The Bad Place: Before the Radio Theory was known by Operators
At the dawn of the 20th century, radio was mysterious, fragile, and poorly understood. Communication over distance relied on cables, messengers, and guesswork. Early wireless systems were unstable, interference-prone, and often unreliable.
Radio existed, but understanding our radio would take a while.
This was the bad place: a world that knew radio was powerful, but didn’t yet understand how to control it, refine it, or trust it.
Pride: Mastery Through Hands-On Radio
Following World War I—and through the rise of the British Empire’s global communications network—radio entered a golden age of understanding.
By the early 20th century, radio was no longer confined to governments and industry. It became a technology that individuals could build, modify, repair, and improve—often with parts and knowledge they acquired themselves.
In the United States especially, amateurs were:
- Winding coils by hand
- Building transmitters from discrete components
- Repairing receivers at home or in the field
- Understanding circuits because they had to
Radios were not sealed products; they were instruments. Accessories, antennas, tuners, and power supplies were designed, shared, and iterated on locally.
This was a time of justified pride:
- Pride in skill
- Pride in understanding
- Pride in independence
Amateur radio wasn’t about owning technology. It was about knowing it.
The Warning: Convenience Replaces Curiosity
As decades passed, radios improved rapidly. Reliability increased. Miniaturization accelerated. Eventually, radios became consumer products.
The warning signs were subtle:
- Schematics became harder to obtain
- Repairs shifted from component-level to board replacement
- Surface-mount parts replaced accessible through-hole designs
- Firmware replaced circuits
The hobby didn’t collapse—but something quietly changed.
Understanding became optional.
As long as the radio worked, curiosity was no longer required.
The Fall: When Repair Leaves the Community
The fall didn’t happen all at once. It happened when radios stopped being repairable by their owners.
Today, a large percentage of amateur radio operators can no longer work on their own equipment—not because they lack intelligence, but because the ecosystem no longer supports it.
I live in a region dense with technical talent and higher education—multiple colleges, engineering programs, and skilled professionals. Yet when my 1994 Yaesu HF transceiver failed, the prevailing advice wasn’t local troubleshooting or schematic analysis.
It was:
“Send it to a repair shop in Florida.”
A decades-old amateur radio.
Shipped across the country.
Because no one nearby could fix it.
That moment marks the fall.
The Worse Place: Where We Are Now
This is the worse place—and it’s where we are today.
Modern amateur radio is dominated by extraordinary equipment designed by companies like Yaesu, Icom, and Kenwood—companies that hold decades of accumulated HF intellectual property. Understanding our radio or anyone else’s for that matter is pipe-dream.
The radios are brilliant.
The performance is stunning.
The knowledge is sealed away.
Much of the global East now creates and maintains the understanding, while most of the U.S. amateur community just consumes the results.
We buy the radios.
We compare features.
We are satisfied—as long as they work.
But when they don’t, the answer is no longer “Let’s fix it.”
The answer is “Where do we get it fixed?”
Like every other consumer electronic device, we buy another one. This doesn’t feel right.
That is not where amateur radio began—and it is not where it thrives.
Why This Matters to Clubs and the Future
At Johnston Amateur Radio Society, like many clubs across the country, we’re focused on membership growth and engaging new operators.
Younger, technically curious people want more than polished tools. They want to be captured by the technology.
- To understand how our radios work
- To trace signals
- To be able to repair what breaks
- To customize and build what doesn’t exist
Remember the Erector Set? Radios don’t engage this kind of behavior today. What they do is put a seal on the enclosure and tell you your warranty will be voided if you break it.
If amateur radio becomes only an appliance hobby, it loses the very spark that once made it revolutionary.
My Goal: Reversing the Arc
With my HF SSB radio project, I’m not trying to recreate the entire body of global RF knowledge. That would be unrealistic.
What I am trying to do is interrupt the fall:
- Bring schematics back into the conversation
- Treat RF as something understandable, not mystical
- Talk about models, stability, noise, and tradeoffs
- Encourage building, not just buying
If we can reclaim even part of this understanding locally, repairability—and pride—returns with it.
Why This Article Uses the “Pride and Fall” Story Model
This article follows the Pride and Fall narrative structure described in Storyteller Tactics by Steve Rawling (Pipdecks):
Bad Place – Radio existed but wasn’t understood
Pride – Mastery through hands-on experimentation (1918–1939)
Warning – Convenience quietly replaces understanding
Fall – Operators lose the ability to repair their own tools
Worse Place – We rely on distant experts and sealed knowledge
This structure matters because it mirrors reality:
Progress without participation doesn’t lead upward—it leads outward, away from us.
Understanding our radios is not nostalgia.
It’s the foundation of resilience.
And amateur radio deserves to stand on it again.
My About page provides the background of my project, the Freedom7 HF Transceiver.
If this story resonates, comments are welcome. You can also reach me at david [at] kr4bad-dot-communications. no com
And if you believe understanding our radio matters more than black boxes, you can subscribe to my WordPress https://kr4bad.com/?subscribe=1.
73 KR4BAD David
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