Many thanks to Dale (N3HXZ) who shares the following guest post:
Portable Operation Using a Vertical Antenna Without a Counterpoise Wire!
by Dale (N3HXZ)
In a previous article that Thomas was kind enough to post, I ran experiments to determine if the counterpoise wire orientation of the Chameleon MPAS LITE antenna system in the vertical configuration in any way shaped the antenna pattern. The configuration of the antenna is shown below.
The system consists of a 17’ telescoping whip antenna, a matching transformer, a 50’ coax cable with an in-line RF choke, and a counterpoise wire (60’ long, but unwound to only 25’ for use in the vertical configuration).
Subsequent studies I performed have reinforced my earlier conclusions that the positioning of the counterpoise wire in this setup does not appreciably shape the antenna pattern. One of the comments from my post came from Stephan (HB9EA). He commented on the fact that the coax cable is indeed a counterpoise via the coax shield and that in fact my system set-up had two counterpoises.
It was Stephan’s comment which led me to contact Chameleon Antenna to discuss counterpoises with the MPAS LITE antenna in the vertical configuration. I communicated with the Director of Research and Development group at Chameleon and found out some interesting information that I wanted to pass on.
He mentioned that the system can be used with the coax cable acting as the lone counterpoise as long as the coax cable is at least 25’ long, and preferably 50’ long. The coax should be spread out and not coiled along any portion of its length. It was stated that the counterpoise wire provided with the product should be used with short-length coax cables.
With regards to a counterpoise orientation shaping the propagation direction, he stated that it is generally accepted that using only the coax as a counterpoise tends to have the antenna pattern slightly favor the direction in which the coax is laid out. Adding the counterpoise wire in a direction opposite to the coax would tend to balance out that pattern. Having the coax and counterpoise wire at some angle to each other introduces variables that make it difficult to determine the antenna pattern.
My initial study had the counterpoise wire oriented at an angle to the coax cable. I mentioned that my initial study showed that orientation of the counterpoise wire did not seem to appreciably shape the antenna pattern, and he agreed. What is unknown is the overall degree to which the coax cable shapes the antenna pattern with or without use of the counterpoise wire. This is an area I am currently investigating.
Operating the MPAS-LITE vertical configuration with only the coax cable as a counterpoise was an intriguing thought.
To test it out I teamed up with Jim (KJ3D) for a SOTA activation on W3/PT-003 (Seven Springs). We both deployed the MPAS-Lite with only the supplied 50’ coax cable attached. Coax cables were laid out in a straight line. One cable was oriented southeast, the other one oriented east. We operated on 10 Watts in CW mode. The activation successfully worked all bands from 40M to 10M. I operated an Elecraft KX2 and Jim operated a KX3. The internal tuner of both rigs easily obtained a 1:1 match across all bands.
A map of the QSO’s is shown below. Note that despite the coax cables facing to the southeast and east, we easily worked stations in the opposite directions. Hence any minor shaping of the antenna pattern by the coax orientation does not appear to impede successful communication in all directions.
In summary, the MPAS-LITE antenna system in the vertical configuration utilizing the 50’ coax cable with an in-line RF choke as the single counterpoise has been demonstrated to perform well in the field.
For portable operation where fast deployment and simplicity is paramount, using the furnished coax as a counterpoise is a quick and dirty way to get the antenna erected and on the air with reliable communication capability. Eliminating the counterpoise wire allows for quicker set-up and tear-down, and one less thing to put in the backpack!
Friday evening, I met with my good friends on the crew of the Ham Radio Workbench podcast and we recorded an episode. During the recording, Vince (VE6LK) spoke about his CW goal progress (which, by the way, is going quite well) and he mentioned that he’s moving into the phase where CW is becoming fun.
Vince’s comment reminded me that I started a post draft many weeks ago that focused on several things I learned during my own CW journey. These were all surprises–perhaps even small revelations–that either no one ever told me about in advance or I thought couldn’t possibly apply to me.
This morning, I decided to finish off this post and publish it, so here are six things I learned after becoming a CW operator and activator:
1. More (much more) space on the bands
So, in theory, I understood this prior to becoming a CW activator. As we do our license study, we all learn that CW, as a mode, is a fraction of the bandwidth of Single-Sideband (SSB).
But in practice–when I moved from operating SSB to CW–it almost felt like I had an unfair advantage. That’s especially the case today with the popularity of POTA and SOTA. The bands can be crowded.
I love SSB, but if I’m being completely honest with myself, one of the reasons I operate the mode so little these days (besides the fact that many of my radios are CW only) is because it’s orders of magnitude easier to find a clear spot on the bands as a CW activator. This is especially the case on weekends when bands are generally more crowded.
CW is such a narrow bandwidth mode, I can be 500 Hz away from another signal and we don’t interfere with each other.
2. You really do begin to recognize peoples’ fists
My CW friends have always told me this, but I didn’t really believe it until I took a deep-dive into the world of CW.
You will start to recognize the cadence and “fist” of operators you work regularly who don’t send mechanically perfect CW (i.e. those sending CW from a keyboard).
This is especially the case with ops who use straight keys, cooties, and/or semi-automatic bugs, but even those who use electronic keyers.
Our brains are obviously quite good at recognizing patterns. Without trying, variances in speed, spacing, and cadence of operators you work regularly become obvious and expected. After you recognize someone’s fist, their callsign will pop out of a pileup. It’s the equivalent of recognizing someone’s accent. It’s pretty amazing, actually.
3. CW gets easier with on-the-air time
Although some of my friends did mention this when I was learning CW, I think I just couldn’t believe it.
As a CW student–when I was learning all of the characters and trying to build speed–it felt like a real struggle. I remember how hard my brain had to work in some of my first QSOs and rag chews. I literally had to rest afterwards!
But a funny thing happens when you simply get on the air and start using CW regularly at comfortable speeds.
Without trying, CW just gets easier and easier. In fact, this is what Vince discovered too: CW evolved from being difficult to being downright pleasurable.
I remember in my early days of doing CW activations, I’d arrive on site and before I started calling CQ, I’d think, “I hope I remember how to operate CW–!” Of course I did, but there was a part of me that thought I could simply forget all that I’d learned and freeze up.
As I built confidence, I was still very much aware of just how much attention I had to focus on listening to the other op and copying their call and exchange correctly. It wasn’t easy.
But within just a few months of doing random CW POTA activations, the mode became a pleasure to use even though I still had to work a bit to copy fast operators or those with distinctive fists. Complicated copy moved from being a struggle and brain-drain to being more of a puzzle I enjoyed putting together.
Your brain naturally taps into that language center whether you want it to or not and, quite often, without you realizing it.
It just gets easier and effortless. And fun.
4. CW therapy is a real thing
You’ve often heard me call POTA and SOTA “radio therapy” and indeed it is. There’s just something about tapping into that community of radio friends that puts me in a great mood.
CW maybe even takes it a step further.
I mentioned in point #3 that as you learn CW, it becomes a mode you look forward to using–one that gives you a great sense of pleasure.
For me–and for a number of my radio friends–CW is also therapeutic.
How so?
When I operate CW, I go into a focused state of mind that’s actually quite relaxing. When I’m operating CW, all of my stresses seem to melt away while I’m on the air and the feeling doesn’t end when I hop off the air. It just seems to put me in a good mood.
I liken it to mountain biking. When I’m cycling on a single-track trail, I have to give all of my attention to the path in front of me and simply enjoy the experience of pedaling through the forest. I don’t worry about my obligations, my email load, hectic schedule, or projects that need attention. I’m more mindful of tree roots, puddles, and wildlife.
For me, it’s the same when I operate CW; I simply live in the moment and, turns out, that’s therapy money just can’t buy!
5. CW opens the door to the 30 meter band
It’s funny, but I never thought about this prior to becoming a CW operator: CW (and digital mode) operators have access to the 30 meter amateur radio band.
What’s so special about 30 meters? Quite a lot actually:
30 meters is a WARC band! So on contest weekends? It’s a refuge for non-contest activities like POTA, SOTA, and/or rag-chewing.
30 meters feels like a blend of 40 and 20 meters in terems of its properties. The propagation footprint is a little wider than 40 meters, but not quite as wide as 20 meters.
Sometimes the 30 meter band is open when 40 meters or 20 meters is closed or wiped out by flaring.
30 meter antennas are easy to deploy in the field and at home. For example, a 30M end-fed half-wave (EFHW) is a little longer than a 20M EFHW, but shorter than a 40M EFHW. Also, it’s not difficult to build a 40M EFHW with a link that you can disconnect to make it a 30M EFHW.
Above and beyond all of these specific points, I remember times when the 40 and 20 meter band simply weren’t productive and the 30 meter band saved my bacon.
In short? If you’re a CW (or digital mode) operator, you really need to take advantage of the 30 meter band!
6. No one cares about how slowly you send or any mistakes you make as a new operator
Seriously.
I speak as someone who remembers all of my first CW QSOs and activations and as someone who regularly works new CW operators today.
Most of us are a bit self-conscious when we first try our hand at CW. We worry about how we’ll sound to other operators and we don’t want to annoy them.
I’ll let you in on a few secrets:
Every CW operator on the air has been in your shoes at the beginning of their CW journey. They get it. They’ll be patient with you and, in fact, encouraging! The reaction you’re likely to experience from them is empathy–you just can’t hear that over the air.
I get a thrill out of working new CW operators. When I hear a slow, nervous, and shaky fist, I go out of my way to work them. I’ll give them all of the time they need to get their exchange across accurately. It’s an honor to work a new CW operator.
Don’t be afraid to ask other ops to “QRS” (slow down) or send “AGN?” (again?) or question marks to clarify an exchange or call sign. The other op would much rather slow down for you and repeat to help you. It’s not an annoyance…on the contrary…it benefits them.
In short: it’s safe to simply ignore these worries. The CW community is an incredibly supportive one. You’re among kindred spirits that are here to help you!
How about you?
These are just six things I learned after becoming a CW operator.
Of course, there were many advantages of CW that motivated me to learn the mode in the first place like:
Being able to use the Reverse Beacon Network for auto-spotting.
Opening the door to super simple, ultra-cool compact CW-only radios.
Making the most of my QRP power. I’ve often heard that 5 Watts CW is a rough equivalent to 70 Watts SSB.
Being able to operate stealthily when needed. When CW operators use earphones, we make almost no noise at all in the field save the sound of our key clicking!
So. readers, what did you discover after learning CW? Or, what are you looking forward to after you learn CW?
I thought it was a brilliant idea. Monty’s dad, John, served in the US Air Force in the 1960s and has always been a fan of aviation. Despite this, he had never been to the USAF museum.
Monty and I have been friends since being roommates back in our undergraduate years; he and his parents are like family to me. (You might remember Monty from a couple of SOTA/POTA activations in the past.)
When Monty asked, “Hey, would you like to join us–?” It took me all of one microsecond to say, “Heck yeah!”
Off we go…
Monty, John, and I hopped in the car and headed to Dayton (from Charlotte, NC) Sunday morning, July 16, 2023.
It was a beautiful day for a 7+ hour road trip, too. Of course, I made sure we timed the trip so that we could stop at Tamarack in Beckley, WV for lunch.
We arrived at our little AirBnB vacation rental late that afternoon.
The house was literally a stone’s throw from the USAF museum. If we would have been any closer, we would have been on the museum driveway.
USAF Museum
Monday morning (July 17) we ate breakfast, then made our way across the road to the museum shortly after they opened the doors at 9:00.
I’ve been to the USAF museum at least fifteen times and it never gets old.
It’s the largest military aviation museum in the world and it’s brilliantly curated. They’re always shuffling around exhibits so that even if you visit annually, you’ll always find something new and fascinating.
If you followed my activation reports, you may (or may not) remember that I have just started pursuing POTA this year with the program gaining popularity in Europe and hence resulting in sufficient chasers for activations. However, the number of parks is not that high in Germany when compared to other countries. So the local POTA admins asked to submit proposals to fill the gaps across Germany.
Last Friday, I was browsing through the area I live in and thought about areas that would suit POTA. I stumbled upon Spielburg. The upper part of the SOTA summit Hohenstaufen, which I have visited and written a report about earlier this year, was once higher, but about two million years ago, slid down and formed the present-day Spielburg.
Not much of it remains today, as it was used as a quarry until the 1950s. Today it is a protected nature area of 31 ha / 77 acres consisting of a unique biotope with distinctive white Jura limestone cliffs. Although not large, it is popular among the locals for hiking, as a viewing point, and – as I have spotted during my visit – a place for romantic picnics.
So I suggested the area to the local POTA admins on a Friday afternoon. The following day, late in the evening, I received an email from local POTA admin Heinrich, DO1HFS, telling me that my proposal has been accepted as DA-0514. What a great response time – Vielen Dank, Heinrich.
I have been there a couple of times without a radio but with family and kids, but I did not pay attention to possible locations for an activation. I checked some online maps and imagery, but it did not help me much further. So I took the SOTAbeams Band Hopper III and the vertical JPC-12 with me to be prepared for larger and smaller possibilities. I also want to have at least 36 QSOs after 7pm local time to complete my POTA Late Shift Activator award. Therefore, I thought using FT8, which I have never used before during an activation, would make it easier to achieve such a number.
So the following Sunday, I started the activation. This one and all my previous activations were “backpack” activations, i.e., all my equipment fitted into a backpack, and I walked at least the last meters, usually over a mile, carrying all the stuff. In this case, my place for the activation was just 1 km / 0.6 mi away from parking, but I walked through the whole area to find the best place. Eventually, I found a wooden bench with a nice view and a meadow behind, where there was sufficient space for the SOTAbeams Bandhopper linked dipole for the 20, 30, and 40-meter bands.
Many thanks to Teri (KO4WFP) for the following guest post:
The Final Countdown and an Innovative Solution for My Nova Scotia Trip
by Teri (KO4WFP)
As I finalize preparations for my trip to Nova Scotia, during which I plan to activate six or seven parks, I ask myself “How the heck did I get here?” Those of you who read my first field report in this series know that Thomas Witherspoon’s decision to activate parks in Canada last year was my motivation. I admit it is gutsy of a relatively new op to believe I can undertake such a venture.
The necessity of traveling to Nova Scotia by plane drove the decision of what equipment to take. QRP became the name of the game, a great option for a CW op. I purchased the Elecraft KX2, a rig with a great reputation. Once it arrived in early May, I spent the next month and a half acquiring the necessary accessories and skills for this adventure. The final step before I leave is ensuring I have what I need and the room for it. Given others might want to undertake a similar venture, I will share what equipment I have chosen to take and how I am packing it.
I know most people prefer a roll-on suitcase, but after a trip to New York City last summer, I had enough of schlepping wheeled suitcases up and down the many flights of stairs we traversed. Upon my return to Savannah, I immediately purchased an Osprey Fairview 55 pack. The Fairview pack can be carried as a suitcase by a handle on its side or as a backpack (my preference). As for its size, it meets airline carry-on dimension requirements for domestic flights and has a few points to attach items you might carry if actually using it for hiking. And, best of all, it is made for YLs!
Included with and attached to the front of the pack is a smaller backpack that can be used as a daypack. I figured this would be perfect for most of my ham equipment and proceeded to find a way to fit everything in it. The larger Fairview pack would serve as my carry-on and the smaller daypack as my personal item for the flight.
As you can see, the daypack has a fair amount of room. In the main compartment I have the gorillapod tripod for mounting the AX1 on top of the rental car or a picnic table, the carrying case for Craig, my KX2, and his accompanying items, and two Tom Bihn travel bins. There are two additional compartments inside the daypack – a mesh, zippered pouch and a slot for a laptop or iPad.
When I first began CW POTA activations, I used a notepad to track contacts. However, to save time, I switched to a refurbished laptop with N3FJP loaded to log contacts in real-time. Juggling it and the key didn’t prove as difficult as I originally thought. Also in the laptop slot are documents I don’t want bent like my license (not pictured), band plan, UTC conversion chart, and call sign prefixes for European countries. I am also taking a small steno notepad as a backup for logging contacts as well as making notes for the trip reports I’ll write afterwards.
Many thanks to Conrad (N2YCH) who shares the first of a three-part field report series outlining his 2023 Hamvention rove with Peter (K1PCN). Click here for Part 1, and look for Part 3 next week!
Early on Thursday morning, May 18, 2023, Peter, K1PCN and I headed from Morgantown, West Virginia north to Pennsylvania to activate K-8920, the PA 223, Pennsylvania State Game Lands. While the park covered a large geographical area, we were able to find a parking lot not far off the highway that made it easy for us to get to and activate.
Peter spotted a nearby gazebo which was also a viewing area and hiked over to it to activate. If you look closely in the photo below, you can see it in the distance behind the sign and my antenna. I stayed with the Jeep and set up on the tailgate using the Buddipole vertical.
Since it was early in the day, we used our frequency strategy of Peter on 40 meters and me on 20 meters. My QSO map here shows some decent DX for QRP on 20 meters at 8am ET.
Ohio
We traveled North towards Pittsburgh on Interstate 79 and then West on Interstate 70, passing through West Virginia again and then stopped at K-1934, Barkcamp State Park in Ohio.
I tuned my antenna for 17 meters and Peter activated on 20 meters.
I managed to activate the park, but it was slow going for me on 17, so when Peter finished up on 20, I changed to 20 meters and got a few more on that band just for good measure. Thinking that the slow QSO’s could have been the radio, I did switch to the IC-705 here, but that did not make any difference. It could have been conditions or our location. I did have better luck on 20 meters than 17. And I don’t know about you, but I can never go for just ten QSO’s. I feel like I need a few extra ones just in case. Here is a photo of me set up at a picnic table next to my antenna. Continue reading Part 2: N2YCH and K1PCN’s Dayton Hamvention Trip QRP POTA Rove→
Update: Also, please note that the G106 is on sale at Radioddity at time of posting. With our affiliate link pricing is only $264 US (see note at end of review). Please read this review prior to making a purchase decision!
An in-depth review of the Xiegu G106 QRP HF transceiver
by Thomas (K4SWL)
Last year––in May of 2022, that is––Xiegu announced a new compact field radio that would be added to their line of transceivers: the Xiegu G106.
Xiegu has really made a name for themselves over the past few years with several transceiver offerings, many of which have become very popular. Among these:
The Xiegu G90 is a 20-watt transceiver with an excellent built-in ATU. The G90 has become a very popular field radio over the past few years.
The Xiegu X5101 is a five-watt shack-in-a-box HF transceiver covering 160-6 meters. The X5105 has become a go-to QRP portable due to its fine built-in ATU and built-in rechargeable battery pack.
The Xiegu X6100 is much like the X5105, in that it’s also a shack-in-a-box QRP transceiver, but it leverages SDR technology to provide a beautiful color spectrum display and a host of features not found on its predecessors. Many have adopted the X6100 because its operating system is Linux-based and many enthusiasts have created their own X6100 interface that promised direct digital mode operation.
Because we’re seeing more products like these from Xiegu, the up-and-coming Xiegu G106 stirred interest.
Moreover, Xiegu has become a low-cost leader among HF transceiver manufacturers. In each of the reviews I’ve published about Xiegu radios, my summary statement is that each unit offers a lot of performance for the price. Xiegu transceivers don’t have the most robust receiver front-ends, and the audio is unrefined, but their rigs get the job done and have some serious “fun factor.”
So when I first learned about the new Xiegu G106, I was curious where it would fit into their product line.
I did watch, however, K8MRD’s initial and updated review of the G106 on YouTube. While it was less than stellar––understatement alert––more relevant to me was that Mike shipped his second evaluation unit to me on behalf of Radioddity.
I connected that G106 to a dummy load, checked the transmitted signal on my SDRplay RSPdx spectrum display, and it simply didn’t look very clean. In fact, it looked worse than it did when Mike checked it only a couple of weeks prior.
I shared my results with Radioddity and told them I didn’t feel comfortable putting the G106 on the air; they asked that the unit be returned and checked out.
Fast-forward to January 2023, when I was once again contacted by Radioddity to see if I would like to field test an updated G106? I answered that I was happy to do so, because I was curious whether the G106 experience had improved.
In the spirit of full disclosure, keep in mind that Radioddity is a Xiegu retailer/distributor––the company is not the manufacturer, nor is it owned by Xiegu. They sent this G106 to me on an extended loan for an honest evaluation.
So where does the G106 fit into the Xiegu product line? It’s being marketed as a low-cost, entry level, multi-mode QRP HF transceiver that leverages 16-bit CODEC sampling to provide the user with a lot of radio for the price. It’s basic, and meant to be so, in that it’s only a transceiver; there is no built-in ATU or battery. The G106 is marketed as a bare-bones portable HF transceiver.
I feel like it hits this mark.
The G106 doesn’t have a lot of features or controls one might expect in other Xiegu radios, but it has more features than any other modern HF radio I know of in its price class (see features list below). Indeed, I can’t think of any other 80-10 meter general coverage QRP transceiver that retails for $320 or less. The G106 has this market niche to itself for the moment.
Overview
When I first received the G106, I was a little surprised: it was even more compact than I had imagined.
The sides of the G106 are rounded and the chassis extends beyond the encoder and front controls of the radio, thus the interior is quite well protected in the event the radio is dropped. This is one of the few QRP field radios on the market that doesn’t need an aftermarket cage. I’ve been transporting the G106 in an old hard shell headphone case a friend gave me. The case isn’t large, but it easily holds the G106 and a power cord with a bit of room to spare.
The G106 sports a small monochrome backlit display that’s very easy to read in the shack or in the field with full sunlight.
Besides the weighted encoder (which has soft detents), the volume control, and microphone port, there are also four multi-function buttons located under the small display on the front panel. On top of the radio, there is a power/backlight button, mode/pre-amp button, and two band buttons that also can be pressed and held to change the frequency cursor position. The internal speaker is also mounted on the bottom of the top cover, just behind the top panel buttons.
On the back of the G106, you’ll find a BNC antenna port, ground/earth lug, key port, COM port, 8 pin ACC port, and a DC input port.
The most conspicuous omission is a headphone or external speaker port. I would have expected this in a QRP field radio because operators often prefer using headphones in the field rather than a speaker. I know that some G106 owners have built their own RJ9 audio plug to port out the audio to headphones. There is a headphone port on the supplied speaker mic, but CW-only operators might prefer a more direct way to connect earphones in order to keep the bulk of their field kit to a minimum.
What is surprising is that the G106 has a very basic spectrum display that is actually quite useful!
Ergonomics
The ergonomics of the G106 are overall pretty good…but a bit quirky. To be honest, giving the user access to numerous functions and features on a radio this small is always going to affect ergonomics; there’s only so much control-surface real estate. Continue reading An in-depth review of the Xiegu G106 QRP HF transceiver→
Activating (sort of) Lake Thunderbird (K-2792) with a homebrew transmitter
Sam Duwe WN5C
When I dove into radio a couple years ago a few sub-hobbies caught my attention: QRP, portable ops, CW, and homebrew. Of course, these all fit nicely together, but in my mind there was a huge leap between soldering an unun and a building a radio. But why not try? What’s the worst that could happen by melting solder and then sitting at a picnic table? This is how I built a simple transmitter and kind of activated a park.
The Michigan Mighty Mite
Nearly everyone has heard about the Michigan Mighty Mite (MMM), a QRPp transmitter popularized by the Solder Smoke blog. There are countless YouTube videos and posts across the internet. It’s very simple: a single transistor, a variable cap, a coil, a crystal and some resistors and a cap. Supposedly one can get up to half a watt of output (I couldn’t). But with a small purchase from Mouser one can oscillate. That seemed pretty cool.
I hadn’t touched an iron until I started playing radio. But I’ve been drawn to homebrew projects. I built a regenerative receiver last year which was very rewarding. I’ve also put together kits (a QCX mini and a TR-35). But my dream has always been to construct a transmitter/receiver combo, or a transceiver. I thought a good place to start was the MMM.
I built the transmitter based on the common schematic for the 40-meter band. The MMM is crystal controlled but I opted to solder in a socket and buy a handful of crystals, so I have the luxury of operating on 7056, 7040, and 7030 kHz. I made a few other improvements, too. The first was to build a low pass filter to attenuate harmonics. Second, although I haven’t finished it yet, the switch on the right will be to choose between multiple crystals. And third, I added a BNC jack to connect a receiver, with a transmit switch. When not in use the transmitter will dump into a dummy load. This receiver switching idea was lifted from the design of the MMM that QRP Guys produces.
When I tested the transmitter at home the best I could get with my charged Bioenno 3 Ah battery was about 300 mW output. The filter is reducing things somewhat, but maybe I need to look into a different transistor or rewind the coil. But I was able to get a 339 signal report from Illinois (no sked) in the midst of distance lightning crashes, so I had a little confidence going forwards. School is out for me this summer, so I decided to head to the park. Continue reading Guest Post: Lake Thunderbird (K-2792) with a homebrew transmitter!→
Many thanks to Scott (KK4Z) who shares the following post from his blog KK4Z.com:
EmComm and FunComm
by Scott (KK4Z)
As I have said earlier, I practice EmComm to prepare for natural or man-made disasters when normal means of communication fail. FunComm is pretty self-explanatory, it’s things I do for fun. Fun things may include POTA, Field Days (winter and summer), supporting bike rides, and other club activities. I always like it when I can blend the two together. When I participate in POTA either for a weekend camp-out or a day activation, isn’t it kind of a practice run for an EmComm event? I use the same antennas and most of the time the same radios. My equipment gets a good exercise and I learn more about how they operate under different conditions.
Recently, I bought a new camper, the old one wasn’t working well for the things I like to do. The new camper is so much better but not without its growing pains. I had to find a better way to use the radios inside the camper. To save words, here is a picture of what I have been using. It works okay but because it uses part of the bed, it made sleeping uncomfortable. After this last camp out when I woke up all sore and twisted feeling, I decided it was time to find a better way.
The new desk stacks the radio and power supply above the computer. This reduces the overhang on the mattress. The desk area for the paddle does overhang a little but sliding the desk to the right when not in use alleviates that.
The other thing I did was make a cut-out on the door side to make it easier to get my legs out. This works really well and does not impair the stability of the desk.
The last thing is the main desk is 30″ deep and the shelf is 20″ deep. This leaves plenty of room for the radios and enough room to slide the computer under the shelf if I need the desk space for something else.
Sitting behind the desk, the radio controls were easy to get to.
The desk is made from one sheet of 3/4″ plywood with (2) 1×3″x8″ boards. The stain was a can of Minwax I had laying around, I think it was Golden Oak.
Construction was simple, using hand tools found in most garages. It is not a piece of art, I don’t have the time. My philosophy is that “Perfection is the enemy of good enough”. The desk is glued, screwed, and nailed without any fancy joinery. If I waited until I had time to do a better job, the wood would still be at Lowe s.
I tried it out in the driveway and everything works and feels good. The radio is easy to get to and the computer is a little high but not uncomfortable. With the cut-out, it is easy to get in and out of the camper. The next test will be at the end of the month during my next camping trip. Hope to hear you out there. 73 – Scott
As I have written in my activation report for Klínovec, a summit in the Czech Republic, I am trying to activate places outside my home region DM, Germany – Low Mountains in SOTA or DA in POTA. With the May 1st being a public holiday, the long weekend provided a perfect opportunity for an activation a bit further away.
After a while looking around, I chose Brissetish Kopf (FL/VO-126) in France. The summit was close to the German border, hasn’t received much love with only 8 SOTA activations and was also a POTA spot for F-1697 Vosges du Nord Regional Park and WWFF Parc Regional des Vosges du Nord, FFF-0035. That promised enough QSOs for me and provided chances for chasers.
The small cluster to which the arrow points are the Vosges, actually the northern Vosges (Vosges du Nord). The cluster south of it are the higher part of the Vosges. The Vosges are a range of low mountains in Eastern France, which continues as Palatinate Forest on the German side of the border, with the highest summit being 1,424 m / 4,672 ft.
I started my journey quite early, leaving around 8am. During the drive I could not help but had to tease Thomas (K4SWL), who spent quite some time in France and, as far as I know, enjoyed it.
The French region Alsace, through which I had to drive to the Vosges, is quite interesting. The region was disputed over several hundred years between Germany and France and changed back and forth between the two. Many place names are still German, or sometimes a mix of French and German. After the World War II, the region returned to France – hopefully the last change.
I used Google Maps to drive to a parking place close to the summit, but my first attempt ended here:
Not sure why Google meant to show me this – thanks for the 30 minutes detour.
Roughly a half hour later, I arrived at Climbach, the small village next to the summit. Based on findings, the area is populated since the Middle Stone Age, that ranged from 280,000 to 25,000 years ago.
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