Category Archives: Articles

Carlos Explores Japan’s Radio Nikkei: A Unique Shortwave Listening Experience from Brazil

Many thanks to SWLing Post contributor Carlos Latuff, who shares the following guest post:


Exploring Radio Radio Nikkei

by Carlos Latuff

It’s been a while since I listened to Nikkei Radio, a Japanese commercial broadcaster that operates on shortwave for a domestic audience. If I remember well, the signal was very weak and, since I don’t speak Japanese, I didn’t know what the content of its broadcasts was about. But today, with the possibility of recording the audio, transcribing it and translating it, it has become more interesting to follow its programs on shortwave here in Brazil, more specifically in Porto Alegre (distance between Nikkei’s transmitter in Chiba, Japan, and Porto Alegre, Brazil: 18779 km).

Nikkei Radio 1 was founded in 1954 and Nikkei 2 in 1963, and at the time it was called Nihon Shortwave Broadcasting Co., better known by the acronym “NSB”. Some Japanese electronics manufacturers have in the past released receivers dedicated to receiving the signal from these stations (see below).

Today, the Japanese company Audiocomm has radio models whose packaging states that this receiver is compatible with Nikkei Radio; note the image alluding to horse racing (see below).

I haven’t been able to acquire any of these devices (yet), since they were basically produced for the Japanese public. But any receiver with shortwave bands can tune into Radio Nikkei. I use my good old XHDATA D-808 with a long wire antenna. In Porto Alegre, the best propagation is between 08:45 AM and 06:15 AM (UTC). In the late afternoon, the signal also arrives, but with a fair amount of static.

Both Radio Nikkei 1 and Radio Nikkei 2 operate on the following frequencies:

Radio Nikkei 1:

  • 3.925 MHz (in case of emergency)
  • 6.055 MHz
  • 9.595 MHz (in case of emergency)

Radio Nikkei 2:

  • 3.945 MHz (in case of emergency)
  • 6.115 MHz
  • 9.76 MHz: (in case of emergency)

On the station’s website https://www.radionikkei.jp/ you can find details of its programming, as well as broadcast times, including a table (in Japanese) with this information, which can be translated with the help of Google Lens.

Radio Nikkei also broadcasts its programming via streaming, however the platform used (radiko) is inaccessible to me here in Brazil (see message below).

Nikkei Radio is majority-owned by the business newspaper Nihon Keizai Shimbun and the Tokyo Stock Exchange, which means the station focuses mainly on the financial market. However, much of its programming, especially on weekends, is dedicated to horse racing, a popular sport in Japan. In addition to news, talk shows and music, the radio station also broadcasts evangelical preaching (!). One of these religious programs is called “True Salvation” and is sponsored by The Japan Gospel Mission, a Christian Protestant organization.

This heterogeneous mix of business, horses and Jesus Christ makes Nikkei Radio an interesting station to tune into, to say the least.

The radio listening sessions published here were made in the central Porto Alegre, Brazil, between January 15th and 19th, 2025.

(Domo arigato gozai masu Mr. Tagawa Shigeru for helping me with translation).

Click here to view on YouTube.


Click here to view on YouTube.


Click here to view on YouTube.


Click here to view on YouTube.


Video Short: Tuning In Radio Nikkei 1

Part of Radio Nikkei 1 program “Health Network”, in Japanese. Topic: Winter diet and health. Listened in Porto Alegre, Brazil.

HF Signal Enhancer for SDR: A Hands-On Build by Steve Allen (KZ4TN)

Many thanks to SWLing Post contributor Steve Allen (KZ4TN), who shares the following guest post:


SDR Signal Enhancer

by Steve Allen

I came across this HF Signal Enhancer for SDR on the RTL-SDR.com website. It was designed and built by Peter Parker, VK3YE from Melbourne, Australia. Below is the link to the video of the signal enhancer in action using an RTL-SDR V4 Software Designed Radio;

www.youtube.com/watch?v=W6OXc_wZTXU

It was very easy to see and listen to the improvement to the signal reception the signal enhancer made. Having been a life-long shortwave listener and current SDR user, I had to build one.

I did a screen capture of the schematic, re-drew it using MS Word, and built the bill of materials. In Peter’s original design he included a T-R relay so you could use the SDR along with a transmitter, which I opted to leave out. I had the passive components in my “junk box” but had to source the enclosure, controls, and antenna connectors. I have used these clam shell extruded enclosures with previous projects and love the build quality and the fact that they incorporate a slot in the sides which let me insert a sheet of PCB material on which I can do the assembly.

Referring to the schematic drawing in Peter’s video, you can see that the variable capacitor “floats” above ground, which is not the usual application for these devices. To do that I mounted the vari-cap on a piece of non-plated PCB material that I cut to the width of the enclosure and it fit nicely within the slot. The vari-cap had three pins on the side of the frame that allowed me to force fit it into three holes I drilled in the PCB material. I was very careful to drill the holes undersize and then slowly open them up until the vari-cap press fit on to the board. For good measure I ran UV curing adhesive down into each hole, letting it flow all the way through before I set it with a UV light source.

I then drilled an oversized hole in the front panel for the vari-cap shaft to pass through.

I then mounted the RF gain and band switch. The next step was the assembly of the AM broadcast filter. As SDRs can be overpowered by local AM radio stations Peter choose to include an internal band pass filter that is configured for around 3.5 MHz. The intent of this filter is to attenuate the signals below 3.5 MHz. Strong AM stations will still be heard but there is much less chance of them bleeding through on the higher frequencies.

I assembled the filter on a piece of perf board and connected the component leads on the bottom. I passed leads back up through the perf board for the signal path and ground. I mounted it on the main board with a standoff.

The next step was the wiring of the inductors to the rotary switch. Simple, and I tied them to the vari-cap frame.

For the back panel I chose an SO-239 and a BNC for the antenna input, and for the radio connection an SMA and another BNC. I sanded off the coating on the enclosure at the antenna mounts as well as the four corners where the back panel screws into the top and bottom of the clam shell enclosure to provide good grounding of the enclosure. I wired the 1N4148 diodes on the antenna connectors, and attached the RG-174 coax. As Peter suggested, I grounded the long (relatively speaking) runs to and from the back panel with coax and grounded it at the back panel.

The last step was to apply a bit of epoxy adhesive to the fiberglass board and the slot it runs in to hold it in place. Once the epoxy set, I did the final wiring of the front and rear panel components. You can see how I sanded the corners of the back panel in the above photo.

I connected it to my inverted L antenna and an SDR Play RSP2 and gave it a test run. I like the fact that I can visually see the changes to the signal strength on the SDR software as well as audibly. It makes a noticeable improvement to the reception.

Thank you Peter. I enjoyed the build.

Steve Allen, KZ4TN

Parker Solar Spacecraft

Flying Into the Sun

On Christmas Eve the Parker Solar Probe is going to enter the Sun’s atmosphere for the first time to study Solar Wind. For radio hobbists of all ilks, this will hopefully help us understand more about the origins of Solar Wind, and thereby help us understand more fully the effects this has on radio signals (and other space weather issues).

The following is an exerpt from an article on ARS Technica by Eric Berger

Almost no one ever writes about the Parker Solar Probe anymore.

Sure, the spacecraft got some attention when it launched.  It is, after all, the fastest moving object that humans have ever built. At its maximum speed, goosed by the gravitational pull of the Sun, the probe reaches a velocity of 430,000 miles per hour, or more than one-sixth of 1 percent the speed of light. That kind of speed would get you from New York City to Tokyo in less than a minute.

And the Parker Solar Probe also has the distinction of being the first NASA spacecraft named after a living person. At the time of its launch, in August 2018, physicist Eugene Parker was 91 years old.

But in the six years since the probe has been zipping through outer space and flying by the Sun? Not so much. Let’s face it, the astrophysical properties of the Sun and its complicated structure are not something that most people think about on a daily basis.

However, the smallish probe—it masses less than a metric ton, and its scientific payload is only about 110 pounds (50 kg)—is about to make its star turn. Quite literally. On Christmas Eve, the Parker Solar Probe will make its closest approach yet to the Sun. It will come within just 3.8 million miles (6.1 million km) of the solar surface, flying into the solar atmosphere for the first time.

Read the whole article here

Posted by Robert Gulley K4PKM

Don Moore’s Photo Album: Albania – Part Two

Many thanks to SWLing Post contributor, Don Moore–noted author, traveler, and DXer–for the latest installment of his Photo Album guest post series:


Façade of the National Museum of Albania on Skanderbeg Square

Don Moore’s Photo Album: Albania – Part Two

Bunkers and Bugs

Click here to read Part One: Finding Radio Tirana

More of Don’s traveling DX stories can be found in his book Tales of a Vagabond DXer. Don visited Albania in March 2024.

Albania has a lot to offer foreign visitors. The country has coastal beaches, beautiful mountains and historical sites hundreds and thousands of years old. Tirana is a fascinating city filled with good restaurants and friendly people. It’s inexpensive. The central city is easy to get around on foot. I’m already planning my next visit.

But the number one reason to visit Albania is to see the sites related to the Communist era and the Enver Hoxha dictatorship. I don’t think there is anywhere else where you can get such close insight into what real life was like inside a brutal police state. Indeed, after visiting Tirana, I can’t imagine how anyone could praise dictatorships or say that their own country would be better off under a dictatorship. In Tirana three sites in particular stand out in this regard. And each of them has some interesting displays involving the use of radio.

The House of Leaves

The House of Leaves … the name sounds peaceful and innocent. That was once true. Constructed in 1931, the two-story villa originally served as the first obstetrics clinic in Albania. Then when the Nazis moved in after the Italian surrender in 1943, it was chosen as headquarters for the Gestapo. That might have been a minor blip in the structure’s history, but the Gestapo had remade the building into just what Enver Hoxha’s new government needed: a headquarters for their secret police.

The dreaded Sigurimi would occupy the building for nearly five decades. But that was supposed to be a secret, so no one could say what the villa really was, even though everyone knew. So it became known as The House of Leaves from the vines that covered the outer walls. Even then, the name was mostly whispered among the closest friends. It wasn’t safe to pay much attention to the building.

After the Communist regime fell in 1991, The House of Leaves mostly sat unused. Then, in 2014 the Albanian Ministry of Culture announced it would be turned into a museum telling the story of Sigurimi and its operations. The Museum of Secret Surveillance opened in 2017 and three years later was awarded the European Museum of the Year award by the Council of Europe.

The museum has many rooms focusing on various aspects of Sigurimi’s work. My favorite was one filled with electronics used to monitor and record conversations by suspected malcontents.

The key to monitoring someone was placing a radio transmitter bug in the suspect’s home. The Sigurimi made their own bugs in a workshop in The House of Leaves. They were particularly proud of the tiniest ones, which could very easily be hidden.

The bugs were usually placed inside a small piece of wood that could be placed under a table or chair. The effective range was only about two hundred meters, so monitoring posts had to be in the same building or nearby. The Sigurimi would either recruit a neighbor or persuade a neighbor to host a Sigurimi agent to monitor the recordings. Rinia brand transistor radios made in Romania were the preferred receiver. They were inexpensive and could easily be modified to receive the desired frequency. And they were common enough that possession of one didn’t mark a person as a government agent. Agents usually listened in on headphones while also making a recording of the conversation.

In some cases, homemade amplifiers were used to boost the weak signals produced by the tiny bugs.

Recordings of conversations of interest were taken back to The House of Leaves for further investigation at monitoring posts such as this one.

The Bunkers

Enver Hoxha knew that tiny Albania could never support an army large enough to repel an outside invasion. His experience as a guerilla in World War II, on the other hand, had convinced him that an armed hostile populace could do the job. Albania was, after all, the only occupied country to retake its own capital without any outside help. So Hoxha based Albania’s national defense on making sure that invading the country would be so difficult and painful that no one would dare attempt it.

A key part of that policy was constructing concrete bunkers. Hoxha’s goal was to construct 750,000 of them – approximately one for every four Albanians at the time. Just how many were actually constructed is not known, but the number was in the hundreds of thousands. And they were built everywhere – in farms, in forests, in villages, and in cities.

Most were the three-meter-wide Qender Zjarri type, just large enough to give two or three combatants a concealed firing position. Depending on the location these were built individually or else in small clusters. Today, a fun activity while traveling by bus through Albania is seeing how many you can spot. Occasionally these bunkers are used for storage but there are so many that most are abandoned other than the occasional visit by local teenagers. Evidently, they’re the cool place for losing one’s virginity.

The second type of bunker was the eight-meter-wide Pike Zjarri, intended to serve as local command centers. Being larger, many of these have been put to other uses. And then there were the big bunkers, huge complexes of underground rooms and tunnels where officials would take refuge and continue to run Albania’s government. But today’s Albania is not concerned with repelling foreign invaders. Instead it welcomes them in the form of tourists. And so two of the biggest bunker complexes in Tirana have been turned into museums. And both of them contain some interesting radio memorabilia.

Enver’s Refuge

The biggest bunker was a vast underground complex built in the 1970s inside the base of a mountain on the eastern outskirts of Tirana. Construction was so secret that this bunker’s existence wasn’t even known publicly until the 1990s. This was where Enver Hoxha and other top officials would have gone in the event of an invasion or nuclear attack. It had over one hundred rooms on five levels with its own power and water systems. The entrance passed through a decontamination station where anyone entering could wash off the fallout if a nuclear bomb had already been dropped. (Or so they hoped.)

The inside is a labyrinth of hallways and small rooms used for everything from communication centers to support services. There is even a small auditorium where the Albanian legislature could meet. Enver Hoxha and the prime minister had small spartan private apartments. Other officials, guards, technicians, and servants slept in dormitories. Of course, the facility was never used. It’s believed that Enver Hoxha only visited three times – once when it was completed in 1978 and then two more times for drills.

One of many hallways in the Enver Hoxha’s refuge. 

Enver Hoxha’s office in the big bunker. The desk has the same Chinese-made Red Lantern Model 269 receiver that I saw at the Radio Bar Tirana.

The Albanian military continued to use the facility for several years after the Communist government fell in 1991. After that it was locked up. Then in 2014 a pair of journalists came up with the idea of making it into a museum which was named Bunk Art. But it’s a history museum, not an art museum. Some rooms were left unchanged to show the structure’s original purpose. Others were filled with exhibits on Albanian history, the Italian invasion, the Communist period, and life under Communism. And those exhibits include a few interesting radio items.

According to the display, this was one of two portable transceivers in possession of Xhevdet Mustafa when he was killed by the Sigurimi on the beach south of Tirana in 1982. The display didn’t make clear who Mustafa was working for.

On several occasions in the early 1950s the CIA tried to insert small bands of Albanian agents into the country, mostly without success. This Russian-made transceiver was part of the gear that came with a small group of agents parachuted into Albania in 1953. The group were all killed or captured when they landed. With help coerced from the prisoners, the Sigurimi used this radio for several months to trick the CIA into continuing to air-drop supplies into the mountains.

This black-and-white Albanian-made TV was configured at the factory to only receive Albanian channels. However, clever Albanians figured out ways to use small electronic circuits (called kanoce) that overrode those limits. Albanians along the coast were able to receive TV from Italy while those in border areas could receive Yugoslav or Greek TV.

The Downtown Bunker

The original Bunk Art proved so popular with Albanians and foreign visitors that in 2016 it was renamed Bunk Art 1 and a second location, Bunk Art 2, was opened in the city center. This bunker had been built under the city streets near The House of Leaves and had been intended for use by the Ministry of Internal Affairs. It consisted of a single level with several branching hallways lined with small rooms. Today, it’s a museum telling the story of the Ministry (of which the Sigurimi was just one part) until its dissolution in 1991.

This bunker was also configured for a long-term stay. The Minister of Internal Affairs had this private bedroom.

Some Chinese-made radio equipment used by the ministry.

The Broom Bug

On 12 December 1985, the streets of Tirana were crowded with people out to watch a large patriotic parade which just happened to pass by the Italian embassy. Two women and four men dressed in fashionable western clothes and chatting in Italian among themselves snaked their way through the crowd to the door of the embassy. The Albanian police monitoring the door didn’t try to stop them. Obviously, they were Italian tourists or embassy workers. Except they weren’t. The sisters and brothers of the Popa family had long been persecuted by the Albanian government as their parents had collaborated with the Italians during the war. And now the six children wanted political asylum.

The Italians were willing to resettle the family in Italy but the Albanian government refused to give them permission to leave. Instead Albania demanded that the siblings be turned over to its police, which the Italians refused to do. The family would live in the embassy for 4 ½ years until the Albanian government finally agreed to let them go. In the meantime the Albanians kept a strong police and military presence in the neighborhood surrounding the embassy.

The Sigurimi wanted to know what was going on inside so they recruited an Albanian maid who worked at the embassy to help them. She was given five bugs and instructions to hide them in the usual places like behind paintings and under tables. They knew the Italians would find these and that was fine. It would give the Italians false confidence that they had found all the bugs. The real bug was concealed in a special new broom that the maid brought in and left in a closet next to where the Popa siblings stayed. Each day she was given a freshly charged battery to swap with the depleted one inside the broom. The Italians never discovered the bug-in-a-broom. The Popa siblings were finally allowed to leave the embassy for Italy on 3 May 1990.

Links and Other Info

Bob talks ergonomics and radio buttons…

XHDATA D-808 on a 5” × 9” neoprene pad.

Ergonomics and Radio Buttons

By Bob Colegrove

Am I being too picky?  Are the buttons on some newer portable radios hard to press?  I’ve read many reviews and watched as many videos, but haven’t encountered many complaints about this.  Perhaps it’s an age-related affliction.

The most succinct description of the problem was expressed in the review of the Tecsun PL-660 way back in the 2012 edition of the WRTH.  In referring to the buttons, “All are in our view rather too small for comfort and have breakout forces which are out of all proportion to their size; the combination of this with excessively long travel and weak tactile feedback does not give much pleasure to the user.”  The problem has only gotten worse with some newer portable radios.

I see two problems here.  First, too much pressure is required; what the WRTH called “breakout force.”  Designers may say, “that’s so you won’t accidentally turn the radio on and run down the battery.”  Well, I reply, “isn’t that what the ubiquitous lock button is for?  They all have one.”

If you’ve ever taken one of these radios apart, you’ve likely seen a pliable membrane between the buttons and the switches or traces on the PC board.  This provides some spring action necessary to return the buttons to the upright position.  Couldn’t this be thinner or more elastic?

Second, some radios have flat buttons that don’t protrude very far above the case.  By the time the fleshy part of your finger bottoms out on the surface of the case, still more pressure and button travel is required to activate the function.  Couldn’t the buttons be slightly higher?

The result, if you operate the radio on a desk or table and apply the requisite walnut-cracking pressure on a button, the radio might well rocket off its foundation.

Pads for Portables

A partial solution without violating the integrity of the radio is a stable foundation.  In today’s euphemistic world the term counterpoise is use when referring to what we used to simply call an electrical ground.  It seems some sort of mechanical counterpoise would be useful to better anchor a portable radio for operation.

Neoprene is a synthetic rubber developed by a DuPont scientist in 1930.  It is tougher than natural rubber and relatively impervious to solvents.  This stuff is virtually skidproof.  There are perhaps other materials suitable for this application, which is simply to get the radio to stand its ground while you operate it.  After some thought and experimentation, I bought a 1/16”-thick neoprene pad.  A 12” × 12” pad is more than enough.  Mine came from https://amzn.to/3XsmQDe [Note Affiliate link supports the SWLing Post].  I cut this into three smaller pads as follows:

7” × 12” for a Sony ICF-2010, which has nice easy-touch buttons and really doesn’t need a pad except to anchor the radio in place.

5” × 9” for a Tecsun PL-990 and many other similar size radios.

3” × 5”, the scrap piece can be used for a C.Crane Skywave, which already has nice raised buttons;  a Tecsun PL-330, which needs a pad most of all; and an XHDATA D-220, which doesn’t even have buttons.

A Tecsun PL-330 lying flat covers a 3” × 5” pad.  But that’s OK.

There are a couple of alternatives:

  1. You can leave a large pad uncut to accommodate various sizes of radios; or
  2. You can cut bits of neoprene and apply them as feet to the bottom rear corners of the radio and bottom of the stand.  There might be some difficulty getting them to stay in place or allowing the stand to fully collapse.  Some portables already have rubber feet.

It’s probably apparent that neoprene will adhere best to a smooth surface such as glass or Formica.  However, I have tested it on a cloth-covered, memory foam chair cushion, and it works just fine.  Pressing down the material will make it adhere to a surface even more.  I would estimate that a lateral force of at least 10 or 15 pounds is required to make a small radio break loose from three or four points of contact with the material.

Besides holding the radio in place while you operate it, much like a large table radio, neoprene offers the radio some cosmetic protection against abrasion from rough surfaces.  However, the material is so sticky it will pick up every bit of dust or dirt.  This can somewhat compromise its adherence requiring an occasional rinse in water.

Admittedly, the neoprene pad isn’t going to be very useful while you’re sitting in a beach chair using the radio in the handheld posture.  However, in the shack, a suitable pad has a purpose.

XHDATA D-220 sans buttons on a 3” × 5” pad.

Caps for Buttons

In the case of buttons which are too low, some additional help is desired.  On the Tecsun PL-330, I glued plastic caps on top of the STEP and ETM buttons, which raises them about 1/16” and helps considerably.  I am still looking for some transparent material to use as caps on the numbered buttons.

STEP and ETM buttons with caps on a Tecsun PL-330.

Further validated suggestions are solicited.

Dan Robinson Reviews the New Tecsun S-2200X Portable Receiver

Many thanks to SWLing Post contributor and supporter, Dan Robinson, who shares the following review:


Tecsun Delivers The S-2200X – New Life For A 16-Year-Old Cabinet Design

by Dan Robinson

Note: Please see an addendum of updates at the end of this post.

Some months ago, I learned from Anon-co that Tecsun planned to release an update to the S-2000 receiver, which for the past 16 years also sold under other names such as the Grundig Satellit 750 and later the Eton Satellit 750 and Eton Elite 750.

To say that this radio was long in the tooth is an understatement.

I remember seeing one when they first came out back in 2008 and I was never very impressed.  To me, the radio looked like a toy, and the performance did not impress.  The standout feature was the top-mounted rotatable antenna for MW/LW reception.  That was popular with those of us who own the Panasonic RF-2200 and it’s a great tool for MW.

Grundig Satellit 750

While popular with a certain segment of the listening hobby – beginners liked the 750 and even some veteran SWLs appreciated the retro design — the receiver was plagued by annoying issues, such as the famous wobbly tuning knob.  It also had limited selectivity, no synchronous mode, and mediocre SSB.

In 2013, The Monitoring Times (Larry Van Horn) took another look at the radio with the following memorable comments:

[MONITORING TIMES 2013]

“Needless to say some folks were not happy with our review of the 750 including Etón. In retrospect, over four years later, I would not change one single word I wrote in that review.  I believe we honestly gave a fair assessment of the unit that was shipped to us for review. If you read my previous review closely, you would see that most of my concerns back then had to do with quality control issues and most in our industry fully acknowledge that we were seeing some nasty stuff coming out of China back in 2008.”

So, measuring from 2008 when the first Eton 750 came out we’re now in 2024 and Tecsun has decided to preserve the cabinet design of the original radio while substantially upgrading the internals.

Enter the S-2200x

Photo by Anon-Co

Reviewers have obtained units from the first production run.  Tecsun has provided long-needed upgrades that put this radio on the same playing field as the very popular H-501 and PL-990 portables.

The 2200x adds a dedicated SYNC mode with its own front panel button.  AIR band is retained, though sadly coverage doesn’t extend up to give us the NOAA WEATHER frequencies.

My initial testing of the S-2200x shows that performance is excellent on SW, AM, and FM.  In contrast with portables from other manufacturers, SSB performance is excellent – in USB and LSB, tuning is smooth with no “warbling” and using the fine tuning control is a pleasure. Continue reading

Tuning In: An Artistic and Auditory Exploration of Korean Radio by Carlos Latuff

Many thanks to SWLing Post contributor and noted political cartoonist, Carlos Latuff, who shares this special dive into the world of radio both in and targeting the Korean peninsula. His report includes off-air recordings along with his own original artwork.


Koreas’ Radio War

by Carlos Latuff, a special for the SWLing Post

The war that divided Korea in two began in 1950. A truce was signed by both sides in 1953, but a peace agreement never came to fruition. Therefore, North Korea and South Korea remain at war. And this war is not just happening on the ground, but also over the airwaves.

Every day, a battle for hearts and minds takes place on AM, FM and shortwave. Whether the DPRK broadcasts are directed to South Korea, or South Korean broadcasters (including clandestine ones) broadcast to the DPRK.

I bring here a small collection of radio listenings made between February 29th and March 17th, all of them happened in Porto Alegre, Brazil, using a XHDATA D-808 receiver, with long wire antenna (outdoor), except for Radio Free Asia, listened with a Toshiba TR 486 receiver, using a telescopic antenna (indoor). Translations from Korean to English were made using transcription and translation apps.

KBS World

KBS World Radio was created in 1953, the year the truce was signed between the two warring Koreas, under the name “The Voice of Free Korea”, and today, as a public radio station, it broadcasts to several countries in different languages. Its programming includes news, music, variety, and of course, opposition to the DPRK government.

 

As part of the effort to promote “regime change” in the DPRK, the Seoul government, through its intelligence service, maintains clandestine radio stations (“Echo of Hope” and “Voice of the People”) whose role is basically broadcast 24 hours a day anti-Communist propaganda to North Korea, along South Korean and American pop music.

Echo of Hope

Voice of the People

Radio Free Asia

Created by the CIA in 1951, at the height of the Cold War and the conflict in Korea, Radio Free Asia has undergone changes throughout its history, but continues to be operated by the United States government and aims, in its own words, to “provide independent, uncensored and accurate local news” for countries like China, Vietnam and, of course, North Korea. Content directed at the DPRK follows the same principle as South Korean clandestine broadcasters: basically anti-Communist orientation, in order to achieve a “regime change”. The articles broadcasted on the radio are the same as those published on the Radio Free Asia’s website.

KCBS Pyongyang

Korean Central Broadcasting Station (KCBS) Pyongyang is the DPRK’s domestic radio station, whose programming reaches North and South Korea, even being heard in Japan. News about the achievements of North Korean leader Kim Jong-un, music and attacks on Seoul government, seen by Pyongyang as a puppet regime.

Voice of Korea

On October 14, 1945, the year Japan was defeated in World War II, KCBS Pyongyang and Voice of Korea were founded (domestic and international radio stations respectively). Voice of Korea broadcasts programming in several languages ??to the world via shortwave. The content is not much different from KCBS Pyongyang: achievements of North Korean leader Kim Jong-un, attacks on Seoul government and the United States, and traditional/patriotic music.