Never Really Quiet – How VE3NRQ Introduced Me to Amateur Radio

I’ve always been a bit of an electronics geek. Not hardcore, mind you, but I’ve always enjoyed tinkering and figuring out how things work.

As a kid, much to my parents’ and grandparents’ chagrin, I took a lot of toys apart. Eventually, that curiosity extended to perfectly good transistor radios, alarm clocks, and just about anything else that happened to be left lying around the house.

Some of that was probably my dad’s fault.

He worked in commercial radio and had a natural aptitude for the technical side of things. Through osmosis, I developed an interest in electronics at a fairly young age.

I’ll never forget the goofy little earpiece that came with the first crystal AM radio I built. It was a Radio Shack kit that didn’t even need a battery – it drew the tiny amount of power it needed from the radio signals themselves.

I thought that was just about the coolest thing imaginable.

When Dad realized how fascinated I was by this silly little radio, he bought me a much larger Radio Shack electronics project kit.

Looking back, the thing was pretty ridiculous-looking, but it was brilliant from an educational perspective. Each component was connected to a little spring, and you used jumper wires to connect the springs together and complete different circuits.

You could build all sorts of things without needing to solder a single connection.

In Grade 4, I won the school science fair by connecting two hobby motors together and demonstrating electrical generation. Ironically, I powered the first motor with a battery, but the project gave me an opportunity to explore magnetic fields and mechanical-to-electrical energy conversion.

It also earned me what was probably the best mark of my elementary school career.

Enter VE3NRQ

My first real exposure to amateur radio came through my Scout leader, Bill White, VE3NRQ.

He used to joke that NRQ stood for Never Really Quiet.

Anyone who knew him would probably agree that it was a particularly appropriate callsign.

He regularly brought handheld radios to Scout meetings and would show us the mobile radio installed in his GMC Jimmy during camping trips.

This was long before smartphones and ubiquitous internet access. The idea that you could pick up a radio and communicate with someone miles away, without relying on the telephone network, was fascinating.

He made radio seem both mysterious and completely accessible.

At camp, he’d demonstrate communications between people who were relatively close together. You could physically see both ends of the conversation, which helped make sense of what was happening.

Then came Jamboree on the Air (JOTA).

JOTA opened up an entirely different world. Suddenly, radio wasn’t just about talking to someone on the other side of the campsite. It was about communicating with people much farther away, potentially around the world.

By then, I probably thought I knew everything there was to know about radio.

I most certainly did not.

But that’s one of the wonderful things about amateur radio – the more you learn, the more you realize how much there is left to discover.

The Licence That Didn’t Happen

I remember wanting to get my amateur radio licence back then, but the process seemed intimidating.

I don’t recall all the specifics, but I remember hearing about studying for an examination and possibly having to build a radio.

For a kid without a job, the financial aspect was concerning.

The prospect of studying was even worse.

So, despite the interest, I never quite took the next step.

The fascination with electronics, however, never went away.

By high school, I’d become reasonably proficient at soldering, which made my Grade 10 technology teacher, Mr. Laan, particularly frustrating.

He insisted on pronouncing solder exactly as it was spelled.

Eventually, he admitted that he knew it was commonly pronounced “sawder” and had been deliberately saying it differently as a teaching lesson.

Fine. I guess you’re alright, Mr. Laan.

In that same class, we had the opportunity to purchase and assemble small electronic kits from a catalogue.

While most of the other students worked on one project, I was building them at roughly a two-to-one ratio.

Apparently, the fascination hadn’t worn off.

Coming Full Circle

It took considerably longer than I’d imagined, but eventually I did find my way into amateur radio.

Today, I’m VE3FOO, operating from London, Ontario.

My station has an Icom IC-7300, VHF/UHF radios, SDR receivers, antennas, computers, and an ever-growing collection of projects that I never seem to have quite enough time to finish.

Some days I’m trying to make a distant HF contact. Other days I’m experimenting with satellite reception, digital modes, or figuring out why something that worked perfectly yesterday has suddenly stopped cooperating.

In many ways, I’m still that kid connecting wires between springs on a Radio Shack project board.

The equipment has changed, but the curiosity hasn’t.

And I can trace a meaningful part of that curiosity back to a Scout leader who took the time to bring his radios to meetings and camping trips and show a bunch of kids what was possible.

I doubt he realized at the time how much of an impression those experiences would leave.

A Small World – Another Familiar Callsign

Years later, after becoming involved in amateur radio myself, I discovered another familiar face from my Scouting days.

My former Cub leader, Al McRorie, VE3GAM, was a member of the London Amateur Radio Club (LARC).

It was a neat connection to make after all those years. Someone I’d known as a Cub leader was also part of the amateur radio community I’d eventually joined.

Unfortunately, I don’t have any photographs of myself with Bill White from those early radio demonstrations or JOTA events. I do, however, have an old Cub Scout photograph.

It seems fitting to include it here. While it doesn’t capture the radio experiences themselves, it’s a little snapshot of the Scouting years that helped set me on this path.

Funny how these connections come back around.

And as an aside, I’ve heard through Jr. Jr. that Jr./Sr./VE3NRQ is alive and well – quiet, perhaps, but certainly not silent.

Which seems fitting for someone whose callsign was, after all, Never Really Quiet.

73 de VE3FOO

Update Much? \ SSTV

I swear I’ll try to do better in 2026. That’s my new years resolution, along with all the others I tend to break.

I’ve been trying to get in on SSTV off the ISS since the beginning of 2025 – I had my SDRPlay1b all set to go but never seemed to catch anything. Series 30 with the 25th anniversary of ISS+Scouts seemed like a good opportunity to give it a go so I tested it all out and was sure to go until the ISS on board radio crapped out.

In the ‘down time’ between passes I decided to try and catch other SSTV signals, one from 20m 14.230MHz the other from ArticSat. I’m still putting the finishing touches into ‘production’ but I have an uploader ready to go to past captured images under SSTV Captures.

My self test image below:

Rigs, Antennas, Tuning, etc

Looking at a new base station rig, and since I am notoriously cheap “frugal”, I decided to get another TYT TH-9800 rather than a full-fledged, true base station. I have one of these in my truck but really getting to know the unit is difficult in the field. I figured having a ‘base’ station allows me to really learn the technical depths of the radio and gets me in on the cheap.

Spec-wise these radios get great reviews however the biggest complaint is that these things eventually ‘die’. From what I can gather, it’s likely due to people over-keying at max-output and frying the output amp; the electronics are not as robust as the Yaesu counterpart this unit was derived from (but I mean, it’s also a fraction of the price, sooo). It appears these things are great as long as you remember their upper limits.

While I was planning out this purchase, I suddenly realized I need to figure out an antenna – obviously, a mobile stick won’t suffice for a base station. Whatever it is, it needs to be discrete – enough to get to the local repeater. Anything beyond is gravy!

After lots and lots and lots of reading, I finally settled on a Slim Jim design out of the UK that uses a fancy-dancy calculator provided by M0UKD. ‘Local’ suppliers of ladder line appear to sell this in rolls of 100′ plus shipping – I needed like 6′, so VA3DAE generously stepped up and donated some 450Ω line he had laying around.

During all this reading, I got thinking, how do I ‘tune‘ the antenna? I have some old SWR meters I need to confirm will work. But can I buy something (cheap) or even better, build something using stuff I already have lying around?

Enter Arduino. Except for most projects I found are for HF, not where my interests lay being VHF+UHF.

Apparently, you can do VHF+UHF by swapping the DSS frequency generator out. Problem is, 1-30hz generators are cheap and plentiful. Above 30hz appears to be near impossible to find.

I’m sure by the time I’m done I’ll have invested enough quid to have covered the costs of a pre-fabbed unit built by Ed’s Antennnas out of Sunnyvale CA. We shall see. Either way, next time I have to travel to the valley I may stop by Ed’s.

Random: Coax Line Reference chart: http://www.miklor.com/COM/UV_CableLoss.php

DC Flow Woe

Growing up I was in the “postive to negative” camp. For the longest time I could never explain nor understand the “negative to positive” mindset. Taking the advanced ham course, this concept is re-iterated during semi-conductor discussions – yet despite hearing the explanation numerous times, I just couldn’t wrap my head around it.

I ended up finding this very well done website that really helped me understand. Hope it helps!

https://www.douglaskrantz.com/ElecElectricalFlow.html

Advancing the Interest

It’s been a long time since I’ve posted – but to be honest, once I became licensed I didn’t do much with it. I attended the odd technet (Reg from Hamilton ON, but now in Australia was one of my favourites), goofed around with the local repeater, etc.

With a younger family, I’ve been quite busy, and getting an hour or two to sit down and listen has been quite difficult. I haven’t even been out to the fancy new clubhouse – albeit, 1. it’s on the complete opposite end of the city and 2. it’s COVID…

To be honest part of the reason I became licensed was the geek factor – understanding the technology and whatnot that goes into radio transmission.

I am a member of the local club, LARC. They are running an advanced course so I eagerly signed up – electronics have always been an interest of mine. But like many of my interests, I don’t really get (rather make) the time to tinker. I figure that during COVID while nothing else is running (cough Ringette cough) I might as well take the opportunity.

Highly looking forward to this course, the instructor was a Fanshawe electronics teacher so it’ll be very informative.

PS. if Reg is still running it, the TechNet is Fridays at 8pm ET. The local repeater VE3 TTT carries it at 147.180+ (114.8Hz PL). I’m not sure where else it is carried. Other recommended nets here.

CQ CQ CQ

Hi!  I’m Rob from London, Ontario, Canada.  I just obtained my Basic (with Honours!) Amateur Radio license after completing the course offered by the wonderful people at “LARC” (London Amateur Radio Club).

Club station is at the Secrets of Radar Museum, so it was an additional treat to get to look through everything the location had to offer.

I plan to add some information/articles here as I progress with the hobby.