the ESEO students had the additional chance to hear first-hand what it takes to run a satellite test campaign – trouble shooting included!
“In the space sector no satellite could ever be launched without a thorough tests campaign”, said Piero Galeone, coordinating the ESA Academy programme of which ESEO is a part. “The reason is that – as perfect as your satellite design and manufacturing process can be – the devil always hides in the details. If there is anything to be fixed, you want to know it and correct it before the satellite flies on its orbit hundreds kilometres from the surface of the Earth, beyond the reach of any engineer’s hands”.
Read the full ESA story at
Daniel Estévez EA4GPZ / M0HXM reports decoding a JT4G amateur radio signal from the LO-94 (DSLWP-B) spacecraft that was reflected off the Moon.
Daniel says “JT4G is a digital mode designed for Earth-Moon-Earth microwave communications, so it is tolerant to high Doppler spreads. However, the reflections of the [DSLWP-B] B0 transmitter at 435.4 MHz, which contained the JT4G transmissions, were very weak, so I had not attempted to decode the JT4G Moonbounce signal.”
However, by analysing a recording made on October 19, 2018 at 17:53:35 GMT he was able to decode one of the five JT4G transmissions in the recording.
Read his blog post at https://destevez.net/2018/10/dslwp-b-jt4g-decoded-via-moonbounce/
Also see Geometry for DSLWP-B Moonbounce
The DSLWP amateur radio satellites built by students from the Harbin Institute of Technology was launched to Lunar orbit on May 20, 2018
UKube-1, the UK Space Agency’s first CubeSat, was launched into space in July 2014. It completed its successful nominal mission fourteen month later in September 2015.
Since that date, for the past three years, the FUNcube based payload has continued to provide a transponder for use by radio amateurs and, additionally, 30+ channels of real time telemetry for STEM outreach and for use by schools and colleges. These downlinks have operated continuously on the 145 MHz band and more than 450 stations have supported this ongoing activity. They have uplinked the telemetry data to the FUNcube Data Warehouse where it is stored and available for research.
Just before midnight (UTC) on Thursday 18th October, the Warehouse received a data frame from KB6LTY, Christy Hunter in California. This is the last record of signals being received from the spacecraft and since that date, careful observations have failed to detect any signals from either of the transmitters carried by the spacecraft.
An early analysis of the last telemetry received has not shown any obvious anomalies, but this work continues.
Although it is obviously sad for both the amateur and educational worlds to lose such a valuable resource, both AO73-FUNcube 1 and EO88-Nayif 1 continue to operate nominally and JY1SAT and ESEO are expected to launch before the end of 2018.
Amateur Radio On The International Space Station (ARISS) is planning a very special Slow Scan Television (SSTV) event from about 1000 UT Saturday, Oct. 27 until 1930 UT Monday, Oct. 29 on 145.800 MHz FM using PD-120.
Helping to support the event will be NASA’s Space, Communication and Navigation (SCaN) Department.
The Space Communications and Navigation (SCaN) program manages NASA’s three most important communications networks: The Space Network (SN), Near Earth Network (NEN), and the Deep Space Network (DSN).
Just as in past ARISS SSTV commemorations, twelve images will be downlinked, but this time with six featuring the SCaN educational activities while the other six images will commemorate major NASA anniversaries, ie., when NASA was established, astronauts first landing on the moon, etc.
In addition to the fun of receiving these images, participants can qualify for a special endorsement for the NASA On The Air (NOTA) celebration event. To learn more about NOTA visit https://nasaontheair.wordpress.com/
Once received, images can be posted and viewed at
The transmissions are expected to be broadcast at the usual frequency of 145.800 MHz using the PD-120 SSTV mode.
Please note that the event is dependent on other activities, schedules and crew responsibilities on the ISS and are subject to change at any time.
Source AMSAT News Service
Note the ISS transmissions use the 5 kHz deviation FM standard rather than the narrow 2.5 kHz used in Europe. If your transceiver has selectable FM filters try using the wider filter. Handheld transceivers generally have a single wide filter fitted as standard and you should get good results outdoors using just a 1/4 wave whip antenna.
ISS SSTV links for tracking and decoding Apps
You can receive the SSTV transmissions by using an Online Radio (WebSDR) and the MMSSTV software:
• Listen to the ISS when it is in range of London with the SUWS WebSDR http://farnham-sdr.com/
• Listen to the ISS when it is over Russia with the R4UAB WebSDR http://websdr.r4uab.ru/
ISS Fan Club – Tracking / Predictions http://www.issfanclub.com/
If you receive a full or partial picture from the Space Station your Local Newspaper may like to know http://www.southgatearc.org/news/2016/july/now-is-a-great-time-to-get-ham-radio-publicity.htm
The RSGB produce a handy Media Guide and Template press release for anyone to download and adapt, see http://rsgb.org/main/clubs/media-guide-for-affiliated-societies/
An example of the publicity you can get for the hobby by telling your Local Newspaper
The message was coded using the Enigma cipher machine. After receiving the message, transmitted on a frequency of 145.935 MHz in 1200 bps BPSK, the scouts could determine the deciphering key and Enigma settings by correctly answering 10 space and satellite related questions.
Paulo PV8DX reports the 15RR Valentes de Davi scout group from the city of Boa Vista in the state of Roraima, Brazil were among those who decoded the message.
In the UK the Chertsey Radio Club reports they ran a special event station GB6SS for the Sixth Staines Scouts. In addition to using the digital ode FT-8, see report, the scouts also decoded the FUNcube-1 Enigma message.
Watch Sixth Staines Scouts with Chertsey Radio Club completing JOTA FUNcube Challenge
NASA astronaut Serena Auñón-Chancellor KG5TMT, who is currently on the International Space Station, was active on 145.800 MHz FM making contacts on Saturday, October 20 using the callsign NA1SS. Watch a video at https://twitter.com/supercazzola/status/1053659932292247552
The ISS packet radio digipeater on 145.825 MHz was active during Jamboree On The Air (JOTA) and Lauren 2E0HLR took advantage of this to demonstrate reception of APRS packets from the Space Station to Scouts, see https://twitter.com/G0PEKand2E0HLR/status/1053708000127578113
Adil Namakoe YD3HNL has released a video of the Slow Scan TV pictures he received during Jamboree On The Air from the amateur radio satellite IO-86
Watch IO-86 SSTV MODE #JOTA PASS 20102018
In space, satellites can be found. A recent development in this area are the “CubeSat” satellites.
Normal satellites typically have a size ranging from that of a washing machine to a small truck.
CubeSats have the size of a milk-carton!
This challenge focuses on the FUNcube-1 (AO-73) CubeSat satellite. During the JOTA-JOTI (October 19-21) a special, coded, message will be transmitted. This message can be received with a simple 2m handheld antenna, e.g. HB9CV, a small yagi or even a vertical, and a SDR-dongle or any SSB radio for 2m. The data is sent by the satellite on its telemetry channel of 145.935 MHz (1200bd BPSK modulated). You will need to set your receiver to Upper Side Band (USB). If you use a FUNcube dongle, you can directly receive the satellite.
The message is coded using the Enigma cipher machine. The deciphering key and Enigma settings can be obtained by answering the questions below.
The message sent by the satellite follows the following format: JOTA JOTI START coded message STOP
Your deciphered message can be mailed to: JJ.Satellite.Challenge (at) kitbuilding.org ( (at)=@)
The mail should contain your name, age, country and Scout group name and the correct answer!
If you have any pictures of the reception of the satellite with your group, this would also be highly appreciated, we would love to see how you did it!
If your answer is right and mailed before the 1st of November 2018, you will participate in a raffle.
The winner will get some products from www.kitbuilding.org
Have a lot of fun and good luck! Best 73s, Wouter PA3WEG and Jeroen PE1RGE
Information about the FUNcube1 can be found at:
Possible online Enigma coding machines:
Background information on the Enigma can be found here:
The message is coded with an Enigma M3, Navy version. Plugboard (Steckerbrett) is not used!!
The questions for obtaining the deciphering key:
1.) A geostationary satellite has an altitude above the earths surface of (approximately):
A. 20200 km or 12600 miles – First rotor is rotor III
B. 35786 km or 22236 miles – First rotor is rotor V
C. 42164 km or 26199 miles – First rotor is rotor VII
2.) NASA has selected over 300 astronauts since 1959,
A. None of them was ever active in Scouting – First rotor alphabet setting (ringstellung) A
B. Not more than 37 of them were active in Scouting – First rotor alphabet setting
C. More than 200 were/are active in Scouting – First rotor alphabet setting (ringstellung) S
3.) The average distance between the moon and the earth is:
A. 1738 km or 1080 miles – First rotor initial setting (grundstellung) D
B. 12742 km or 7918 miles – First rotor initial setting (grundstellung) G
C. 385001 km or 239228 miles – First rotor initial setting (grundstellung) H
4.) AMSAT, an organisation involved in launching a number of radio amateur satellites was founded in:
A. 1969 – Second rotor is rotor II
B. 1978 – Second rotor is rotor VI
C. 1991 – Second rotor is rotor VIII
5.) As satellites are flying extremely high in the sky, at least 100 Watts of transmit power is needed to establish communication with or through a satellite. Is this true or false?
A. True – Second rotor alphabet setting (ringstellung) D
B. False – Second rotor alphabet setting (ringstellung) C
6.) The Russian Sputnik 1 was the first artificial satellite orbiting around the earth. When was this satellite launched?
A. October 4th, 1957 – Second rotor initial setting (grundstellung) A
B. January 31st, 1958 – Second rotor initial setting (grundstellung) G
C. July 20th, 1969 – Second rotor initial setting (grundstellung) F
7.) The abbreviation OSCAR means:
A. Open Source Communication for Amateur Radio – Third rotor is rotor III
B. Outer Space Charge – free Amateur Radio – Third rotor is rotor IV
C. Orbiting Satellite Carrying Amateur Radio – Third rotor is rotor I
8.) Signals from a satellite are characterized by Doppler-shift, this means:
A. The frequency of the transmitted signal appears to be higher when the satellite is moving towards you. – Third rotor alphabet setting (ringstellung) T
B. The frequency of the transmitted signal appears to be lower when the satellite is moving towards you. – Third rotor alphabet setting (ringstellung) U
9.) If a radio amateur wants to communicate through satellites he/she needs to do an additional exam in order to obtain a special license, the Amateur Radio Operator License (AROL). True or false?
A. True – Third rotor initial setting (grundstellung) R
B. False – Third rotor initial setting (grundstellung) M
10.) Radio amateurs can make radio contact with the ISS (International Space Station)?
A. Yes – Reflector B
B. No – Reflector C
Download PDF of the JOTA-JOTI 2018_FUNcube_Challenge
As you will know, AO73/FUNcube-1 has been in full sunlight for over one month and has been transmitting continuously high power telemetry for most of that time. This has now been changed to full time amateur mode so the transponder is once again available. With the more stable on board temperatures being experienced, this means that the transponder frequencies are also now more stable. We expect to leave it in this mode for some weeks so that the team can determine whether or not the currents flowing from the solar panels are having any noticeable effect on the spin period.
The FUNcube-2 transponder on EO-88/UKube-1 continues to be in full time transponder mode. There are occasional breaks in service for a few seconds when the OBC reboots and the other onboard transmitter sends its CW beacon.
FUNcube-3 on Nayif-1
EO88/Nayif-1 continues to perform nominally with high power telemetry when in sunlight and amateur mode when in eclipse.
With their slightly different orbital characteristics it is useful that AO73 is now the early bird, EO88 comes over in the mid morning and UKube provides coverage in the afternoon.
We have been suffering from some network issues in relation to uploading the telemetry from the Dashboards to the Data Warehouse over the past couple of weeks. Apologies for this, but hopefully everything is now stable again. ie fingers are still crossed. Thank you for all the telemetry that you upload.
Like many other teams, we are presently waiting for the next Space-X launch from Vandenberg which is expected to be carrying a number of new amateur payloads, These will provide additional transponder and STEM capabilities for the amateur satellite service. Exciting times ahead.
73 Graham G3VZV
The FUNcube Team will be giving a presentation on JY1Sat and FUNcube Next at the AMSAT-UK Colloquium, part of the RSGB Convention, at the Kents Park Conference Centre, Timbold Drive, Milton Keynes, MK7 6BZ. Colloquium presentations will be in Lecture Room 5. Download the programme schedule from
Tickets to the event are available at the door details at
There will be a live stream of the Colloquium presentations at https://batc.org.uk/live/
The special event station GB0AUK will be active on the amateur satellites at the AMSAT-UK Colloquium, part of the RSGB Convention, in Milton Keynes Oct 13-14.
AMSAT-UK members will be running a demonstration amateur radio satellite ground station, using the equipment provided to UK schools for the International Space Station ARISS contacts in 2016.
The station will be operational, as time permits during from Friday, October 12 until Sunday, October 14.
There will also be a ‘Beginners Session’ on Sunday morning at 09:30 BST which, like all the Colloquium presentations, will be streamed live.
The AMSAT-UK Colloquium is part of the RSGB Convention at the Kents Park Conference Centre, Timbold Drive, Milton Keynes, MK7 6BZ. Colloquium presentations will be in Lecture Room 5. Download the programme schedule from
Tickets to the event are available at the door or you can book in advance at
The live stream of the Colloquium presentations will be at https://batc.org.uk/live/