2022 ARRL RTTY Roundup

On Sunday the 9th of January, VK2IBE, VK2ALR and myself, VK2WS, competed in this year’s ARRL RTTY Roundup from the Robertson contesting site.
We used the Waverley club’s VK2W contesting callsign.
We spent Saturday fixing up two dipoles (well, one didn’t really require fixing at all, we just needed to select the correct (mislabelled) feedline and getting the MMTTY digital mode software plugin to work with the N1MM logging program.
Since this RTTY activity was a first time experiment for us, we aimed to work the contest during more ‘normal’ daylight hours and were targetting 0900 – 1500 local time. The contest runs for 30 hours, but we just wanted to see how we would go.
As it turns out our period of operations meant that 40m was not really working for DX. While there were a number of local nets happening on SSB as well as a WIA broadcast, there were no RTTY signals. We eventually switched to 15m (our other dipole antenna) and there we found some stations. Initially we got half a dozen QSOs with US stations (California, Oregon, Washington and one from Virginia) but after that it was only stations around the Pacific.
We got 19 QSOs in the log. All QSOs were on 15m. Having a 20m antenna might have been fruitful – perhaps next time.
We had fun working out and refining operational practices with the software and the mode. It was quite a learning experience.
The log is below:
21101 RY 2022-01-08 2355 VK2W 599 2 K9YC 599 CA
21102 RY 2022-01-09 0006 VK2W 599 3 KA6BIM 599 OR
21105 RY 2022-01-09 0011 VK2W 599 4 K6XX 599 CA
21094 RY 2022-01-09 0044 VK2W 599 5 W1SRD 599 CA
21094 RY 2022-01-09 0048 VK2W 599 6 K7RU 599 WA
21098 RY 2022-01-09 0101 VK2W 599 7 W6BB 599 VA
21098 RY 2022-01-09 0104 VK2W 599 8 ZL3VZ 599 0006
21084 RY 2022-01-09 0137 VK2W 599 9 RA0FLP 599 0120
21085 RY 2022-01-09 0139 VK2W 599 10 ZL3P 599 0131
21096 RY 2022-01-09 0159 VK2W 599 11 JA1BJI 599 0128
21095 RY 2022-01-09 0239 VK2W 599 12 VJ4T 599 0033
21098 RY 2022-01-09 0244 VK2W 599 13 JA7ZP 599 0014
21098 RY 2022-01-09 0246 VK2W 599 14 KH6ZM 599 0441
21092 RY 2022-01-09 0256 VK2W 599 15 BD3CB 599 0073
21098 RY 2022-01-09 0302 VK2W 599 16 JA1WSK 599 0104
21095 RY 2022-01-09 0303 VK2W 599 17 VK4SN 599 0042
21091 RY 2022-01-09 0309 VK2W 599 18 VK4SE 599 0001
21092 RY 2022-01-09 0334 VK2W 599 19 JA1IAZ 599 0035
21092 RY 2022-01-09 0335 VK2W 599 20 VK7BO 599 0014
73 Fred VK2WS

When the results were published in June 2022, and with VK2W entered in the multi operator, single transmitter, high power category, globally we came 8th. (Disclosure – there were just eight entries in this category 🙂 ).
Additionally, in our region of Oceania, we came 1st. (Disclosure – there was just one entry in this category and it was VK2W 🙂 ).
Still, we got in there and gave it our best shot.
73 Fred VK2WS

Ferry Contest 2022

This year’s Sydney Amateur Radio Ferry Contest is scheduled for Sunday March 6th – pending Covid regulations. It will be a Covid-safe event with special rules to allow for social distancing.

See our Ferry Contest page for details.

Covid Requirements

Once we have the opportunity to meet face to face again . Please be aware that it is the Rose Bay RSL policy as well as WARS policy that we are double vaccinated.

The Service NSW and Medicare mobile apps have now both been updated to allow the COVID certificate to appear on the screen of the app after you have signed in. Please take the time to update and download the certificate onto your phone or handheld device.

Unified S Band Communication

Continuing on our space theme which started with the QSO from St Scholastica to the ISS. We delved a little more deeply into some of the underlying communications technology that supported the Apollo mission. And, indeed the whole of the space program from the very early days.

These videos below are relatively recent and describe some fantastic conservation technology work by a team in California. They were given physical access to the Unified S Band transponders and amplifiers used in the Apollo Command Module (CSM).

The videos describe the variety of constant duty links that ran between earth and the spacecraft to allow accurate distance calculation, as well as voice comms, telemetry and even colour TV pictures.

But the finest moment is probably the forethought and engineering that allowed voice communication as well as data transmission to continue during the rescue of the crippled Apollo 13 mission.

Video 1, Video 2

WARS wins category in John moyle field day 2021

We were a little under gunned for 2021 (or so we thought) with a significantly smaller group and without our usual “high ground” on top of the hill. We set up next to the shearing shed with three antennas on 120-degree radius about a centre point adjacent to shed.

Our old genset on the opposite side of the shed so as to satisfy the portable infrastructure requirements and away we went, for our chosen 6 hour block. We operated phone, CW and digital with a small dedicated group of operators – Raffy, Skip, Tony, Jason and John.

It is worth the trip to operate in quiet conditions with significant elevation, as well as taking the win for the category. JMFD tests our capacity to operate in portable conditions as a part of community resilience in times of disaster.  

A link to the results and logs submitted is here: https://www.wia.org.au/members/contests/johnmoyle/

Audio Recording of ISS contact – 26 april 2021

On 26 April, via technology managed by ARISS we participated in a contact with the ISS. It was a long signal chain that started with a telebridge using a mobile phone and PTT microphone that linked to VK4KHZ (Shane) as a local moderator and ON4ISS (Jan) at the reception ground-station and then RF link to the ISS on 145.8 MHZ.

Our part was providing and environment and a local moderator VK2KZ Anthony Monger. The QSO was hosted from ST SCHOLASTICA’S COLLEGE, Glebe.

This is the transcript tape from NASA (with permission.)

The first part of the recording is the preliminaries and introduction including line checks to all stations, the confirmation of automatic tracking and documentary recording, this is followed by the CQ call and acquisition of signal. Then follows in short order the questions by the girls.

VK2BV on the ISS

On 26 April, via technology managed by ARISS we participated in a contact with the ISS. It was a long signal chain that starts with a telebridge using a mobile phone link and PTT microphone that links to VK4KHZ (Shane) as a local moderator and ON4ISS (Jan) and then via RF to the ISS on 145.8 MHZ.

Our part was providing and environment and a local moderator VK2KZ Anthony Monger. There we some technical issues with a 6db variation in incoming and out going audio levels which produced a little sweating by the local operator in the room.

Following is the text of the ARISS Press Release:

ARISS News Release                                                                                                  No.   21-23

ARISS Contact Scheduled for Students at St Scholastica’s College, Glebe, New South Wales, Australia

April 22, 2021—Amateur Radio on the International Space Station (ARISS) has received schedule confirmation for an ARISS radio contact with astronauts. ARISS is the group that puts together special amateur radio contacts between students around the globe and crew members with ham radio licenses on the International Space Station (ISS).

This will be a telebridge contact via amateur radio and students will take turns asking their questions of Astronaut Victor Glover, amateur radio call sign KI5BKC. English is the language that will be used for this contact.  Both onsite and remote access will be provided to the student body at the time of the contact per Covid-19 guidelines. The downlink frequency for this contact is 145.800 MHZ and may be heard by listeners that are within the ISS-footprint that also encompasses the ARISS radio telebridge station.

ARISS team member Jan Poppeliers, in Aartselaar, Belgium using radio call sign ON4ISS, will serve as the ARISS relay amateur radio station.

The ARISS radio contact is scheduled for April 26, 2021 at 6:34 pm AEST (Sydney), (8:34 UTC, 4:34 am EDT, 3:34 am CDT, 2:34 am MDT and 1:34 am PDT).

St Scholastica’s College (about 1000 students) is an Independent Catholic day and boarding secondary school for girls founded by the Sisters of the Good Samaritan of the Order of St. Benedict. St Scholastica’s College is located in Glebe, a suburb of western Sidney, Australia. The school offers courses in the fields of science and mathematics in their STEM curriculum. Students also have participated in the ACTURA space program in the U.S. with some students visiting NASA facilities through a program with University New South Wales.

As time allows, students will ask these questions:

1. How has being in the space station changed your beliefs and or perspectives of the universe?
2. What have you found out on the ISS that can’t be found out on Earth?
3. Has COVID-19 had an impact on life in the space station?
4. How do you keep in touch with your family when you are in space?
5. Do you ever feel existential terror from being in space and seeing how endless the universe is? / How do you deal with this?
6. I imagine your work, being so far away and of such a vast scale, would impact your mental health. Considering this, are there ways you work on your mental health onboard, and has your experience changed the way you think?
7. What was the hardest of the requirements for space travel for you to meet?
8. Do you believe that in the future, younger people will be able to go into space? 
9. What made or motivated you to want to become an astronaut?
10. Can you see the effect of climate change from space? And if so, what are the phenomena you have observed?
11. What would you say is the most important skill for astronauts to have and master?
12. If funding for space exploration became scarce, how would you convince the world that space exploration was worth the investment?
13. Do you believe that the tests and studies you perform will cause great change and progress in the way we live or view the world?
14. When first arriving into the space station how did you feel? And how do you feel now?             
15. Is there day and night in space?
16. Is NASA training similar to Roscosmos training? If so, how? What are the similarities/differences?
17. How long did you have to train and prepare to go into space and what was the training like?
18. Have you, personally, ever had to repair a part of the ISS due to damage caused by man-made space debris? And if so, what part of the spacecraft did you repair?
19. What is the best scientific advancement or discovery that the ISS has delivered to humanity?
20. Where does your waste (rubbish and sewerage) go?
21. Is the future of space travel likely to be in the hands of private companies like Space X or government agencies like NASA?
22. What impact do you think that the ISS has had on international cooperation?

Victor Glover – Expedition 63/64


Plans are afoot for the expedition to Tooraweenah this year after being frustrated by the COVID19 pandemic in 2020.

Notwithstanding change in public heath advise we are going. For the JMFD 2021 and we will compete in the 6hr All Modes Section. The start time will be decided by the competition manger to give us a chance at another category win.

Stand by for emails and other correspondence and put 19 – 21 March in the diary.  

If you have not been on the big field trip it is great fun!

Australia's oldest continuously licenced amateur radio club


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