People ask me for a recommendation a lot. Not “what’s the best radio,” but something more specific: if you had to point someone toward one solid HF setup, one that covers almost anything they’d realistically need without draining their bank account, what would it be. I’ve thought about this enough times now that I have a real answer, and I think it holds up.
An Icom IC-7300 paired with a 40 meter end fed half wave antenna. That’s the whole recommendation. No amp, no fancy tuner required, no rotator, no tower. A radio and a wire, and it covers a genuinely surprising amount of ground.
Why the IC-7300
I’ve gone back and forth on this with my own gear plenty of times, and I’ve compared the IC-7300 Mark II against the FTX-1 Optima directly. For a recommendation like this, the 7300 wins on practical grounds. It’s a proven platform at this point, parts and accessories are everywhere, and the receiver holds up well against radios costing considerably more. The built in tuner covers a wide enough range that you’re rarely reaching for an external one.
One thing that doesn’t get mentioned enough. The 7300 doesn’t need an external interface to run digital modes. No Digirig, no SignaLink, none of that. Plug a single USB cable from the radio to your computer and you get CAT control and audio in both directions right out of the box. Fire up WSJT-X or JS8Call and you’re on FT8 or JS8Call in minutes (if you’re not sure which mode fits, see FT8 vs SSB vs CW). That alone removes a whole extra purchase and a whole extra thing to troubleshoot, which matters a lot when you’re trying to keep the total cost and the total complexity down.
It’s also just simple to operate. When you’re recommending one radio to cover someone’s needs, you want something they can run without relearning a menu tree every time they sit down.
Why 40 meters, and why an EFHW
This is really the interesting part of the recommendation. If someone can only run one antenna, a 40 meter EFHW is the one I’d point them to, and it’s not particularly close.
Forty meters sits in a sweet spot. It supports strong NVIS propagation for regional and emergency comms work, the kind of near vertical incidence stuff that gets your signal into the next county or state reliably during the day. It’s the daytime band for an HF NVIS regional net. It also opens up for legitimate DX at night, once the sun goes down and the band settles in. Very few single bands cover both jobs. Forty does.
The EFHW format is what makes this actually livable day to day, and what makes it capable of covering just about anything an operator could need. A handful of reasons:
- No radials required. You can run one straight off the ground or well above it and it works. It does benefit from a small counterpoise, but that’s a five foot piece of wire tossed on the ground, not a field of radials.
- It’s genuinely flexible in how you deploy it. Sloper off a tree, inverted V off a mast, horizontal between two supports, even a vertical if you’re clever about the feed point height. The antenna doesn’t care much about geometry, which matters a lot when you’re setting up somewhere you’ve never operated before.
- A 40m EFHW will normally cover 40, 20, 15, and 10 meters without touching the tuner at all, since those all fall on usable harmonics of the fundamental. Add a tuner into the mix and you can also work the WARC bands (30, 17, and 12 meters), so the same wire genuinely spans most of the HF spectrum.
- It’s light. A 40m EFHW wire, a small matching transformer, and some paracord weighs almost nothing. That matters when “portable” actually needs to mean portable.
I’ve written before about building the 49:1 transformer that makes this kind of antenna possible, and about how end fed antennas compare to center fed designs if you want the deeper technical case for why the feed point matters here.
The one requirement: height
The catch, and there’s always a catch, is that an EFHW wants height to really perform. I’d tell anyone running this setup to get the high end of the wire up above 25 feet if they can manage it. Below that you can still make contacts, but you’re leaving performance on the table, especially for the NVIS side of things where the angle of radiation actually matters.
The good news is that “25 feet” is a pretty low bar to clear, and it’s part of why this recommendation stays cheap. A painter’s pole does it. A decent tree does it. A second story window and a slingshot does it. I’ve run through every mast I’ve personally owned and what I learned from each one, and honestly, almost any of them would get this job done. You don’t need a tower. You just need something taller than your roofline and a way to get a line over it.
Where the limits are
I want to be honest about the tradeoffs, because “one radio, one antenna, on a budget” is a real compromise, not a secret hack.
You’re limited to the bands this one wire actually covers well, which is 40, 20, 15, and 10 meters without a tuner, plus 30, 17, and 12 with one. That leaves out 80 meters entirely for local nets, and it leaves out 160 meters too. You give up VHF and UHF entirely with this exact loadout, so no local repeaters or simplex without adding a second radio. And an EFHW, however well built, is still a compromise antenna compared to a full size dipole or a proper vertical with radials. You’re trading some performance for cost and simplicity, on purpose, and for most operators starting out or looking to cover the basics, that trade is well worth it.
If you wanted to round this exact setup out into a full “one bag” emergency comms kit, an IC-7300 and 40m EFHW would be a strong starting point, and you can see how I think about that broader kit in my buyer’s comparison of HF radios under $1,000.
What it actually costs
None of this is meant to knock other gear. There are plenty of great radios and antennas out there, and I own several of them for good reason. But if someone is weighing cost against capability and wants one recommendation, it’s hard to beat what this specific combo gets you.
Run the numbers on the setup as described. A first generation IC-7300, not the Mark II, a simple 49:1 EFHW kit, and a painter’s pole for a mast. That’s the whole station, and you can put it together for somewhere around $1,000 to $1,300 depending on what deals you find. For that money you’re getting an SDR radio with a real spectrum scope and a receiver that punches well above its price, and it consistently puts out 100 watts, not some watered down number that drops under load. That’s a ton of capability and value for the price, and it’s genuinely hard to beat.
The bottom line
If someone asked me to recommend one solid HF setup that won’t break the bank but still covers just about anything an operator could need, it’s the IC-7300 and a 40 meter EFHW, hung as high as they can reasonably get it. It handles regional NVIS work, gives a real shot at DX after dark, doesn’t demand a field of radials or a permanent tower, runs digital modes with nothing more than a USB cable, and packs down small enough to grab and go. It’s not the setup that wins every contest or works every band. It’s the setup that covers the most ground for the least money, for the widest range of operators.