Category Archives: Shortwave Radio Reviews

Paul Reviews the Radtel RT-880G

by Paul Jamet

Looking for a versatile radio?

Which radio listener hasn’t dreamed of owning a portable multi-band receiver allowing them to explore the widest possible radio spectrum?

For nearly a year now, walkie-talkies have appeared on the market which, beyond the classic VHF–UHF functions, also allow listening and transmitting on CB (27 MHz) as well as listening to LW/MW/SW bands (LSB/USB/CW). The RADTEL RT-860 has won over those who have tested it.

Read here: Dan Reviews the Radel RT-860

The arrival of the Quansheng TK-11 — available in three versions — has caused quite a stir on social networks. Then, almost at the same time, the RADTEL RT-880 and RT-880G (G for GPS) appeared, also sold under other names such as iRadio UV98.

Among all these available models, I chose — as a radio listener, especially when I’m traveling — the RADTEL RT-880G. My choice is explained mainly by its antenna connectors (SMA-Female and SMA-Male), its large color display, its GPS module, its thousand memory channels, and the possibility of simultaneously monitoring three VHF/UHF frequencies. This device is highly customizable, but its user manual would deserve to be much more detailed and explicit.

The RT-880G comes with a “standard” 18 cm antenna for VHF-UHF bands, which is also used for FM station reception. I haven’t yet tested the device on the 27 MHz (CB) band, for which a dedicated antenna is preferable. No antenna is provided for LW/MW/SW listening.

For listening to LW/MW/SW bands, the device is often shown with small donut-type loop antennas (10 cm diameter).

However, for easier transport, I simply chose this small telescopic SMA-Male antenna, 48 cm long (weight: 20 g): to which it is possible to clip a wire antenna, such as the SONY AN-71, which can prove very useful.

I also used an antenna normally intended for CB, the ABBREE 27 MHz telescopic antenna (130 cm), admittedly heavier (weight: 78 g) and bulkier, but which gives very good results for the HF band.

The purpose of this contribution — which concerns only listening — is to arouse curiosity among mobile (or stationary) listeners, to invite those who own this walkie-talkie to come here and share their experience, and to collect your comments. It is therefore not a full review of the RT-880G, but simply an illustration of what it offers for listening to LW/MW/SW bands.

For LW/MW/SW bands, the RT-880G allows you to set the:

  • step to 1 – 5 – 10 – 50 – 100 – 500 – 1,000 – and 9 kHz],
  • bandwidth [0.5 – 1.0 – 1.2 – 2.2 – 3.0 – 4.0],
  • AGC (Automatic Gain Control)
  • BFO – (Beat Frequency Oscillator) – used for fine tuning SSB reception (the minimum step being 1 kHz).

Sample Recordings

Local park where some of the recordings were made.

Here are a few audio files that will help you form an opinion.  The recordings were made with a smartphone placed near the receiver.  The recordings were made using a smartphone placed near the receiver. The sound quality is quite good, even surprising. Continue reading

XHDATA D-219: A Classic Budget Shortwave Receiver in Fresh New Colors

Many thanks to SWLing Post contributor Paul Jamet, who shares the following article: 

The XHDATA D-219 Receiver Gets a New Look

by Paul Jamet

Two and a half years ago, I shared my enthusiasm for an XHDATA receiver, the D-219, first launched at the end of 2022:

Read: Paul explores the incredible affordability of the XHDATA D-219

The XHDATA D-219 stands out for its low price and impressive performance. It combines nostalgic analog charm—with its needle dial—with the power of modern DSP technology, delivering excellent multiband performance for its class and cost. Whether you’re an enthusiast, a traveler, or simply discovering shortwave for the first time, the D-219 is a wonderful gateway into the vast world of radio.

More than 25 readers have commented on or contributed to discussions about this little receiver. The D-219 is very easy to use, has a vintage look, a classic needle dial, and runs on two AA batteries. Sources confirm that it is based on a Si4825-A10 architecture, with analog tuning (via potentiometer and voltage), mono audio output, and reception across the following bands:

  • FM1: 87–108 MHz (International band)
  • FM2: 64–87 MHz (East Asia)
  • AM (MW): 520–1710 kHz (10 kHz spacing) or 522–1620 kHz (9 kHz spacing, depending on version)
  • SW: 9 shortwave bands covering 4.75–22 MHz

Switching between bands is simple—just turn the side-mounted dial.

Recent events have also renewed interest in battery-powered radios and resilient technologies like AM radio, particularly during massive power outages such as:

In such emergency situations, the D-219 becomes even more appealing: it’s lightweight (150 g without batteries), very intuitive to use, and powered by standard AA cells. On top of that, its performance is excellent.

Until recently, XHDATA offered the D-219 in just two classic colors: gray and silver-gray.

But in the past few days, XHDATA has introduced two new finishes on its website: malachite green and grayish white—still under €9 (excluding shipping). Stocks appear to be limited.

Personally, I was immediately drawn to the Malachite Green version.

Its matte finish looks elegant and really highlights the receiver’s craftsmanship. Honestly, I think it’s beautiful! The green gives it a distinctive character and elevates the quality of the finish.

Elegance, performance, and price all come together to make the D-219 an excellent way to discover—or rediscover—shortwave across its nine bands.

With the D-219 ‘Malachite Green,’ radio isn’t just something you hear—it’s something that catches your eye.

A Timeless Receiver: Going Old School with the Lowe HF-150

Many thanks to SWLing Post contributor Dale (W4OP), who shares the following guest post:


Going Old School: The Lowe HF-150

by Dale (W4OP)

Lowe Electronics of Great Britain introduced their first shortwave receiver, designed by Jon Thorpe, in 1987: the model HF-125. The HF-125 was a 30 kHz to 30 MHz compact receiver with three filter bandwidths and AM/SSB/CW detection. As with all of the Lowe receivers, the HF-125 combined excellent build quality with no-nonsense operation. Options included a whip amplifier, keypad for direct frequency entry, and an AM synchronous detector. The diminutive receiver was an instant hit and was manufactured until 1989, when it was replaced by the HF-225. While slightly larger (9” x 10” x 4”), the HF-225 included the built-in whip amplifier, but AM sync was still an option. The HF-225 had a long run from 1989 to 1997. The front panels of the HF-125 and HF-225 were very similar and easy to operate.

There was also a “professional” version of the HF-225 called the HF-235. It was considerably longer than the HF-225 with rack handles, a front-facing speaker, keypad, and, I believe, a built-in 110/220 VAC power supply.

In 1991, Lowe, under the design of Thorpe, introduced the remarkable HF-150, the subject of this paper. Gone were the painted and bent metal enclosures, replaced by a beautiful anodized, extruded aluminum cabinet almost 1/8” thick. The HF-150 was also smaller (7.3” x 3” x 6.3”) and lighter. While the keypad was still an option, the HF-150 now contained built-in batteries and a built-in charger.* When the HF-150 came out, rechargeable batteries were NiCad, and typical capacity was 1000mAh. The HF-150 typically draws 250mA, so the NiCads in the HF-150 might give you 4 hours of run time. Today, we have NiMH batteries that have a higher energy density than NiCad cells, and I routinely see 2800mAh. That means around 10–11 hours of run time on a single charge.

In the HF-150, the whip preamp is built in, not an option. The whip and its preamp are equivalent to the short active antennas we often see in use today. This is a great feature and results in very good sensitivity from a very short antenna. A three-position slide switch on the rear panel allows for running from the active whip, a conventional antenna like a dipole, or a random wire. The slide switch also allows for introducing a -20dB attenuator to prevent overload. This was a condition often seen in Europe back in the day when there were so many high-power shortwave stations.

Also on the rear panel is a socket for the optional keypad, a socket for an external speaker, and a socket for a recorder output. The two battery boxes house a total of 8 AA batteries.

The front panel could not be simpler or more elegant in its design. There are only 2 knobs—AF Gain and Main Tuning—and three momentary push buttons. The use of these three buttons is the magic in this receiver.

The leftmost push button controls 60 memories. The main tuning knob cycles through the memories at about 25 memories per knob revolution.

While in the memory mode, the center and right-hand push buttons allow for recalling the current memory or storing the current frequency, respectively.

The rightmost push button changes the tuning speed to 100 kHz/step and allows for very fast QSYing through the entire receiver range. The frequency display in fast mode shows only the MHz and 100 kHz positions.

Press Fast again, and the display reverts back to displaying the 1 kHz least significant digit. The normal tuning rate depends upon the mode. In SSB, the steps are 8 Hz (1.6 kHz/revolution). Normal AM and AM Narrow are 60 Hz (12 kHz per revolution). There are four AM sync modes:

  • Double sideband sync  8Hz steps  1.6KHz/rev    7KHz filter
  • HiFi AM sync   8Hz steps   1.6KHz/rev                 7KHz filter
  • AM Lower sideband sync 8Hz and .8KHz/rev       2.5KHz  filter
  • AM Upper sideband sync  8Hz and .8KHz/rev      2.5KHz filter

Normal AM uses a 7 kHz filter, and there is also a narrow AM using the 2.5 kHz filter.

Recovered audio is the best I have ever heard on any receiver. I don’t make that claim lightly. It is just so smooth and wonderful to listen to—even using the internal 3” speaker.

Distortion is under 1% in all modes.

The synchronous detectors lock and stay locked. If you tune fast in sync mode, the receiver reverts to regular AM mode at a faster tuning rate and then relocks in sync once tuning is suspended.

In any mode, variable-rate tuning is used. Fast tuning of the main tuning knob will result in a tuning speed of 8x the normal rate in SSB and 6x the normal rate in AM/AM Narrow.

AM sensitivity is 1 µV from 500 kHz to 30 MHz and 0.3 µV if the whip amp is enabled.

SSB sensitivity is better than 0.5 µV from 500 kHz to 30 MHz and under 0.2 µV with the whip amplifier enabled. I have verified these numbers in my lab.

Dynamic range (reciprocal mixing) and 3rd order intermod are also respectable.

The receiver is simply luxurious to use. I know that is not a technical term, but it describes the receiver very well. The previously described aluminum extruded cabinet can likely be driven over without damage. Encoder tuning combined with the heavy tuning knob is velvet smooth. Black button-head cap screws add to a professional look.

When the 8 batteries are fitted, the receiver weighs in at just over 3 pounds and stays put while tuning or pressing buttons.

Third parties are making the optional keypad, and they may be found on eBay or the Lowe IO group. The same goes for the PL-259-fitted telescoping whip.

Lowe also offered an SP-150 matching speaker and S-meter (audio-derived, I believe) and a very nice preselector (PR-150). Both bring premium prices today.

As the receiver was produced, the LCD did not have backlighting, making it difficult to use, say, bedside at night. As you can see from the first photo, I have backlit mine and those of a number of friends. It is not difficult, but also not for the faint of heart, as it involves delicately removing the silver film on the rear of the LCD display. The Lowe IO group describes a couple of methods for accomplishing backlighting.

There are no surface-mounted parts, and as the main board is uncrowded, repair is easy. There is a long service document that is so in-depth that you could build your own HF-150—assuming you could get the firmware into the microprocessor. I wish other pieces of gear I own were half this detailed.

Jon Thorpe designed one other receiver for Lowe, the HF-250. It is a thing of beauty, also with its 3D black anodized front panel. More filters and features and quite rare today. After designing the HF-250, Jon was hired by AOR, and the well-known AOR7030 was the result.

After Jon left, Lowe did not produce any other receivers I am aware of, but they did privately badge the Palstar R-30 under the Lowe HF-350 model.

I trust the numbers I have provided are reasonably accurate, and if not, Lowe documents will provide better information anyway.

*Note: Users must be very careful not to run the HF-150 from its AC supply while the receiver is fitted with alkaline batteries. The result will be corrosion of the two battery boxes.

Why Jeff Returned the Qodosen DX-286

Many thanks to SWLing Post contributor Jeff McMahon, who notes that he’s published his thoughts about the Qodosen DX-286 [SWLing Post affiliate link] over on his blog, The Herculodge. While the DX-286 had solid AM reception, its audio quality and build didn’t quite meet his needs.

In the end, Jeff opted for a more robust choice for his setup. Curious about his experience with the DX-286 and why he made the switch? Read Jeff’s review here.

John’s Updated Review of the Choyong LC90 Multi-Band & Internet Radio

A Further Review Update on the Choyong LC90

By John Figliozzi, NASWA Journal Shortwave Center Editor

Prepared December 12, 2024

Having previously reviewed the overall performance of the Choyong LC90 and then updated that review to include firmware upgrades the radio’s manufacturer has implemented to address some initial problems or shortcomings, I now turn to evaluating how this radio performs as a primary substitute for other comparably sized radios currently and previously on the market.

First, some caveats should be kept in mind.

This is the first – and only – radio on the current market that makes possible reception of longwave, medium wave, shortwave, FM radio station signals and Internet streaming radio stations in one self-contained unit.

Exemplifying that unique status, it also allows for connection to personal music sources via Bluetooth and permits the user to access Internet streaming via both WiFi and cellular over-the-air connections.

Furthermore, in another soon coming firmware update, its developer is promising the addition of RDS capability on FM, metadata transmission within Internet radio streams, as well as music library and podcast access through Spotify and Apple.  

In sum, the LC90 is a most versatile instrument – the most versatile radio available anywhere.

This is also a “portable” radio, not a desktop model.  As such it is designed to operate as a “traditional” radio optimally off its self-contained whip antenna.  Though an ability to connect an external antenna is provided, the use of anything other than a relatively short wire is likely to overload the radio’s internal electronics.  This is not a design flaw.  Therefore, it should be evaluated against other consumer-grade portable radios, not against more sophisticated semi-professional equipment.

The Parameters of This Test

Having said that, I set out to test how the LC90 works as one’s primary portable radio.  By that I mean, for example — besides for use when at home — if one is traveling and has limited storage space in one’s luggage, would taking only the LC90 offer satisfactory performance in the absence of any “back-up” receiver?

Most of us establish over time a pattern to our radio listening.  We regularly tune-in to particular stations at particular times for particular content.  This is how I performed this study.

As one example, I regularly listen to Radio Romania International’s mid-afternoon (mid-morning in eastern North America) transmission in Romanian for western Europe via shortwave.  American and European pop rock music is a prominent part of the programming and, since I don’t speak Romanian, I find listening both accessible and enjoyable.  This is a good and fair test since RRI is a station with powerful transmitters that, even when not targeting eastern North America, can and does provide reliably good reception here.

I use FM regularly and primarily for local public radio and their content including their relays of BBC World Service, as well as low power community stations.

I’ll tune somewhat distant medium wave (AM) stations after dark for content I find unique.  One example is CFZM 740 “Zoomer Radio” in Toronto which offers old time radio shows at 10 each night.  Toronto is about 300 miles west of my home location, so it’s an intermediate distance that usually promises decent nighttime reception.

And I have several favorite stations worldwide only accessible via Internet radio.  Some are current or former international broadcasters that previously used or still use shortwave.  Others are domestic stations that make content that I find enjoyable, informative or unique available through Internet streaming.

Internet Radio

The LC90, as stated in my previous review and subsequent revision, performs very well in finding and listening to Internet radio stations.  Its interface is still comparatively a little “clunky”, but in truth all of them are in one way or another.  What it comes down to is learning the logic behind each and, once one spends some time with the LC90, its own interface becomes more familiar and directly useful.  Uniquely, it also allows for voice search of stations, something that doesn’t always work well and can be frustrating.  But it’s fun and useful to try it and if not giving the desired result, one can move on to other provided search methods.

The LC90 — also uniquely — provides two ways of accessing Internet radio stations – via WiFi and via a pre-purchase of time on cellular networks.  Both work well and the availability of cellular access offers a level of flexibility other Internet radios don’t have.

In sum, one need not have another Internet radio to “back up” the LC90.  It’s more than fine on its own.

Shortwave

Off its whip antenna, the LC90 performs at least very close to the way most comparably sized quality portable shortwave radios perform that I’ve used or tested.  Included among them are the Grundig YB400, Panasonic RF-B65, Tecsun PL-398 and Sangean ATS909.

Recent firmware updates all but eliminated the annoying “birdies” that cropped up across the bands previously in the LC90.  I have noted some random “ticking” at times when listening on shortwave and can’t determine if that phenomenon is due to the radio’s internal electronics or ambient atmospheric conditions that the radio’s sensitive circuitry somehow picks up.

A further update has added a rather rudimentary ability to tune single sideband transmissions.  (It’s all that the radio’s original basic architecture will allow.)  But this is important because it opens the potential to hear amateur radio transmissions as well as some utility transmissions such as VOLMET weather reports.

One caution, though, if your interest is primarily DXing.  The LC90 – while very serviceable as a shortwave radio — is not a DX machine.  It is primarily designed for radio listeners, not those who see the radio principally as a hobby.

Nonetheless, the LC90 is both sensitive and stable enough to mostly match and sometimes exceed the performance on shortwave of other portable radios of comparable size.

FM

All that needs saying here is that the good sensitivity of the LC90 on FM combined with its superior audio performance, especially for a portable radio, makes listening on FM most pleasant, noise-free  and satisfying whether at home or away.

Longwave and Medium Wave

Though its engineers have tried several ways to improve the “AM radio” performance of the LC90, this is where it meets its one Achilles heel, so to speak.  It does have an internal ferrite rod antenna (unlike the now discontinued – again – Eton E1), the performance of which can be marginally improved with use of an inductive tuned loop antenna like the Terk Advantage.  Absent that, extending the rod antenna also improves reception a little, as does connection of a reel-type extended wire antenna.

But despite all these attempts, the internal circuitry of the LC90, including its screen, creates a prodigious noise floor in the longwave and medium wave bands that all but the most powerful local stations cannot effectively overcome.

What this means is that while the LC90, as stated, is a good performer on shortwave, it will likely disappoint most on long and medium wave because even inexpensive AM radios will outperform it in this one respect.  That means that, unfortunately, the LC90 is not a good option for me to pull in 740 Toronto when at home.

Having said that, no one yet has solved this noise problem and, given all the effort Choyong has put in to try and do so, it might well be unsolvable at least in an affordable way.  Luckily, there are a wealth of very compact and inexpensive AM radios out there that can give one what one wants if he or she is determined to use MW to listen.

Conclusion

And that last point about determination is crucial.  The fact is, now that Internet radio is almost universally available, that must be first choice for the listener focused on content and “easy listening”.  If conditions are such that one can’t access what one wants to hear from AM, FM or SW, Internet radio access will more than likely provide it and in better listening quality.  And the LC90 lets the user access Internet streaming from more places than any other radio — almost anywhere (except the very few places without access to a WiFi or cellular network).

But also conversely, on occasions when Internet radio is inaccessible, the LC90 provides other ways to receive entertainment and information “over the air”.

Furthermore, LC90 engineers are about to introduce music streaming and on-demand podcasts through another in an impressive series of firmware updates that continually have improved and enhanced the performance of this radio.

The LC90’s batteries have remarkably long life between recharges, another important factor whether portability is a convenience or a necessity.

Finally, Choyong has established a dialogue with the radio’s users through a Facebook page that provides for direct interaction with the LC90’s chief engineer and developer.  In fact, that interaction is not only tolerated, it is encouraged, and has led to a number of enhancements, corrections and improvements that have been implemented in the LC90 through firmware updatws..  Where else has that happened?

So, my judgement is an enthusiastic “yes” — the LC90 can readily serve as one’s exclusive standalone portable, entirely suitable as it is for everyday use around home or on the go.

Click here to check out the Choyong LC90 on Amazon.com.

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

XHDATA D-220 available in three colors

XHDATA D-220 – A Throwback to a Simpler Time

By Robert Gulley

XHDATA recently contacted me about a new portable radio, saying “XHDATA is planning to launch a new portable radio, the D-220, which has good reception and excellent sound quality. Not only can it receive FM/MW/SW bands, but the price will be surprisingly good value.”

Okay, well that sounded somewhat interesting (especially the bit about being “a surprisingly good value”). So within a few days I had a pre-release copy of the radio after choosing the color I preferred (black – what can I say, I am a traditionalist!).

The radio is small, 5” tall, 2-1/2 inches wide, and about 1 inch thick, very reminiscent of my first transistor radio in the (ahem) 60s. It has an analog tuning dial, volume control, and slider switch to go between FM1/2, MW, and SW. It also has a headphone jack. It takes 2 AA batteries (very old school!), and, unlike my transistor radio of old, a swing-out stand. That’s it. And, interestingly enough, that’s all it needs.

As my wife and I like to say about life sometimes, “It is what it is.” And, unlike life so often, in this case that’s a good thing. The radio is simple to operate – no menus, no bells and whistles, just the basics. You, an antenna, and a tuning dial.

For some, the tuning dial will be an aggravation, because just like my transistor radio of old, the tuning dial covers a lot of ground in a relatively short rotation. This means you will want to turn the dial slowly, very slowly. While this does not bother me, I realize this may not be everybody’s cup of tea. To get the best reception out of this radio, you need to turn the dial in millimeters, not even fractions of an inch.

Fortunately, the tuning dial is very firm and yet responds well to a light touch. I had no problem tuning between stations, even on a very crowded FM band or on a tight SW band covering 5.6 to 22MHz.

As for reception – well, I was rather surprised by this little radio. AM and FM delivered many, many stations in the rural area which I call home, and the biggest surprise was the shortwave reception. I waited until I had a storm-free evening (not always easy this summer here in the Midwest), and fired up the radio expecting to hear some of the more powerful stations, but not expecting to hear a large number of stations 10MHz and below on such a small (10-1/2”) antenna.

Speaking of the antenna, it is solid and one of the better antennas I have found on this size of radio. Yes, you can break it I am sure, but flimsy it is not. The same goes for the battery door, it closes with a resounding “click,” and I do not believe one could open it unintentionally.

As for the sound, it is surprisingly clear, and loud. One of the advantages of modern radios is smaller components, which in turn allows for bigger speakers. This speaker punches above its weight class for both talk radio and music. Both sound good with a reasonable signal.

As the radio has not been released to the general public yet, the XHDATA website does not have a listing for the radio, and therefore no price information. However, and this is a bonus for those of you who have read this far, Thomas’ readers will be eligible for a 40% discount when the radio becomes available for sale from XHDATA, the current projection being sometime in August. They will send out a shopping link and discount code when available.

Pros

  1. Great sound
  2. Solid antenna
  3. Impressive reception on all bands
  4. Analog dial tuning, solid and easily turned slowly (see Cons)

Cons

  1. Very tight tuning dial with little space between stations (see Pros)
  2. Not available quite yet

 

Conclusion

This is a solid little radio you can carry in a shirt pocket or jacket pocket easily, and since it runs on AA batteries with no significant draw of power, should provide hours and hours of enjoyment. The addition of the shortwave band, along with its decent reception, is a nice bonus, especially since I prefer SW to most anything I hear on MW and FM (wait, did I say that out loud? Oops!).

I suspect this will be a good radio to put on your to-buy list, especially with a 40% discount!

73, Robert K4PKM