Many thanks to SWLing Post contributor Dan Van Hoy, who writes:
After the recent tragedy in Texas, I realized a lot of people might be looking for weather radios. So, I decided to make a video on that topic which I believe will be informative for just about everyone.
Even some of the knowledgeable members will have a video they can refer their family and friends to for further education and guidance:
Click here to view on YouTube.
Thank you for making and sharing this excellent video, Dan!
Many thanks to SWLing Post contributor Dennis Dura for sharing an article from Radio World that highlights recent NOAA Weather Radio outages and the broader implications for emergency alerting systems. A timely reminder of the vital role EAS backups play in public safety infrastructure.
Read the full article here: NOAA Weather Radio Disruptions Highlight Need for EAS Backups
By Jock Elliott, KB2GOM
Recently, this blog featured great coverage of the use of battery-powered radios during the recent blackout in Europe.
It was a serious business: electric power, cell phone networks, internet, all gone in a moment, followed by an instant information vacuum. Battery-powered portable radios and local broadcasters with backup power came to the rescue, providing information as they could.
You can find the SWLing blog coverage here:
And when Hurricane Helene slammed western North Carolina and eastern Tennessee, radio was an invaluable resource. It was two-way radio, but the point remains the same: radio can be of great help when the lights go out.
So, here’s the upshot: when the lights go out, the cellphone is mute, and the internet is down, you need a means of gathering information so you can figure out what’s going on and what actions you might need to take . . . and that means of gathering information would be a battery-powered radio capable of – at a bare minimum – receiving your local broadcasters on medium wave and/or FM, and, if you live in North America, also capable of receiving weather radio.
My strong personal preference is for radios that can be powered by standard-size (like AA, AAA, and D cells), off-the-shelf, readily-available, consumer-grade, non-proprietary batteries. Why? Because, during a long-duration emergency, when my standard-size rechargeable cells run out of juice, I can drop in some off-the-shelf alkalines and keep using my radio.
With that in mind, here are three radios that I like. All three deliver worthy performance on AM, FM and weather bands (and sometimes additional bands) and can be powered by off-the-shelf batteries. I have used all three over extended periods and can recommend them without reservation.
The CCrane Skywave SSB 2 is a radio that brings a lot of capabilities in a diminutive package (3” W x 4.75” H x 1.1” D). It can receive: AM: 520 – 1710 kHz (10 kHz Steps), AM: 522 – 1620 kHz (9 kHz Steps – International), FM: 87.5 – 108 MHz (Regular Mode), FM: 76 – 108 MHz (When 9kHz is Selected), Shortwave: 1711 – 29999 kHz, (Includes SSB Fine Tuning in increments of 10Hz, providing the ability to listen to long-distance ham radio communications), Aviation: 118 – 137 MHz with scan capabilities, and Weather Band with alert capabilities.
It will run for about 65 hours on a pair of AA batteries. It comes with an adapter that can be used to connect to a long-wire antenna for improved reception of shortwave and SSB signals.
The CCrane Skywave SSB was the first radio I purchased when I got back into shortwave listening, and I have employed it to monitor AM, FM, ham communications, air band, and weather alerts. It is a pint-sized powerhouse that delivers a ton of versatility, and I really enjoy using it.
CCRadio SolarBT
The CCRadio SolarBT measures 6 inches wide by 3 inches high by 2.5 inches deep and weighs just a bit over a pound with batteries installed. The CCradio SolarBT can receive AM (MW) band from 520 to 1710 kHz, FM from 87.5 to 108 MHz (76-108 MHz in expanded mode), and 7 NOAA Weather Radio channels from 162.400 MHz to 162.550 MHz. In my opinion, it provides a step up in performance on the AM, FM, and weather bands.
What really sets the SolarBT apart is the flexibility of powering it. There are five options: (1) an 18650 Li-ion 3.7 volt rechargeable battery which provides around 50 hours of playing time (the manual advises fully charging the internal battery before use), (2) 3 AA batteries (not included, but good for about 40 hours of playing time. Don’t use Lithium batteries, the manual warns.), (3) a 110 mA solar panel (park the radio in a sunny window to keep it trickle charged), (4) a wind-up dynamo generator (300-500 mA at about two rotations per second. 90 seconds of winding will power the radio for 8-13 minutes or will charge your cell phone enough to make a few quick calls), or (5) a 5-volt DC, 1000 mA micro USB cable or optional AC adapter.
To quote from my original review of the SolarBT: “The SolarBT may be small, but, in my opinion, it punches above its weight and provides excellent sensitivity for its size on the AM, FM, and weather bands. You might buy it as an emergency radio, but my guess is that you will soon discover the joy of DXing with it.”
CCRadio 2E
The CCRadio 2E is large – 11″ W x 6.5″ H x 4″ D – but very capable. The CCrane company calls the 2E its “flagship,” and I can see why: in my experience, the 2E delivers exceptional performance in receiving AM, FM, and NOAA Weather Band with Weather Alert. In addition, it can also receive the 2-Meter Ham Band, which could be a vital source of useful information during an emergency.
In normal operation, the 2E can run off house power. But when the electricity goes off, it switches automatically to four internal alkaline D cells (user supplied), which offer roughly 170 hours of operation at a moderate volume level with the display light and weather alert feature off.
When my sister-in-law admitted that she didn’t have an emergency radio, I gave her a 2E. Why? Well, in part because of the exemplary performance, in part because of the long duration on batteries, and in part because it operates much like a car radio. I found her favorite stations, stored them, selected the strongest weather station, and also found and stored the local ham repeaters. Then I explained it to her: “Press this button to turn it on, this button to select the band you want, then press the buttons on top to select the station you want.” Easy-peasy.
The 2E isn’t just an excellent emergency radio, it’s a really great general purpose radio that will please habitual radio listeners and delight DXers who hunt for distant stations.
What if . . .
I can almost hear what you are thinking: ‘Yes, that is all well and good, but what if I already have a radio that I really like that runs on rechargeable batteries?”
Fair enough. My answer would be: buy some additional batteries that fit your radio, charge them up, and make sure that you keep them topped up from time to time.
And if your favorite radio does not receive NOAA weather band and you live in North America, get yourself a dedicated weather radio to fill in the gap. I own and can recommend the Midland WR120 Weather Alert Radio. It offers excellent performance and very sophisticated alert programming options.
So get yourself prepared, radiowise, for the next emergency . . . and enjoy your radios in the meantime!
No matter where you live in the world, everyone should have a battery-powered or self-powered (hand-crank) portable radio in their home.
Recently, the pace of articles here on the SWLing Post has slowed down. That’s because I live in Swannanoa, North Carolina—a town that was particularly hard-hit by Hurricane/Tropical Storm Helene, which brought unprecedented rainfall and caused widespread destruction.
As I’ve mentioned in a previous post, I’ve been chronicling my experiences on my ham radio blog, QRPer.com. I’ve also been sharing regular audio updates with supporters on Patreon.
In short, our rural mountain community was completely cut off for several days. Our bridge washed out, and a critical section of road crumbled daily.
At one point, two families had to be helicopter-evacuated for medical reasons, and less than a week after the storm, the Sheriff’s department came door-to-door recommending evacuation.
Our amazing community pulled together: we cleared our road of hundreds of downed trees and made sure everyone had food, water, and supplies. We took care of each other.
Now, things have improved dramatically. After two and a half weeks without power, we’ve been reconnected to the grid. The Kentucky Department of Transportation repaired our road, making it accessible to regular vehicles again. On Tuesday, an arborist crew finally made it up the mountain to remove fallen trees from houses.
Although things are starting to feel more normal at home, the impact on Swannanoa, Asheville, and surrounding areas has been profound. Entire neighborhoods are gone, numerous businesses have closed, and several grocery stores were severely damaged.
The National Guard helped us for a full day at our home. Thank you 5th Battalion 113 Field Artillery!
It’s often said that modern communications infrastructure fails us after a disaster.
I can confirm, first hand, that this is true.
The mobile phone network went offline during the storm, leaving us without service for days. Even now, three weeks after the storm, mobile phone service remains unreliable. Calls drop every few minutes.
Mobile data services at home are still down at time of posting (October 18, 2024). Internet services like cable, fiber, and DSL are mostly still out across the county. Only those with satellite internet have a connection—I’m fortunate to be one of them. Our cell tower still only supports basic voice calls and text messaging, without data or media attachments.
As many of you know, I’m not just a radio listener, but also a licensed amateur radio operator, and both of these hobbies became essential post-Helene.
As highlighted in an article by WIRED, amateur radio proved to be our lifeline for communication when everything else failed.
Using the local repeater (N2GE on Mount Mitchell), I was able to pass wellness checks, coordinate helicopter evacuations, and arrange supply drops for our community. I handed out a few handy talkies to unlicensed neighbors so we could stay in touch.
My wife and daughter, who are also hams, helped tremendously. While I was out with a chainsaw, clearing driveways, they acted as net control operators on our community’s simplex frequency (147.555 MHz), passing critical messages.
For that first week especially, amateur radio truly was our community’s connection to the outside world.
Fortunately, our local TV station remained online after the storm, but few people could access it. Many people rely on cable or internet to watch TV, and in areas like ours, the digital transition over a decade ago left many without the ability to pick up over-the-air signals.
In contrast, FM and AM radio became the most reliable sources of information. Here in Buncombe County, public information and news were broadcast on 99.9 MHz (FM) and 570 kHz (AM). Both stations stayed online throughout the disaster, and the information they provided reached a vast audience. Check out this feature from CBS Evening News:
In Henderson County, the local AM station WTZQ stepped up as well. They did incredible work serving their communities post-Helene, as highlighted in a report by Queen City News:
As a presenter in the above story pointed out, everyone should have a battery-powered (or self-powered) AM/FM/Weather radio in their home.
After a disaster, you’ll rely on that radio for essential updates like where to find clean water, how to apply for FEMA assistance, what businesses are open, and when services will be restored.
Even three weeks after the storm, much of the Asheville area is still without water, so radios remain vital for getting updates.
Here at SWLing Post HQ, I shared my extra portable radios with neighbors who needed them. I used my CC Skywave SSB 2 in the kitchen window to tune into local news on 99.9 MHz and 570 kHz. I also relied on my XHDATA D-109 and CC Radio 3—they became our constant companions for information.
Many of you here on the SWLing Post are already radio enthusiasts, so no doubt I’m preaching to the choir. But let this serve as a reminder to stock up on alkaline batteries and check your radios regularily to make sure they’re fully functional. Keep spares on hand so you can lend them to neighbors if needed—they’ll never forget your generosity.
And don’t assume your area is safe from natural disasters. Western North Carolina was considered one of the safest regions in the country for weather, yet we were hit by one of the most devastating storms in state history.
Stay prepared. Don’t become complacent.
Over the past few weeks, many of you have reached out with kind words and support, and I can’t thank you enough!
As of this morning, I have 310 messages in my inbox.
I’ve been too busy to reply to emails and comments—though I’ve read each one—but I truly appreciate your patience as I try to catch up. My days have been consumed by helping neighbors and getting our own life back in order. It’s been exhausting but incredibly rewarding, and we still have months of work ahead of us.
Thank you also to the contributors who have kept the SWLing Post running during my absence, and a special shout-out to my friend Vince (VE6LK), who has taken on a huge role in keeping QRPer.com updated.
Again, I’ve been posting updates on QRPer.com and sharing more informal audio updates on Patreon.
Thank you so much for your support and understanding—and, again, keep those radios ready. You never know when they’ll become your primary source of information!
Best & 73,
Thomas (K4SWL)
Many thanks to SWLing Post contributor, Carlos Latuff, who shares the following recording of a USCG National Weather Service broadcast along with NOAA radiofax weather maps. Carlos notes:
Part of National Hurricane Center’s Tropical Weather Outlook Text, Hurricane Francine warning, broadcasted by US Coast Guard at Chesapeake, VA. Listened at Urca Beach, Rio de Janeiro, Brazil, 13089 kHz, Sept 11, 2024, 23h15 UTC.
Bonus: Three NOAA’s radiofax on Hurricane Francine (and Tropical Depression Seven) via USCG Boston, and received at Urca Beach, Rio de Janeiro, in the same evening.
By Jock Elliott, KB2GOM
I had intended to travel light; I really did . . . but I betrayed my best intentions.
Instead of a “minimal” radio go-bag, I had stuffed a small cross-body bag with: a ham radio handi-talkie (a Yaesu VX-6R) with high-performance antenna, extra batteries for the handi-talkie, a car plug-in adaptor for the handi-talkie, a scanner (Uniden 436) with high-performance antenna, extra batteries for the scanner, a CCrane Skywave SSB, and a CCrane CC Buds Solo In-Ear Single Earbud.
But when I got near the shore of Lake Ontario, what did I actually use . . . what gear brought me the most radio joy? The CCrane Skywave SSB and the Solo Earbud. In particular, during the early morning hours with sweltering heat, epic humidity, and threatening severe thunderstorms, I found myself happily listening to a trio of NOAA weather radio stations, one of which included a marine forecast for Lake Ontario, and all of which helped us to plan our activities.
Then, at 2130Z, on June 21, I took a crack at hearing the 2024 BBC Midwinter Broadcast to Antarctica. Here’s my report:
Listening from Sodus, NY, near the shores of Lake Ontario, on a barefoot CCrane Skywave SSB, AM mode (tried SSB, it didn’t help). No recording.
9585, 9870 — heard nothing.
11,685 — very difficult copy, surging static. Could hear male and female voices but couldn’t discern what they were saying, occasional music (?)
Around 2140 — child’s voice saying “we miss you.”
Music at end.
So would it have been easier to copy the Midwinter Broadcast with my Big Gun SW receiver and the 50-foot horizontal room loop? Of course.
Was it fun to try anyway with a shirt-pocket-sized radio and a dinky whip antenna? Absolutely.
Sometimes traveling light delivers fun despite its limitations.
By Jock Elliott, KB2GOM
The syllables coming through the headphones were unknown to me. Clearly it was a language, but not one that I knew. So I logged it: 2/18/24, 1101Z, 1660 kHz, unknown language, orchestral music. (I later found out it was a Korean language station from New Jersey.) Then I moved on down the band.
Next stop: 1650 kHz, male voice French. Then: 1630 kHz, pop music, followed by “Arabic sounding music” on 1610 kHz, and so on down the medium wave band. It was a pre-dawn morning, and I have had a great deal of fun, creeping along in 1 kHz increments using the 2.5 kHz bandwidth, turning the radio from side to side in my hand, trying to tease out distant stations, and hoping to hear my first transatlantic DX.
In my lap was a radio that very much resembles a brick, but a very elegant designer brick. In the words of the instruction manual: “The CCRadio Solar is likely the first emergency radio that doesn’t look like one.” The folks at CCrane sent me one for review without charge.
The CCRadio SolarBT measures 6 inches wide by 3 inches high by 2.5 inches deep and weighs just a bit over a pound with batteries installed. Most of the SolarBT’s case is white polymer, but the bottom, top, and sides are covered with a gray rubberized “skin.” The end effect is a solidly built unit that is pleasant to view, easy to handle, and won’t readily slide off a slippery surface.
The CCradio SolarBT can receive AM (MW) band from 520 to 1710 kHz, FM from 87.5 to 108 MHz (76-108 MHz in expanded mode), and 7 NOAA Weather Radio channels from 162.400 MHz to 162.550 MHz. In addition, the SolarBT has a wealth of other interesting capabilities, and we will get to those in just a bit.
Clearly, the CCrane folks are serious about this radio’s emergency capabilities. There are five different ways of powering the SolarBT: (1) an 18650 Li-ion 3.7 volt rechargeable battery which provides around 50 hours of playing time (the manual advises fully charging the internal battery before use), (2) 3 AA batteries (not included, but good for about 40 hours of playing time. The manual warns: don’t use Lithium batteries), (3) a 110 mA solar panel (park the radio in a sunny window to keep it trickle charged), (4) a wind-up dynamo generator (300-500 mA at about two rotations per second. 90 seconds of winding will power the radio for 8-13 minutes or will charge your cell phone enough to make a few quick calls), or (5) a 5-volt DC, 1000 mA micro USB cable or optional AC adapter.
On the left of the front panel, you’ll find a 2-inch, 3-watt speaker. To the right of that is an LCD panel which serves as information central for the SolarBT. The display’s backlight will stay illuminated for about 10 seconds after each button press; you can set the light to stay on continuously if the SolarBT is plugged into continuous power. To the right of the display are a couple of up and down tuning buttons. Press quickly to advance to the next tuning increment. Press and hold to automatically tune to the next strong station. Hold continuously to cycle through the entire band.
Below the display are 5 memory station buttons that have some additional functions we’ll get to in a while. To the right of the memory buttons is the volume knob.
The top of the radio is dominated by a solar panel that, if exposed to direct sunlight for 8 hours will provide 10 to 14 hours of playing time at medium volume. Surrounding the solar panel are 4 buttons: one for power, one for the flashlight, one for changing radio bands, and one for BlueTooth functions. At the extreme back edge of the top is a fold-out telescoping antenna for FM and weather band reception. Inside the case is 10-centimeter a ferrite bar antenna for AM reception (by comparison the ferrite bar inside a CCrane Skywave is 7 centimeters).
CCrane’s attention to detail is evident: the button for the flashlight glows in the dark (very handy if you awake to find the power is out), and the instruction manual is very informative and well-written. In fact, it’s been my experience that CCrane consistently delivers the best-written user manuals in the radio business. Well done!
On the left side of the case is the LED flashlight. On the right side is a soft rubber hatch that provides access to a jack for auxiliary input, a radio power/charging jack, a switch for selecting between the 3 AA batteries or the 18650 rechargeable battery, an earphone jack, and a standard USB port that can be used to charge your cell phone.
On the back of the SolarBT is the fold-out crank for the dynamo generator and a hatch for accessing the 3 AA batteries and the 18650 rechargeable battery. That’s it.
Judicious pressing of the memory buttons provides access to the clock and alarm functions, to selecting 9 or 10 kHz AM band tuning steps, to designate clock or frequency while listening to the radio, to select 1 kHz running steps on the AM band, and to choose among 3 different bandwidths for the AM band: 6 kHz, 4 kHz, or 2.5 kHz. The manual will tell you how.
Yes, you say, but how does it perform? Bottom line: just great.
The SolarBT may be small, but, in my opinion, it punches above its weight and provides excellent sensitivity for its size on the AM, FM, and weather bands. You might buy it as an emergency radio, but my guess is that you will soon discover the joy of DXing with it.
I would be remiss if I didn’t add the following. Normally, I “play radio” using headphones to help compensate for a hearing deficit. Lately, however, I have been listening to the NOAA Weather Radio on the CCRadio SolarBT through the speaker, and I have found that the sound coming through the speaker is very pleasing indeed.
A final note: I did not test any of the Bluetooth connectivity because at present I do not own any gadgets that would connect through Bluetooth.
Bottom line: I liked the CCRadio SolarBT a great deal and can happily recommend it. You might buy it as your emergency radio, but don’t be surprised if you find yourself using it for general listening or for DXing distant stations.