My SOTA friend and collaborator Andrew Moseley VK1AD has proposed a QRP challenge for 2017. He is going to aim to use 2.5w when activating summits during 2017.
I have started to do the same and my activation at Mt Ginini on 27th December was made at 2.5w for SSB and 0.5w on CW. I made about 20 contacts and although some chasers found lower signals a problem, I not only qualified the summit on several bands, I also qualified with CW at 0.5w. One contact was with Steve VK7CW who also used an FT817 at 0.5w, the lowest power setting of the radio.
The radio used was an FT817, powered by an internal LIPO 3S battery (windcamp). I had a spare battery but it was not needed. The 817 will not be as efficient in terms of output power/DC power consumed, as the bias current on the final amplifier stage will remain the same as it would be at 5w.
A fringe benefit from using lower transmitted power is that battery life will be improved. I had previously used the 817 with the internal battery at Mt Mundoonen on 26th December for a short activation. I did not recharge the battery after that activation as it was only used for 5 contacts plus some listening. After the Mt Ginini operation, the battery voltage according to the meter on the 817 was above 11v. It can go down to 10v without any problem for the 817.
Although we were on the downward slope of sunspot activity, making HF communications less certain, there are still sunspots and occasional sporadic E openings on HF bands.
It will be interesting to see how the QRP challenge goes during 2017. Progress reports will be made by both Andrew VK1AD and me.
I was invited to join in an activation of Mt Tantangera by Andrew Moseley VK1AD, and was very pleased to be able to join him in this expedition.
Andrew collected me from my weekday accommodation in south Canberra at 7:30am on a brilliant summer’s day that Saturday morning. We decided to take both our packs to give us the option of working on several bands simultaneously.
The route taken was through Tharwa, south of Canberra, along Boboyan road until it meets the Snowy Mountains Highway between Cooma and Adaminaby, but only a few km short of Adminaby. The trip through the mountains took us past familiar scenery, Mount Tennant just after Tharwa, the Clear Range to our east, the turnoffs for the old Orroral Valley and Honeysuckle Creek tracking stations, including various SOTA summits like Booroomba Rocks, then past Boboyan Range and Pheasant Hill.
After 2 hours we arrived at the Rocky Plains camping ground. We prepared for the walk to Mt Tantangera, adding sunscreen, hats, packs with water and food, antenna poles and navigation details.
Many of the horse riders camp at Rocky plains and some even set up temporary areas for their horses to roam in, with temporary electric fencing. The initial climb up to the saddle is steady and follows a bridle trail. Some hoof marks are apparent in the soil as you climb upwards. The condition of the soil was damp but firm.
On arrival at the summit, a very wide flat area, we found the trig point was ideal for attaching a pole to. Initially we set up our equipment and antennas expecting we would be able to operate the two stations on different bands. However I received wideband noise whenever Andrew’s FT857 was transmitting. I decided to move my equipment about 30m away, assuming it was a proximity problem and a bit of spacing would help.
That did work ok, so it was then time to get onto the bands and hand out some reports. The bands did not appear to be in good condition. I made relatively few contacts considering the exotic nature of the summit and its SOTA value of 10 points for anyone making a contact. I decided to use CW mainly so as to give the CW operators a contact, and I knew we would swap bands later so Andrew would be operating on 40m ssb.
I made one contact on 20m CW, then 6 on 40m CW. One S2S contact was also made with Ian VK1DI at Booroomba Rocks on 2m. One of the photos taken was of a March Fly (aka Horse Fly) of which there were many.
Thanks to Andrew for offering to share this activation. While band conditions were less than ideal, we had a great day out in the snowy mountains region and enjoyed our walking and radio operation.
After activating Boboyan Range successfully the week before, I wanted to grab a few winter bonus points before they ended. Pheasant Hill is located west of the Boboyan Road, almost at the southern border of the ACT(VK1) with NSW (VK2) in southeastern Australia. It is in ecalytpus forest country and is 1455m above sea level.
So on this Saturday morning I drove along Boboyan road to the parking area of Brayshaw’s hut (dating back a hundred years or more) and hiked westward through the forest with the sounds of nature around me.
About 20 minutes in you pass this sign
After turning to the north and heading up the hill the forest is thicker in places.
Finally I reached the summit area and found a suitable clearing with a handy tree stump for one of my poles.
I used one pole for the linked dipole which can be used on any of the 40, 30, 20, 17, 15, 12 or 10 metre bands. The other pole supported the 6m vertical and a 2m dipole offset from the pole on a short length of 19mm PVC conduit.
Conditions on the bands were not bad. I made 4 contacts into New Zealand (ZL) on 20m, several “local” contacts on 2m FM back into Canberra using the dipole mounted at about 3m above ground. Only one contact on 6m, with VK1MA.
Originally in our sota summit list this one was named Pleasant hill, but that was corrected later. As Ian VK1DI remarked after first activating this summit, it is indeed a pleasant hill.
I was tempted to stay there longer but the wind was rising and I didn’t want to be caught in rain. So after about 2 hours I packed up and headed home.
Walking distance: it took me about 45 mins to reach the summit from the car park. The return trip was a bit faster.
Permissions: not required – it’s in the Namadgi National Park and day trips are automatically OK.
A surprise invitation to a trip over to Braidwood with a bonus of “you can walk up that hill if you like” resulted in a short activation on Monday 24th October.
The climb up the eastern slope is always interesting, it presents a 3 dimensional challenge of not only climbing the bit in front of you, but also getting you to a place that will be easier to keep on climbing with a minimum of blockage by trees, rocks etc. The rocks are big ones.
Eventually I arrived at the summit and found a clear area near one of the compounds containing an apparently disused dish staring pointlessly at a position in the sky.
I had enough time for a handful of contacts on 40m ssb and then packed up and headed down to where my patient wife was happily reading a book.
The SOTAGOAT app is a well presented and popular app for iOS and works well on my iPhone 5s and the iPad.
Its features include displays for alerts and spots, just like the sotawatch.org website, configuration options allowing you to choose between UTC and local time for displays and posts, an option to produce a goat bleat when each new spot is received from sotawatch, a filter option to specify which modes you want to be informed about and the time periods in which you want the notifications and bleats to occur. It uses an internal list of summits which can be updated from a sotawatch site and can display a list of summits near to your current location, which it gets from the GPS info in the phone or tablet.
However, the current (2016) version of the app has an error in the time calculations for new alerts. Sotawatch uses UTC dates and times. I have sotagoat set to display and post in UTC. But the times posted and seen on sotawatch were always incorrect and I observed that they were incorrect by the UTC offset. The app was adding my UTC offset to the UTC times I wanted and then posting the adjusted time to sotawatch. I have found the error can be worked around by adjusting the alert time as follows.
When posting an alert I subtract my UTC offset from the alert time.
For example to post an alert for 2300 UTC I subtract 11 hours (in DST periods) or 10 hours (in standard time) and post the alert for the adjusted time, namely 1200 UTC.
This is easy for UTC times after 1100 but for earlier times, the date must be adjusted back too. It’s simple arithmetic you can do in your head. For say 0400, subtract 11 hours: I do that by one of these two methods:
First subtracting 4 hours to get back to 0000, then subtracting the remaining 7 hours (because 4+7=11) from 2400 to get 1700.
Add 24 hours to 0400 (2800) and subtract 11 hours from that (1700).
In each case, because the time is in the previous day, subtract one day from the date too.
What if I was in a time zone that is behind UTC instead of ahead?
I don’t know whether the software error treats both time offsets similarly. It is possible that it is correct for negative offsets.
The error has been notified to the author of the software but as it can take a while for new versions to be released via the iTunes Store, I will use this workaround until it is fixed. The utility of the application is too good in all other ways to stop using it.
During our trip to England in June 2016 I planned to activate several SOTA summits.
Having arranged to activate several hills in the Peak District I thought this would be a simple matter of driving to my contact’s house, collecting him there and proceeding to the parking area at the base of the hill, then executing the well rehearsed process of activating a summit. This was not to be and I wasn’t able to carry out that plan. But with only a few days left in my England visit, I thought there may be another opportunity coming up when we were staying at Leeds. I asked Mike 2E0YYY, with whom I had talked from Australia on dozens of occasions in the past few years, for advice on which summits would be achievable for someone with somewhat limited mobility. He immediately offered not only advice on the summit but said he would drive up to Leeds and activate the summit with me. An offer I could not refuse.
Mike duly collected me on the morning of 20/6 and we headed out past Bradford, through a hundred small villages and through lanes narrow enough to be converted into wind tunnels for aircraft experimentation, passing within millimetres of other vehicles and I was reminded of how good it was to have someone else doing the driving.
Arriving at the car park at the approximate activation time, I had poor phone coverage and could not update my alert. Mike cheerfully said, no problem, we’ll be there soon. Walking up the stone pathway in my rainproof pants and jacket, I could only hope the weather stayed fine enough to setup and operate for a while. Mike said the light rain we were walking in was nothing to the tropical rainfall he had driven through that morning. I hoped it had gone in another direction.
Onsite at the trig we set up my 10m Dxwire pole and my home made linked dipole on 20m. I decided to use my FT817 given how much effort it was to bring the radio and other gear. The pole was guyed using the guying ring made for me by my good friend Adan VK1FJAW in Canberra, on his 3D printer.
Starting on CW mode with the 5w from the 817 I made the first four contacts in relatively slow conditions with only a few callers each time I called CQ or QRZ? But after the fourth or fifth contact, more and more callers came back, so I eventually had about 20 contacts on CW without having to move frequency or do anything heroic. Several S2S contacts were included, so nice to work people like HB9BCB and others with big signals in Europe instead of hearing the somewhat weaker signals from the other side of the globe.
After making another bunch of contacts on 20m SSB we decided to try 40m. We made a few contacts there but generally it was not as productive as 20m. My morse paddle cable seemed to be intermittent and would only work correctly with the paddle placed on top of the radio. I was unsure whether it would last the distance if I continued on CW. I had intended to operate on CW on at least 20 and 40m, and had also taken a 6m antenna to try that band. Given the occasional short distance contact on 20m it seemed there was some sporadic E occurring and I may have had some fun on 6m. However at that stage I was happy enough to have activated the summit successfully and I did not want to risk stressing my sore foot. So the 6m band was never attempted.
In summary, I am very grateful to Mike 2E0YYY for going to so much effort to help me activate in England. It was very good to make contacts with some of the SOTA crowd that I had worked many times from home in Australia. Amateur Radio again shows itself to be a magic ingredient for a tourist.
The Wyong field day is a major hamfest held at Wyong every February, with equipment exhibition and sales, a flea market for used equipment sales, a seminar room and supported by food and refreshments.
I have visited this event every year of the last 10 and have usually looked at the new equipment, passed through the flea market, sometimes buying something unique and desirable (such as the 3 element 6m yagi I bought one year) but mostly just catching up with friends who I often see only at this event. Some I never hear on the radio these days but they turn up at Wyong in February.
Having decided in advance to activate several summits on the way to Wyong, Andrew VK1AD (ex VK1NAM) and I set out from Yass at about 9am and reached the parking area in the vicinity of VK2/SY-002 Riley’s mountain at about 12:30, having stopped for coffee on the Hume Highway.
The walk from the carpark to the summit was signposted as 2.6km each way or 5.2 km for the round trip. The track through the forest was in good condition and the forest was green and healthy, with chirping birds the only sound breaking the peace apart from the noise of our boots on the gravel and dirt track. After about 30-40 mins steady walk we found a sign pointing left labelled “Riley’s Lookout”. Taking the side path we were soon standing high above the Nepean River enjoying the view of the forest and river.
Considering where to set up our radio gear to activate this rather nice location, we decided to walk the 50m or so back to the main track and set up there, using the sign as a support for the antenna pole. In no time we had the antenna up in the air, the radio connected to the antenna and power and the microphone and key paddle plugged in.
We posted spots on SOTAWATCH to be sure chasers and other activators looking out for S2S contacts knew we were on the air and where to find our signals. A good session of contacts ensued with reasonable signals into Victoria, Queensland and South Australia, as well as some closer contacts in various parts of New South Wales.
One of the contacts made was with Marek OK1BIL/VK2 who was operating at Mt Alexandra with Compton, VK2HRX. We met Marek at Wyong the next day and had a good chat with him.
Leaving Riley’s mountain after about an hour of operation, we headed northwards to the Great Western Highway and then towards Sydney, onto the Newcastle freeway and eventually turned off the highway near Ourimba, to reach Mt Elliott VK2/HU-093. Again this was a very pleasant and easy place to operate from, with picnic tables, expanses of grass inviting sevevral poles supporting antennas. Here we used a 20m quarter wave vertical on one pole and a linked dipole on the other. On 20m we made a few CW contacts into Europe and some into other parts of Australia. Conditions were not good enough on 20m to make long distance SSB/voice contacts.
Shortly before sundown we closed down and made our way to Wyong where we had booked accomodation for the night (two months earlier, or more). We had a meal and some cool drinks at Panarotti’s at Tuggerah Westfield.
In the morning I woke early and decided to observe the International Space Station’s pass which was almost directly overhead. I lost sight of it to the northeast when it was over New Caledonia according to the tracker. It was brighter than most other things in the sky apart from the moon.
At the Field Day there was a good collection of second hand goods for sale in the flea market, some new items but it was strangely quiet in the corner where one of the larger traders usually is found. At the VHF seminar, some discussion about the rules for VHF/UHF contests prompted me to make some unplanned comments about operating practices in these events, specifically about the practice of callinq CQ, making all contacts and listening all on 144.150, which many field and home stations appear to do. A straw poll of those present revealed that while a number of people operated in that event, only a small number of them had made contacts into VK1, only 250km away from the Sydney area. I suggested that this was due to being stuck on the calling frequency and it would help everyone to make more contacts, make more points in the contest and increase activity if they could move to other parts of the band during these events. Let’s see whether a direct appeal to the operators has the desired effect. I wish the contest rules did not specify a calling frequency.
We departed Wyong at about 12 noon and headed homeward. After a lunch break at Pheasants Nest we continued to the turnoff for Mt Wanganderry, VK2/IL-003. Setting up there we were able to make contacts on 40m using SSB and CW, we did try 20m without any success. This was a new summit for us both.
Amateur Radio, Computing and other activities of Andrew VK1DA/VK2UH