In May, we met up with our friends Paul/KF9EY and Beth/KB9DOU for a trip on the Blue Ridge Parkway. Joyce/K0JJW and I had been on the parkway before but had not completed the whole route. We all thought it would be a great trip to do together, in about a week, so we would not be in a rush. Both couples have Class B RVs (camper vans), which are well-suited for such a trip.

The Blue Ridge Parkway is part of the National Park Service, construction started in the 1930s and took decades to complete. The basic concept is a scenic road with a maximum speed limit of 45 MPH connecting Great Smoky Mountain National Park and Shenandoah National Park. We met at the Smoky Mountain end of the parkway and traveled north to Shenandoah.

Of course, we included some Summits On The Air (SOTA) and Parks On The Air (POTA) activations. The Blue Ridge area is target-rich with SOTA and POTA opportunities.

Clingmans Dome

Our first Summits On The Air (SOTA) activation was from Clingmans Dome (W4C/WM-001), the highest spot in the Great Smoky Mountain NP. This is an easy activation with a half-mile hike (one way) to an observation tower. See my previous trip report here.

We opted for a simple VHF SOTA activation, using a Yaesu FT-2DR handheld transceiver and an RH-770 whip antenna. The observation tower was not too crowded and we were able to make a surprising number of 2m FM radio contacts. We just called CQ on 146.52 and raised a number of home stations, mobile stations, and a few campers.  Joyce, Paul, and I all completed at least 10 contacts so we decided to submit the activation for both POTA and SOTA.

Blue Ridge Parkway

Then we headed up the parkway, stopping along the way for photo opportunities, a winery visit, lunch stops, and short hikes. We stayed at different campgrounds for three nights along the parkway. To activate the parkway for POTA (K-3378), we stopped at a picnic area for lunch and set up for 20m SSB. We used our typical POTA setup: Yaesu FT-991 driving an end-fed-halfwave antenna supported by a fishing pole.

The station worked well for us but it was a little slow completing contacts on 20m. A 20 AH Bioenno battery supplied the DC power for the FT-991 and we kept the RF output at around 50 watts. I used HAMRS on my Windows PC for logging and it worked well for me. (That logging program keeps getting better with each revision.) Paul and Joyce preferred to log using old-fashioned pen and paper.

Loft Mountain Campground

We camped the last two nights of our trip together at Loft Mountain Campground in Shenandoah NP. This is a rather unique spot in that the campground is located on top of a broad SOTA summit and is inside a national park. The SOTA summit is appropriately named Big Flat Mountain (W4V/BR-009), while Shenandoah NP is park K-0064. This makes for an easy SOTA plus POTA activation.

The summit is located inside the National Radio Quiet Zone, which may require you to coordinate with the NRQZ before operating. However, the W4V Association Reference Manual says that “the typical SOTA activation does not require coordination,” mainly because it is a short-term, temporary radio activity.

Once again, we operated midday on 20m SSB and had reasonably good propagation. Joyce and I made some stateside contacts but when Paul took over, he snagged a couple of European stations. That might be due to his superior operating skill or maybe the band just shifted. Between the three of us, we made 45 QSOs in about an hour or so.

Summary

We had a fun time on this trip, which is another example of blending SOTA and POTA activities with a camping vacation. Our “leisurely pace” strategy worked out well and we were never in a hurry. Of course, there are always more things we could have done. The Blue Ridge Parkway has plenty of interesting tourist, hiking, and SOTA/POTA opportunities. Too many to do in a week.

73 Bob K0NR

The post Cruising the Blue Ridge Parkway appeared first on The KØNR Radio Site.

Ham College episode 89 is now available for download.

E6D Toroidal and Solenoidal Inductors: permeability, core material, selecting, winding, transformers, piezoelectric devices

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My favorite amateur radio event of the year, by far, is Field Day. Each year ARRL issues a new Field Day logo. Let’s take a look at logos of years past.

First, let’s get the mediocre ones out of the way.

Now let’s look at some good logos.

2007 and 2013 had cute cartoon logos. Not bad.

2005 and 2014 were yagi antenna years.

Radio waves are a common theme, as seen in the 2006, 2015, 2019, 2010, and 2022 logos. In 2008 we had Ride the Waves, but with a sine wave representation. (Hey, why are there two of us transmitting on the same frequency?) This logo is nice. It is visually appealing, free-flowing, yet more sophisticated than a lot of the logos. But ditch the yellow. Please.

2016 and 2017 had monochrome style designs. I like both of these as they have a simple, yet cool feeling. 2017 was another yagi year, though we got stacked yagis as a bonus. Are those more radio waves, and emanating from a boot? In any case, I give FD16 an A+ for the outdoorsy color choice and the hiking boot footprint. Well done.

And now for the best logo, evar…

This article was originally posted on Radio Artisan.

Welcome to Episode #468 of Linux in the Ham Shack. The hosts are back from Dayton Hamvention 2022 and have stories to share about their experiences. We touch on everything from booth visits from other podcasters to hedonism on the road to everything else under the sun. We want to thank everyone who listens to and supports our program for getting us to Hamvention for another successful conference in Ohio. We hope to do it all again in 2023.

73 de The LHS Crew

It's CLE time once again. This is a challenge for all newcomers to NDB listening and the ultimate test of your medium frequency receiving capabilities. Can you meet the challenge?

In this episode, Martin Butler (M1MRB) is joined by Frank Howell K4FMH, Edmund Spicer M0MNG and Ed Durrant DD5LP to discuss the latest Amateur / Ham Radio news. Colin (M6BOY) rounds up the news in brief and in the episode's feature On the Cusp of a Scientific Revolution?

We would like to thank our monthly and annual subscription donors for keeping the podcast advert free. To donate, please visit - http://www.icqpodcast.com/donate

• Two Students Aged 10 and 11 Get Ham Radio Licenses
• Radio Hams to Show off Skills During Field Day Event
• 6177km (3838 mi) QSO in FM 10 Metres Frequency 29.600 MHz
• Wireless Power Transmission Using 10 GHz
• England Queen's Platinum Jubilee Special Event
• Founders' Trophy Award
• Heil Ham Radio Rebrand
• RSGB Commonwealth Games Activities

The old quote attributed to the iron man of baseball, Satchel Paige, about not looking back is what I thought of as I posted my latest page in my new Sherwood Tools section of the FoxMikeHotel.com website. The emergence of the premium HF transceiver is the focus of much discussion, rants and downright fistfights in the kitchen to paraphrase a research methods text. Such a topic is ripe for statistical analysis using best-available data. I’ve tried to do that in this new page of tools to use to shape your thinking about pulling the trigger on a premium HF transceiver. In this market? How could you not use all the evidence available to you?

The Sherwood Tables are the basis of that data with the addition of the market-entry price and year. The focus is: who invented the premium transceiver? Well, it wasn’t Hilberling although at $20,000 in 2021 US Dollars that might be a good guess. Head over to this page to see by clicking here.

If you’re heading to Hamvention, it might be a good time to check the graphics out before making a decision. If you’re sitting this one out, it’s a great time to review what I have posted there. I understand Rob NC0B will feature these tools at his talk—Transceiver Performance for the HF Contest and DX Operator— for Contest University.