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Although there had been much speculation that Dishtronix was the mystery buyer of Ten Tec, we got confirmation in the last couple of days.

I wrote to Mike Dishop of Dishtronix, Ten Tec’s new owner, to ask him for more information about what we can expect from Ten Tec going forward. Here is his response:

Although Ten Tec has changed hands several times in the last couple of years, I would like to state that Ten Tec has changed hands for the last time in the foreseeable future. Dishtronix has been continuously operating for 17 years, is financially stable and will continue managing in a manner that promotes and maintains financial stability. My vision is strictly long term. I have no plans to leave this business and will continue to operate Ten Tec as long as I am physically able to do so. I believe the Ten Tec transceivers to be some of the best transceivers available at any price and personally have been operating an Orion II until the first change of ownership. Everyone who uses a piece of equipment long enough, develops a personal wish list of things they would change or improve. I feel extremely fortunate to now be in the position where I can use my skills and expertise from more than forty years of ham radio and SWLing to implement changes which I hope will make fantastic products even better.

Unfortunately I have had to make some tough decisions which were made for the long term health and viability of the company. The Ten Tec team is the nicest bunch of people you could hope to work with and have overall reacted positively to the changes. Some team members have chosen to pursue retirement or other opportunities but the core competency remains. We are extremely fortunate to have retained former engineering manager John Henry on a consulting basis and I must give him the greatest credit. I certainly would not take on this project without him and the other team members like Boyd Lichlyter and Patty Gann. Ten Tec is like a big family, and I do not view this as me acquiring Ten Tec but more like me joining an extended family of talented and skilled people. I hope anyone reading this who is in the market for a new radio will help me support this great group by at least trying one of their radios. Of the present production the Eagle is my favorite for having the best sound out of the box, and that is what my personal preference is always based on – good sound. My all-time favorite is of course the Orion II so an Orion III is on my personal wish list for the future. There are numerous Ten Tec user nets on the air and it is my intention so support them by posting the time and frequency schedules on the website. If I can accomplish one thing at Ten Tec it will be to be more customer-centric. I want to build the radios that you the customer wants! I am looking for ways to reliably engage with our customers so we can do that, and I think factory support of the nets is one way to start.

The Ten Tec team is working on production improvements to our facility and business. We are fully occupied with our commercial business at this time. When I have capacity the next step is to run the first batch of Omni 7+ which is the Omni 7 with some minor cosmetic changes and improvements such as a flat metal front for improved shielding. Following this we are releasing the Super Eagle which brings into the Eagle most of the DSP features found on the Orion II and is the first step on the path to the Orion III. This is different hardware from existing product so it is not a firmware upgrade. There are no firm dates or guarantees for when these things will occur.

The blow out sale prices are over and any outstanding orders at those prices are terminated The prices will be the regular list price. Those prices were previous owners intent to liquidate all inventory and will never be repeated.

I am pleased to state that we have completed some firmware updates which will be posted on the new Ten Tec website once it is up and running to entice people to visit the site.

Dishtronix has other new products under development as well. The DX2400MKII replaces the DX2400L1 legal limit + solid state amplifier and should be unveiled at Hamvention, to mention just one. We are close to beginning production of our Emtron DX2/3-SPd tetrode amplifiers which will also be shown at Hamvention. Further, there are some other exciting things happening which we may announce in the near future.

There has been some speculation if Ten Tec will move to Ohio. I do not plan to move anything at this time from the Sevierville – Knoxville area, but we may move within that area.

If I could ask the ham community to do one thing, it would be to please be patient with us. Things like this take time.

There is a little more on this new ICOM radio on the MLS website. Deliveries are expected “in early 2016” with a UK (initial?) price of “under £1000”. I shall wait.

See www.hamradio.co.uk/amateur-radio-main-equipment-base-station-radio-icom-base-station-radio/icom/icom-ic-7300-hf-50-70mhz-transceiver-deposit-pd-6016.php

K0NR Operating VHF on Mt Herman (Photo: Ken Wyatt WA6TTY)

I’ve often said that Mount Herman (W0C/FR-063) is the most (ham) radio active mountain in Colorado. Many of us have operated from that summit for VHF contests, QRP events and Summits On The Air (SOTA). Of course, I didn’t have any data to back that claim…until now. A review of the cumulative SOTA activations in Colorado through Jan 1, 2016 shows these four summits as the most-activated SOTA peaks.

All of these summits are relatively close to the large population centers in the state. Also, they not that difficult to get to and some of them have roads that go to the top. Pikes and Evans are both 14ers but can be accessed via 2WD vehicles.

But what makes Mount Herman so special? It does not have a road to the summit — you definitely have to hike it, a little bit more than a mile one way with elevation gain of ~1000 feet. What makes the difference for Herman is that it is in the backyard of the well-known radio ham, goat hiker and SOTA enthusiast, Steve WGØAT. Steve has personally activated the summit more than 30 times AND he drags along mentors encourages other radio hams to join him. Frank KØJQZ did 22 activations, some with Steve and many on his own. (Frank just achieved SOTA Mountain Goat status, activating enough summits to earn 1000 SOTA points.) Fortunately for me, Mt Herman is about 4 miles as the GPS flies from my house, so I have worked that summit 31 times (usually Steve or Frank and always on 2 meters). I’ve also activated Mt Herman for SOTA three times, as described here: A Soggy Mount Herman SOTA Activation, Mt Herman: SOTA plus VHF Contest and Winter Assault on Mt Herman.

Here’s one of Steve’s fun videos that captures the first SOTA activation of Mt Herman, with his goat crew Peanut and Rooster (SK).

Frank and Steve, thanks for all of the Q’s from Mt Herman over the past years! See you on the air and on the trail.

73, Bob KØNR

The post The Most Radio-Active Mountain in Colorado appeared first on The KØNR Radio Site.

Here is this week’s space weather and geophysical report, issued 2016 Jan 04 0534 UTC.

Highlights of Solar and Geomagnetic Activity 28 December – 03 January 2016

Solar activity ranged from very low to moderate levels. Very low activity was observed on 03 Jan, low level activity on 29 Dec – 01 Jan, and moderate level activity on 28 Dec and 02 Jan. Region 2473 (S22, L=331, class/area=Fkc/590 on 26 Dec), which exhibited a complex beta-gamma-delta configuration, produced all of the significant flare activity (2 M-class, 14 C-class).

On 28 Dec, Region 2473 produced an M1 flare at 28/1245 UTC. Associated with this event was a Type IV radio emission and a partial-halo CME observed off the southern portion of the disk, first visible in LASCO coronagraph imagery at 12/1212 UTC. Analysis of this CME determined that an Earth-directed component was present.

On 02 Jan, Region 2473 produced a long duration M2 flare at 02/0011 UTC. Associated with this event were Type II (1095 km/s) and IV radio emissions and an assymetric partial-halo CME observed off the southwest limb, first visible in LASCO coronagraph imagery at 01/2324 UTC. Analysis of this CME determined that a weak Earth-directed component was present and would arrive around midday on 03 Jan, though eventually proved to be a miss.

There was greater than 10 MeV proton event on 02 Januaury 2016. The event began at 02/0430 UTC shortly after a long duration M2 flare that accured at 02/0011 UTC. Proton flux reached a maximum flux value of 21 pfu (S1-Minor) at 02/0450 UTC and ended at 02/0750 UTC.

The greater than 2 MeV electron flux at geosynchronous orbit was at high levels throughout the period with the exception of 31 December when moderate flux levels were observed. A maximum flux of 6,782 pfu was observed at 03/1600 UTC.

Geomagnetic field activity ranged from quiet to moderate (G2) storm conditions. At 31/0003 a small shock was observed at the ACE spacecraft. Total field (Bt) increased from 5 nT to 13 nT with a corresponding solar wind speed increase from 350 km/s to 500 km/s. The shock was associated with the arrival of the 28 Dec CME observed in LASCO C2 imagery at 28/1212 UTC. Isolated G1-Minor to G2-Moderate storm conditions were observed midday through late on 31 Dec as well as early on 01 Jan. Mostly quiet conditions were observed on 28 – 30 Dec, 02-03 Jan.

Forecast of Solar and Geomagnetic Activity 04 January – 30 January 2016

Solar activity is expected to be at low levels with a chance for M-class (R1-R2, Minor-Moderate) flare activity from 15 Jan – 28 Jan due to the return of Region 2473 (S22, L=331). Very low solar activity is expected for the remainder of the period.

No proton events are expected at geosynchronous orbit.

The greater than 2 MeV electron flux at geosynchronous orbit is expected to be high from 04 – 13 Jan, 25 – 30 Jan due to recurrent coronal hole high speed streams (CH HSS).

Geomagnetic field activity is expected to be at active levels on 04, 07, and 22 Jan with G1-Minor storm conditions on 06 Jan due to recurrent CH HSS activity. Mostly quiet to unsettled levels are expected for the rest of the period.

Don’t forget to visit our live space weather and radio propagation web site, at: http://SunSpotWatch.com/

Live Aurora mapping is at http://aurora.sunspotwatch.com/

If you are on Twitter, please follow these two users: + https://Twitter.com/NW7US + https://Twitter.com/hfradiospacewx

Get the space weather and radio propagation self-study course, today. Visit http://nw7us.us/swc for the latest sale and for more information!

Check out the stunning view of our Sun in action, as seen during the last five years with the Solar Dynamics Observatory (SDO): https://www.youtube.com/watch?v=zXN-MdoGM9g

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Welcome to 2016! Lots of big projects are going on here at the radio ranch. My youngest is working on an arduino powered weather station that will be located at the FFA field plot along US51 north of Heyworth. We’re going to get the data from the site using the AREDN ham radio mesh software. It’s a real cool project, and my daughter is doing a great job with the programming.

I finally got all of my coax run into the shack in a decent fashion, and I’ve got coax switches in place to be able to toggle between the two hf rigs and the two hf antennas. My next antenna will either be an hf beam, or I’m putting up a sky loop. Or maybe another windom positioned north to south. Who knows!

I played with the Yaesu Wires-X software and an HRI-200 box this past week. I hooked it to a Motorola CDM-1550 mobile radio. I really like these Motorola radios – great receive, easy to interface, and just all around bullet-proof. These are the same radios I’ve used for two D-STAR repeaters…hard to beat. Anyway, I’ve got the Wires-X setup on a UHF simplex channel linked into the Central Illinois room. Wires achieves the same as a D-STAR reflector, just done a different way. I’m running Wires in analog mode, and so my analog audio is digitized at my computer and sent on to the server running the room. From there it goes to whoever else is joined into the room. If someone is running Wires in digital mode, the audio comes out digital. If you’re running analog, it comes out analog. I’m not sure if I’m going to hook this into our Heyworth analog machine, or if I’m just going to keep it as a simple simplex node (a hotspot in D-STAR speak).

We’ve got a DR-1X repeater coming to Heyworth to replace the Kenwood TKR-820 the club has up on the elevator. The big benefit for us will be to replace the old Kenwood that sometimes has problems in warm weather, along with getting rid of a crazy long squelch crash. The new repeater arrives on Tuesday, and I’ll let it burn in for a few weeks (or months depending on the weather) before it goes up on top of the elevator.

That’s it for now…have a great year everyone!

Welcome to 2016! Lots of big projects are going on here at the radio ranch. My youngest is working on an arduino powered weather station that will be located at the FFA field plot along US51 north of Heyworth. We’re going to get the data from the site using the AREDN ham radio mesh software. It’s a real cool project, and my daughter is doing a great job with the programming.

I finally got all of my coax run into the shack in a decent fashion, and I’ve got coax switches in place to be able to toggle between the two hf rigs and the two hf antennas. My next antenna will either be an hf beam, or I’m putting up a sky loop. Or maybe another windom positioned north to south. Who knows!

I played with the Yaesu Wires-X software and an HRI-200 box this past week. I hooked it to a Motorola CDM-1550 mobile radio. I really like these Motorola radios – great receive, easy to interface, and just all around bullet-proof. These are the same radios I’ve used for two D-STAR repeaters…hard to beat. Anyway, I’ve got the Wires-X setup on a UHF simplex channel linked into the Central Illinois room. Wires achieves the same as a D-STAR reflector, just done a different way. I’m running Wires in analog mode, and so my analog audio is digitized at my computer and sent on to the server running the room. From there it goes to whoever else is joined into the room. If someone is running Wires in digital mode, the audio comes out digital. If you’re running analog, it comes out analog. I’m not sure if I’m going to hook this into our Heyworth analog machine, or if I’m just going to keep it as a simple simplex node (a hotspot in D-STAR speak).

We’ve got a DR-1X repeater coming to Heyworth to replace the Kenwood TKR-820 the club has up on the elevator. The big benefit for us will be to replace the old Kenwood that sometimes has problems in warm weather, along with getting rid of a crazy long squelch crash. The new repeater arrives on Tuesday, and I’ll let it burn in for a few weeks (or months depending on the weather) before it goes up on top of the elevator.

That’s it for now…have a great year everyone!

The National Parks on the Air (NPOTA) is off and running. Making contact with a handful of stations currently operating from NPOTA locations has made me wonder if the ARRL has had a good idea with NPOTA as a way to help celebrate the anniversary of the National Park Service.

From ARRL: “Throughout 2016, Amateur Radio will be helping the National Park Service celebrate their 100th anniversary. Hams from across the country will activate NPS units, promote the National Park Service and showcase Amateur Radio to the public.”

I am a huge fan of both the National Parks and the National Park Service. Anyone who is interested in the history of our National Parks would be well rewarded to start with the Ken Burns documentary The National Parks: America’s Best Idea. Yellowstone generally gets credit for being the first National Park back in 1872. However, the National Park Service was not established until 1916. That period in between provides us a very good reason that there are times when we need a government organization to protect us from ourselves. During that in between period, the Army was given the mission of attempting to protect both Yellowstone and Yosemite. Like most missions the Army received, they were underfunded, under equipped, and undermanned. They did, however, do the best they could to protect these amazing areas. Many Americans saw these new National Parks as areas for economic exploitation. If it wasn’t for many individuals working long and hard for the establishment of the National Park Service, it is very likely we would not be able to enjoy the parks we have today. Stephen Mather and Horace Albright were the two primary individuals who secured the establishment of the National Park Service. Ken Burns talks about these two individuals in his documentary and there are also a few books that do a great job telling the story (Creating the National Park Service: The Missing Years and The Birth of the National Park Service: The Founding Years, 1913-33).

The National Parks exist for our enjoyment. Generally that enjoyment manifests itself in some type of hiking, camping, fishing, watching for wildlife, or learning about history. This interaction between Park and citizen can be passionate, emotional, revitalizing, inspirational, and an educational experience.

With all that being said, I was a bit surprised to hear stations making contacts for NPOTA locations like it was a contest. Each NPOTA location is identified by a letter-number combination. No discussion of where they actually were. No description, no discussion. It is a bit sad to see there is a Leader Board – which only facilitates looking at NPOTA as a contest rather than an actual celebration.

I also wonder how these activations are impacting those non-amateur radio enthusiasts who are visiting a NPOTA site. Is this putting amateur radio in the best light?

Are these NPOTA activations promoting the National Park Service or showcasing Amateur Radio to the public?

If so, how?

What would Stephen Mather and Horace Albright think about NPOTA?

It will be interesting to see how NPOTA progresses over the coming weeks and months.