While investigating some potential Summits On The Air (SOTA) peaks, someone sent me a link for the FAA weather cam that was on a particular peak. I was able to get a real-time look at the snow on the summit and see the terrain. Of course, the world is full of many different webcams providing real-time video but somehow I had overlooked the FAA WeatherCams. (I am sure some of the pilots out there are thinking “duh, everyone knows about these.”) This caused me to spend some time looking at the various FAA webcams available.
The FAA webcam site provides a useful map overview to choose an appropriate webcam.
Monarch Pass
There is a weather cam at the radio site on South Monarch Ridge (W0C/SP-058), a popular SOTA summit. It is labeled Monarch Pass, which is located below the summit. The orientation of the four cameras is indicated on the map. Besides being on a SOTA summit, this camera is in a great spot to see Monarch Ski Area, the south end of the Sawatch Mountain Range, and the north part of the Sangre De Cristo Mountain Range.
This graphic shows the location of the Monarch Pass weather cam, including camera directions.
Here’s the camera view looking northwest from South Monarch Ridge. You can see towers and cables for the tram that goes up to the summit during the summer months. The Continental Divide and the Monarch Pass Ski Area are in the center of this image.
Looking northwest from the Monarch Pass location.
Wilkerson Pass
Another popular SOTA summit, Badger Mountain (W0C/SP-072), has a weather cam on it, labeled for Wilkerson Pass, just below the mountain. Shown below, the SW camera from Wilkerson looks out over South Park with the Sawatch Range off in the distance.
Looking SW from Badger Mountain into South Park.
There are many more weather cams around the state and across the USA. They provide a real-time look at what is happening in the mountains which is complementary to a good weather forecast. Take a look to see what cameras are in your area that can be helpful.
I was happy to contribute an article to the recent ARRL Parks On The Air (POTA) book. This piece is based on my Pikes Peak mountain topping article that appeared in the June 2023 issue of QST. This book is a collection of articles about POTA from 14 different authors, each writing about a different aspect of the program. The articles are all easy to read and generally provide a first-hand account of how the author has experienced POTA operating. There is plenty of beginner information and operating tips sprinkled throughout the book. More experienced POTA enthusiasts will probably pick up a few new ideas as well.
The Table of Contents below lists the articles and authors, giving you a good idea of the material covered. The meat of the book is only 118 pages long and it is quite easy to read.
My piece covered the triple activation I did from the summit of Pikes Peak, combining POTA, SOTA, and the June VHF Contest into one mountaintop adventure. For POTA, the park was the Pike National Forest (K-4404). I’ve done this type of combo activation in the past, sometimes just SOTA + POTA or just SOTA + VHF Contest. This time I did all three.
The book is available directly from the ARRL or from the usual book outlets such as Amazon.
A view of the W0C/RG-169 summit from the Continental Divide Trail. Look closely to see the game trail heading up to the right towards the saddle.
Lobo Overlook is an excellent summit and tourist spot near Wolf Creek Pass, one of the most scenic passes in Colorado. I’ve been up there for VHF contests and other mountaintop operations and initially thought it might be a SOTA summit. No such luck, as it is superseded by a higher summit nearby (W0C/RG-169). No problem, we’ll just activate that one instead. Lobo Overlook is accessed via an easy 3-mile gravel road just off the pass. The road leads to two small loops at the top, one of which is the actual Lobo Overlook while the other goes to an obvious radio site. The trail to RG-169 is best accessed from the radio site, so we parked there. Wolf Creek Pass and Lobo Overlook sit right on the Continental Divide and the Continental Divide Trail (CDT) passes through here just a bit to the west.
The Lobo Overlook road starts slightly east of Wolf Creek Pass.
Lobo Peak
This unnamed summit is listed as 11820 in the SOTA database. However, Lists of John (which was used to create the W0C SOTA database) shows this summit as 11831. My topo map seems to agree with 11831, so this might be an error. Of course, such a cool summit near the CDT deserves a name, so Joyce/K0JJW and I decided to call it Lobo Peak, for obvious reasons. (I looked for an existing nearby Lobo Peak and did not find one.)
Near the radio site, we started at the marked trailhead and headed west on Lobo Trail (878), actually going downhill to intersect the CDT about a half mile down the trail. At the trailhead, it was not obvious which summit we were headed to and it might not even be visible at that point. The summit did reveal itself as we headed down the CDT (see first photo above). We followed the CDT to a visible game trail that takes off steeply to the right (lat/lon 37.49765, -106.81515). There are several game trails that split off, heading up towards the saddle to the left of the summit and we stayed on the most established one. We set up our station within the activation zone just below the actual summit, avoiding the rock scrambling to get to the top.
The trail from Lobo Overlook to RG-169 mostly follows the Continental Divide Trail.
The one-way distance on the trail is 1.2 miles with an up-and-down profile. Lobo Overlook is only slightly lower in elevation from “Lobo Peak”. The trail starts at about 11,770 feet, descending to a low point of 11,500 and back up to 11,800 at the summit. So that produces a net ascent of about 300 feet, maybe more, one way. Of course, you get to repeat this on the way back.
The sign at the trailhead calls this Lobo Pass.
SOTA and POTA Activations
Once in the activation zone, we deployed the IC-705 on 2m FM, driving the 3-element Yagi antenna. We worked Travis/KB9LMJ on 146.52 MHz, who was mobile in Pagosa Springs. Further calling on 2m FM did not yield any contacts, but K0JJW and I did work each other on VHF/UHF. We had anticipated that this might be a tough place to activate on VHF, so we brought along the HF gear and set up an EndFed Halfwave antenna for 20m. Propagation was good and we soon worked 11 stations on 20m SSB.
This summit sits right on the dividing line between the Rio Grande National Forest and the San Juan National Forest, both valid for Parks On The Air (POTA). We opted to operate from the Rio Grande side (K-4405) because that was a new one for both of us.
This is the radio site as seen when you return from the summit, so no excuse for getting lost.
Continental Divide Trail
I’ve hiked sections of the Continental Divide Trail before, including some pre-SOTA backpack trips with Denny/KB9DPF. It is a great trail because it runs along the backbone of the Rocky Mountains. It is often accessible via roads to high mountain passes. (Another example is Wander Ridge, just off Cottonwood Pass.) Once you hop onto the CDT, you are hiking an established trail that is literally on top of the world.
This is an excellent, easy-to-access summit in the Wolf Creek Pass area. So if you are in the area, this might be one to activate. The road to Lobo Overlook is closed during the winter.
Argentine Peak (W0C/SR-019) is a high 13er (13,738 ft) in the Sawatch Range of the Rocky Mountains. I had my eye on this summit for a Summits On The Air (SOTA) activation for quite some time now. This summit is a short distance from Argentine Pass, which is the fourth-highest road in Colorado at 13,207 feet. A non-radio goal I have is to drive the Jeep up the twenty highest roads in Colorado, so Argentine Pass is on that list. Not only that, Argentine Peak sits on the Continental Divide, separating the Arapaho National Forest and the White River National Forest, so it can also be activated for Parks On The Air (POTA).
Bob/K0NR and Joyce/K0JJW on the way up Argentine Peak in the background.
So the plan emerged: Joyce/K0JJW and I would take the Jeep to Argentine Pass and then climb up to Argentine Peak for a SOTA and POTA activation. The road is usually blocked by snow for much of the summer, making it a late summer/early fall adventure. Somehow September slipped away and it is now October, but fortunately, the road is still open. Note that the more common way to hike Argentine Pass is from Silver Dollar Lake trailhead (see KX0R trip report).
The 4WD route is shown above in orange, starting out as FS 248.1 leaving Guanella Pass Road.
The Road
The 4WD route starts with FS 248.1 as it leaves Guanella Pass Road, about 3 miles south of Georgetown, CO (see map above). The forest service road takes off at a point where the Guanella Pass Road takes a very sharp bend. You should have a good topo map to guide you on this route as there are quite a few roads in the area. In general, you follow FS 248.1 which has some subvariants such as 248.1B and 248.1K. The exact choice of roads is not critical but, eventually, you need to get on FS 724.1 which sports a few wide and steep switchbacks up to Argentine Pass. The one-way distance is 9 miles and it took us about 1.5 hours to make the drive.
This road and route is considered moderate 4WD and FS 248.1 provides a good taste of that right after you leave the paved road. Many other sections of the road are easy 4WD but there are some challenging spots along the way. This is a real 4WD road, so you’ll need a decent high-clearance 4WD vehicle in the class of a Wrangler, Bronco, 4Runner, etc. We drove a stock Jeep Wrangler and had no trouble. However, at one spot, the wheel placement was very critical, so Joyce spotted me as I drove through it. Not that difficult…unless you screw it up.
The Climb
As shown below, the climbing route up Argentine Peak (blue line) follows the Continental Divide ridge line as it heads south from Argentine Pass. The road up Argentine Pass ends kind of high in the pass, so at first, we were walking downhill. A faint trail follows the top of the ridge but fades out in many places. Looking at the topo map, I underestimated how much up and down there would be on the ridge but it was not too difficult.
The route to Argentine Peak follows the Continental Divide ridge line from Argentine Pass.
The hike is about 1 mile with 650 feet vertical (one-way). We had fantastic weather in October: sunny, with temperatures in the 40’s F and some light wind (10 to 15 mph). This is one of those top-of-the-world hiking experiences, right along the Continental Divide.
Joyce/K0JJW on the summit of Argentine Peak.
As you can see from the photos, there were some patches of snow on the ground, but it was not an issue for hiking. A real Mountain Goat (not a SOTA Mountain Goat) wandered by and paid us a visit.
This mountain goat wandered by while we were on the summit.We used our standard 2m/70cm FM station: Yaesu FT-90 running 30 watts to a 3-element Yagi for 2 meters or a 5-element Yagi for 70 cm. We worked stations mostly on 146.52 MHz FM and a few on 446.0 MHz. With downtown Denver about 45 miles away, we easily worked stations in the greater Denver area. We were also successful working stations out to 60 or 70 miles, often with good signal reports in both directions. We both made 20 QSOs using VHF/UHF.
For POTA, we were right on the dividing line between White River NF and Arapaho NF but needed to choose one for our activation. We had previously activated Arapaho, so we chose to operate from White River NF on this trip (K-4410) which is a new park for us.
Summary
We had an absolute blast on this activation. I think it was the combination of a Jeep trip, hiking, SOTA, and POTA all wrapped into one adventure that made it so good. As a bonus, we had excellent weather and a visit by the mountain goat!
There is a SOTA summit next to Wilkerson Pass called The Pulverizer (W0C/SP-092). With such an inviting name, of course, we had to activate it.
The Pulverizer (W0C/SP-092) viewed from west of Wilkerson Pass
According to its Summit Post page, this summit was named by well-known mountaineer and author Gerry Roach. Apparently, this name is an adaptation of the name of a nearby summit, Pulver Mountain. The Pulverizer does not have a trail to the summit and is known for having a lot of downed timber in the way. I found a trip report that said,
Overall, this is the kind of “hike” you only do if you really, really want to get these summits. It’s the kind of hike that you take someone on if you never want them to go with you on a hike ever again. Miserable downfall for pretty much the entire hike.
Having climbed the summit, I think this is an exaggeration but we did encounter plenty of downed timber. Many of our SOTA activations involve off-trail hiking, so we have been conditioned to expect the all-too-common dead trees on the ground.
Wilkerson Pass
Joyce/K0JJW and I followed the route identified by Walt/W0CP that starts at the Wilkerson Pass Visitor Center. (This summit can also be accessed from the east, via County Road 90.) We parked the Jeep on the east end of the parking lot and walked the trail (actually a sidewalk) to the south. At the “trailhead” waypoint, we left the sidewalk and headed south on a trail that quickly faded away.
Head south from the parking lot on the trail (sidewalk, actually) that loops around the picnic area.
Most of this area is in the Pike National Forest but there is a large piece of private property as shown on the map. The route to the summit is not critical but you need to avoid the private property, well marked with No Trespassing signs. The northeast corner of the property is shown on the map below as Fence Corner #1 (39.03252, -105.52364). We aimed for that corner, then followed the fence line heading south to Fence Corner #2 (39.02911, -105.52373). After that, you pretty much head to the summit, adjusting your route to avoid the worst sections of downfall.
Avoid the private property by skirting around it, then head to the summit.
The hike is 1.5 miles one way, with about 950 feet of elevation gain. There is a bit of up and down so the accumulated elevation gain may be higher than this. It starts out downhill, then flattens out but then provides a steep uphill section at the end. On the return trip, head for Fence Corner #2 and then follow the fence line north.
This shows the typical downed timber that has to be navigated.
On the summit, we had good luck with making VHF & UHF radio contacts. This was during the Colorado 14er Event, so we had other summits on the air for S2S contacts. Sitting right above Wilkerson Pass, it has an excellent radio horizon in all directions. Here’s the view from the top, looking east:
The view to the east with Pikes Peak off in the distance.
Final Impression
So the real question is did we like the summit and will we do it again? We are glad that we did it, kind of a check-the-box item for SOTA activations in the South Park area. This is not our favorite SOTA summit but we might do it again sometime. You might say “We Have Been Pulverized” and we are not in a hurry to do it again.
The Ham Nation folks invited me on to talk about the Colorado 14er Event last night. Thanks for the invite! This turned out to be a concise look at the 14er event with lots of great photos of past operations.
Here’s the video (my segment was 20 minutes long):
We have lots of information on the event at ham14er.org.
Amateur Radio Fun in the Colorado Mountains
August 4 through 7, 2023 www.ham14er.org
Amateur Radio operators from around Colorado will be climbing ColoradoSummits On The Air (SOTA) peaks and communicating with other radio amateurs across the state and around the world. Join in on the fun during the annual event by activating a summit or contacting (chasing) the mountaintop stations.
This event is normally held the first full weekend in August. Again this year, we will add two bonus days to the Colorado 14er Event. The main two days remain Saturday and Sunday (Aug 5 & 6), while the bonus days are Friday Aug 4 and Monday Aug 7th, for those SOTA enthusiasts that need more than two days of SOTA fun! Be aware that many mountaintop activators will hit the trail early with the goal of being off the summits by (1800 UTC) noon due to lightning safety concerns.
The 14er event includes Summits On the Air (SOTA) peaks, which provide over 1700 summits to activate. (See the W0C SOTA web page or browse the SOTA Atlas.) The Colorado 14er Event was started in 1991, about 19 years before the SOTA program was set up in Colorado. As SOTA grew in popularity, this event expanded from just the 14,000-foot mountains (14ers) to include all of the SOTA summits in the state. We still call it the Colorado 14er Event because, well, that’s where it all started and the 14ers are the iconic summits in the state.
Important: The recommended 2m FM frequencies have been changed to 146.58, 146.55, and 146.49 MHz, to align with the use of the North America Adventure Frequency for SOTA (146.58). The National Simplex Calling Frequency (146.52) may be used as appropriate. There will be plenty of action on the other ham bands, for more information see the operating frequencies page.
My article that describes last year’s SOTA/POTA/VHF contest activation from Pikes Peak appears in the June issue of QST magazine. This VHF/UHF activation occurred on the Saturday of the ARRL June VHF Contest and qualified for Summits On The Air (W0C/FR-004 Pikes Peak) and Parks On The Air (K-4404 Pike National Forest). The article highlights the use of the North America Adventure Frequency of 146.58 MHz.
I made 80 radio contacts that day, on the 6m, 2m, 1.25m, 70cm, and 23cm bands. Not a great score for the VHF contest but quite nice for a VHF SOTA and POTA activation. My primary piece of equipment was the ICOM IC-705, which enabled all modes on the main VHF/UHF frequencies.
If you are an ARRL member, look for the article on Page 58 of the print edition of June QST or the online version. Not an ARRL member? Darn, you should fix that if you want to read articles published in QST.
If you are an ARRL member, please look at the article and consider voting for it in the QST Cover Plaque Award. Thanks!
Bob/K0NR operating from unnamed summit W0C/SP-094.
I do a lot of SOTA activating using 2m FM and have developed a few operating habits that can really make a difference. These may seem obvious but might be overlooked by operators new to the game. To get an overview of using VHF for SOTA, look at this article: How to Do A VHF SOTA Activation.
Here are three operating tips when using 2m FM for SOTA:
1. Upgrade Your Antenna
A handheld radio is commonly used for SOTA operation because it is a self-contained, compact radio. These radios always come with a rubber duck (electrically-short monopole) antenna. These antennas vary in quality but they are universally poor performers compared to a half-wave radiator. I’ve measured the effectiveness of many rubber duck antennas on 2 meters and they are somewhere between 8 and 12 dB worse than a half-wave radiator. So an easy upgrade is to use a half-wave telescoping antenna. Another popular option with a half-wave radiator is the roll-up J-pole (often called a “Slim Jim” antenna). An even better choice is a small 3-element Yagi such as the 146-3 from Arrow antenna, which is about 6 dB better than a halfwave antenna. Keep in mind that the Yagi should be held vertically-oriented for FM operating.
2. Open Your Squelch
The squelch circuit in an FM receiver requires the signal to be large enough to flip the squelch open. When operating at weak signal levels, the squelch may mask a signal that is actually readable. A recommended technique is to just open up the squelch control and let the FM noise come through. This maximizes the opportunity to pick out that weak signal out of the noise.
3. Point Your Antenna Everywhere
If you have a directional antenna, make sure you methodically point it in a variety of directions when calling CQ. For example, with a 3-element Yagi, you should divide up the 360 degrees around you into 45-degree sections. Point north, make a call, point northeast, make a call, point east, make a call, and so forth. Also be aware that the direct path to another station may not be the strongest path. This is especially true if you have tall summits around you that can block or reflect your signal. Many times I’ve pointed in the “right direction” to work another station but then found that the signals were strongest with the antenna pointed away from the direct path. So the secret is go ahead and try different antenna orientations to maximize the signal strength, even when you know the physical direction to the other station. Sometimes the radio waves decide to take another path.
Those are my three tips for today.
Do you have any to add?
Last year, Joyce/K0JJW and I tried to activate Red Mountain Number 3 (W0C/UR-016) for SOTA in the San Juan mountains. The map showed there was a road to the top, so we were expecting easy access. However, the road is gated off about 2 miles from the summit, requiring a hike. So we hiked almost to the summit but turned back when the thunderstorms rolled in. We retreated to safety and vowed to return another day.
Red Mountain Number 3 as viewed from Red Mountain Pass.
This week, we went back and activated the summit, along with Stu/W0STU and Liz/KT0LIZ. Red Mountain No. 3 sits just southwest of its sister summits: Red Mountain No.1 and Red Mountain No. 2. (Red Mtn 1 is also a SOTA summit, so we’ll need to activate that one sometime.)
We accessed Red Mountain 3 (RM3) by taking Highway 550 to Red Mountain Pass. The road for RM3 is County Road 14 but is not well marked. The turnoff (shown on the map above) is just south of Red Mtn Pass, going to the east (37.89587, -107.71369). County Road 14 is a narrow but easy road, barely 4WD, that leads to the gate (37.89476, -107.70774). We parked there and hiked up the road.
The sign on the gate.
I don’t usually like to hike on roads but this one turned out to be just fine. It was a nice, easy grade and was flat without a lot of rocks poking up. The sign on the gate indicates that the road crosses private property but that hikers are welcome. My GPS app shows that we hiked 2 miles one-way with 1400 vertical feet. We met about a dozen people on the hike, so this seems like a popular summit. We noted other trails and roads in the area and wondered if some of them might provide a better route but everyone we saw just used the same road that we used.
Stu/W0STU examines his VHF/UHF handheld, positioning it for optimum signal level
As you can see from the photos, we had excellent weather that day. This time, no thunderstorms to chase us off the peak!
The San Juan mountains are remote, with not a lot of people within VHF range. We were all using just VHF/UHF for SOTA, so I was concerned we could get skunked on making our four SOTA contacts. There are a few smaller towns within range and we might be able to work Grand Junction from there. I knew that Lloyd/W7SAO in Delta usually monitors 146.52 MHz and we worked him right away. After that, we called our fellow campers, James/KD0MFO and Vic/KD0OGE, working them mobile near Ridgway. We kept calling for a fourth contact and sure enough, Mike/KE5YF showed up on 2m FM. Mike is from Sweetwater, TX and was driving his Off-Highway Vehicle (OHV) over Engineer Pass. So we made our four contacts to qualify for SOTA points.
Traditional summit photo: Stu/W0STU, Liz/KT0LIZ, Joyce/K0JJW, Bob/K0NR
Liz and Joyce are hiking on a typical stretch of the road.Bob/K0NR operating 2m FM for SOTA. (Photo: W0STU)
The four of us had a great day on the summit. We took our time and enjoyed the hike and the radio operating. The easy access and excellent views from the top make this an attractive SOTA summit if you are traveling in this area.
There are over 50 summits in Colorado with an elevation of 14,000 feet or higher. These are commonly called fourteeners (or 14ers) and get a lot of attention from outdoor enthusiasts. Some folks have climbed all of them, which quickly leads to the question of What Is A Fourteener? This question is really about what is a distinct fourteener versus when is a summit just a subpeak of another fourteener. The Colorado Mountain Club list of 14ers shows 54 peaks, while other lists include a few more summits. Doing a search on Lists Of John reveals there are 74 locations in the state that exceed 14,000 feet. What constitutes “the correct list of 14ers” is often debated in the climbing community but I won’t try to sort that out here. I’ll use the Colorado Mountain Club list of 54 summits for this posting.
Summits On The Air (SOTA)
Obviously, if these are the 54 highest summits in Colorado, they are all going to be SOTA summits, right? Not so fast, Sir Edmund. The SOTA program generally requires summits to have 150 meters (492 feet) of prominence, a measure of the elevation of a summit relative to the surrounding terrain. From peaklist.org:
Prominence is the elevation of a summit relative to the highest point to which one must descend before reascending to a higher summit.
A simple graphical representation of prominence.
There are exceptions in the SOTA program that allow for summits of 100-meter prominence, but this does not apply to Colorado. Paul/VK5PAS has a webpage that explains prominence as applied to SOTA.
In recent history, the folks that set up the SOTA Associations have done a great job of sorting through what is a valid summit. In the US, there are excellent databases of geographic information that make this possible. Which is to say that in a particular SOTA Association, a consistent method is applied for determining “what is a summit”? This is all documented for Colorado in the W0C SOTA ARM here: https://sotastore.blob.core.windows.net/arms/ARM-W0C-3_3.pdf
Lincoln, Bross, Democrat, and Cameron
Now, back to the Colorado 14ers. There is a popular trek that allows a climber to summit four 14ers in one day, without extreme effort. The trail starts at Kite Lake, heads up to Mount Democrat (14155 ft), then over to Mount Cameron (14222 feet), and on to Mount Lincoln (14293 feet). The return trip passes over Mount Bross (14178 feet) and back down to Kite Lake. (There have been access issues in recent years concerning private property on this loop, so be sure to check that out and respect any closures).
Map showing the area around Mount Democrat, Mount Cameron, Mount Lincoln, and Mount Bross.
If we check out the official list of SOTA summits, we will find Mount Democrat (W0C/SR-059) and Mount Lincoln (W0C/FR-001) listed but not Mount Cameron and Mount Bross. Per Lists of John, Cameron and Bross have prominences of 152 and 315 feet. The col between Lincoln and Cameron, does not drop down enough to provide Cameron with sufficient prominence. Same with the col between Cameron and Bross. Mount Lincoln has the highest elevation of those three summits and wins the honor of being listed as a SOTA summit. Note that Democrat, with the lowest elevation of the four summits, does qualify for the SOTA list due to its 770 feet of prominence. (There is a big enough dip between Democrat and Cameron.)
Now back to the list of 54 Colorado Fourteeners: Mount Cameron is not on the list but it often shows up on other 14er lists. Mount Bross is shown on the list of 54 but is not a SOTA summit. There are seven other Colorado 14ers that don’t qualify for SOTA: Crestone Needle, El Diente Peak, Tabeguache Peak, Sunlight Peak, Ellingwood Point, Little Bear Peak, and North Maroon Peak.
You don’t need to become an expert on calculating prominence to do SOTA activations. Really, the key thing is to check the SOTA list and make sure your intended summit is on the list before you hit the trail.
Rito Alto Peak is an easy 13er about 15 miles west of Westcliffe, CO in the Sangre De Cristo mountain range. This summit caught my attention because it was near Hermit Pass, one of the highest passes in Colorado at 13047 feet. We’ve been taking the Jeep up the highest roads in Colorado, and Hermit Pass was on The List. Looking around on the map, I noticed that Rito Alto Peak was an unactivated 10-point SOTA summit right next to the pass. Not only that, the summit is in the San Juan National Forest (K-4404), enabling a POTA activation as well. So how could we not do a trip up there?
Bob/K0NR climbing up Rito Alto Peak near Hermit Pass
Rito Alto Peak (W0C/SC-004) and Hermit Pass are about 15 miles straight west of Westcliffe, CO. To get there, take CR 160 (Hermit Road) west and then turn south onto FS 160. The turn-off is easy to spot and begins the 4WD portion of the trip. The 4WD road is not particularly difficult from a technical point of view, but the road is very rocky for most of the 9 miles. Every once in a while, the road has a smoother section, only to be followed by lots of rocks. I call these roads “moderate but annoying.” Any real 4WD vehicle should be able to handle this. We drove our stock Jeep Wrangler and it did fine. This is not a road for Suburu-class SUVs.
To get to Hermit Pass, head west from Westcliffe, then follow Hermit Road south.
At the end of the 9 miles of bouncing up the road, we parked at Hermit Pass and started the climb there. (It took us about 2 hours to drive this road.) Of course, you can always hike some or all of the road. Useful climbing info can be found here on 14ers.com. Hermit Peak, to the south of the pass, is NOT a SOTA summit. However, further south is Eureka Mountain (W0C/SC-007), which could also be hiked from Hermit Pass.
Climbing route shown in blue.
The figure above shows the track of our climbing route. There is no trail and there is plenty of talus to step over and around. The route is not critical but we tended to stay on top of the ridge line, sometimes deviating to find a better path. The distance was 0.7 miles one way with an elevation gain of 700 feet. So not too difficult, except for climbing over rocks. Trekking poles are highly recommended.
We spotted three bighorn sheep on the next ridge over.
On the summit, we set up our normal 2m FM station: the Yaesu FT-90 transceiver with 3-element 2m Yagi antenna, and started calling on 146.52 MHz. Joyce made the first contact so she has the honor of doing the first SOTA activation from this summit. You Go Girl!
Bob/K0NR and Joyce/K0JJW on the summit of Rito Alto Peak.
I was a bit worried about getting enough contacts to qualify for SOTA points but that turned out to not be a problem. We heard strong signals from the Buena Vista area (W0BV, KD0MRC) and Florrisant (K0MGL). We also made some Summit-to-Summit QSOs (S2S): WV0X (St Charles Peak, W0C/SC-031), W0ADV (Snowmass Mountain, W0C/WE-003), and W0CP (McQuaid Butte, W0C/SP-109). We also worked K0EEP, K9RZK, W9RIK, and W9NDR. Our Best DX for the day was 104 miles, with W0ADV on Snowmass. Thanks for all of the 2m FM QSOs!
Just one of the many fantastic views from the mountain.
As shown in the photos, the weather was excellent. We took our time on the mountain and never saw signs of thunderstorms. The climb down was easy and we returned to the Jeep. Then it was 9 more miles bouncing down the road and on to Westcliffe for a late lunch. What a great day for SOTA + POTA + Jeep trip.
While planning for the 2022 Colorado 14er Event, I decided to focus on making some long-distance contacts on 1.2 GHz (23 cm). Last year, Dave/W0ADV and I worked summit-to-summit (S2S) at a distance of 244 km (152.6 miles), which is my best result so far. See my previous post here…
For this year’s event, I wanted to beat that distance so I checked in with the usual SOTA activators that use the 23 cm band, wondering if any of them would be on summits that would support such an effort. I was thinking in terms of another S2S contact using portable FM handheld radios. I identified a few summits in the San Juan mountains that might work, from Pikes Peak or Mount Evans. Also, northern New Mexico has some potential summits, but I did not find anyone interested in activating them.
Bob/K0NR sitting down on the job on Pikes with the ICOM IC-9700 and Comet CYA-1216E Yagi antenna. (Photo: K0JJW)
Knowing that Lauren/W0LD has done quite a bit of VHF/UHF operating from Pikes, I figured he would have some insight concerning summits that are workable from Pikes. We connected via telephone and discussed some options. In that conversation, he suggested I reach out to two hams that have serious 23 cm stations in Kansas: N0LL and N0OY. This shifted my thinking away from S2S contacts to working a UHF station out on the plains. (Kansas has a noticeable lack of SOTA summits.) Pikes Peak (W0C/FR-004) is well-suited to this approach, being easy to access with a road to the top and an excellent radio horizon to the east. I sent an email to Larry/N0LL and Pete/N0OY to see if they were available. Larry replied that his 23 cm gear was currently off the air but Pete said that he was available to give it a try.
The N0OY station deserves the name “antenna farm”. (Photo: N0OY)
The distance from Pikes Peak (W0C/FR-004) to N0OY is almost 400 miles, so the FM handheld radio approach was probably not going to work. My ICOM IC-9700 was the way to go, with 10 watts of RF power to a Yagi antenna. Pete used an ICOM IC-705 to drive a transverter that supplies 50 watts of RF to an 8-foot dish antenna at 45 feet. I chuckled when I heard this because the IC-705 is a popular SOTA rig…just not usually found on 23 cm.
The N0OY 8-foot dish antenna at 45 feet.
Joyce/K0JJW and I made it to the summit a bit early and immediately set up for the 23 cm attempt. Normally, we operate on the west side of the summit, away from the visitors center and most of the tourists. For 23 cm, I wanted the best shot possible to the east, so we walked over to the boardwalk on the north side of the summit. It sticks out enough to give an excellent view due east.
N0OY (EM18ct) is straight east of Pikes Peak (DM78lu), 628 km (392 miles).
Once I was set up, I sent a text message to Pete asking him to start transmitting my direction on 1296.1 MHz. We had agreed to start with CW, our most efficient mode, and perhaps later try SSB. He started with a series of CW dashes and I could easily pick up his signal. Joyce pointed the antenna for me, finding the best direction to peak the signal. Pete’s signal was not terribly strong, but solid copy, only a few dB above my noise floor. Because he was running more power than me (about 7 dB), I was concerned that he would not be able to hear me. I called him using CW and initially, he did not respond. We kept trying and my signal came up a bit at his end and we were able to complete the contact. Conditions were marginal enough that we did not try SSB. (Sorry, Joyce missed out on this one…she doesn’t work CW.)
The weak K0NR CW signal just barely showed up on N0OY’s waterfall display.
SOTA Requirements
Although we drove to the summit of Pikes Peak, we made sure we were SOTA compliant. Our normal approach on a drive-up summit is to load up our backpacks with a portable station and hike some distance away from our vehicle. My IC-9700 is not exactly a compact transceiver but it is portable enough to transport some distance and it can be powered using a small Bioenno battery. I’ve carried this size radio (often an FT-991) on other SOTA activations, hiking a mile or two with it. It certainly adds weight to my pack, but it is manageable. The antenna was a Comet CYA-1216E, about 5 feet long, with 16 elements and a specified gain of 16.6 dBi.
So this is my new personal best for 23 cm SOTA:628 km, 392 miles. My thanks go to Pete/N0OY for getting on the air and giving this a try. His station was doing more than half the work with this radio contact. I’ve done SOTA QSOs like this with other weak-signal VHF/UHF operators. They may not be active SOTA chasers but they like the challenge of completing a difficult contact. I really appreciate them getting on the air with me. It’s all part of having fun messing around with radios.
This raises the question of what’s next?
Maybe I can get N0OY to move his station another 50 km to the east for another attempt. Probably not.
Stay tuned.
73 Bob K0NR
This SOTA Award arrived via email today (Aug 25, 2022)
This year, the Colorado 14er Event had the normal two-day (Saturday and Sunday) schedule plus two bonus days (Friday and Monday) for four activation days. Of course, Joyce/K0JJW and I decided to activate all four days using VHF/UHF frequencies. Frankly, we have not been doing that much hiking this year, so we were careful to lay out a plan that would work for us over four days.
Kaufman Ridge (W0C/SP-081)
On Friday, we hiked up Kaufman Ridge, which is a relatively easy summit near our cabin. I had an online meeting in the morning that caused us to get a late start this day, but we did chase some activators in the morning. On the summit, we worked a number of stations on VHF/UHF using the IC-705 transceiver. It was clear that most of the activators left their summit before noon, as is the usual practice for the 14ers and high peaks.
Normally, we focus our SOTA fun on VHF/UHF but this time I brought along an end-fed halfwave antenna for 20m and made a few 20m SSB contacts, including one with Elliot/K6EL on Mount Davidson (W6/NC-423). That’s right, a rare HF SOTA activation by K0NR. Joyce and I also turned in a log for Parks On The Air (POTA), which was San Isabel National Forest (K-4407).
Bob/K0NR on the trail up Kaufman Ridge.
Pikes Peak (W0C/FR-004)
On Saturday, I wanted to focus on making some 1.2 GHz (23 cm) contacts so we chose Pikes Peak as a good platform for that. Pikes is always fun because of its easy access (yes, we drove up) and its high location towering over eastern Colorado. We had Jon/KM4PEH and his wife join us on the summit, taking turns using the VHF/UHF bands. I made 42 QSOs on the various bands but my 23 cm contact with N0OY was the most exciting. I worked him in Salina KS on 1296.1 MHz using CW for a distance of 627km (392 mi). This is my new personal best for SOTA on that band. See this post for more detail on this contact.
Saturday was a good day for Summit-to-Summit (S2S) radio contacts, as I picked up 13 of them, all on VHF/UHF in Colorado. Joyce and I both worked Dave/W0ADV on Capitol Peak (W0C/SR-060) using 1.2 GHz FM. Capitol is a challenging climb, as shown in Dave’s video here.
Pikes Peak is in the Pike National Forest (K-4404), so we submitted our logs for POTA.
Bob/K0NR sitting down on the job, getting ready for a 23 cm activation.
Mount Antero (W0C/SR-003)
On Sunday, we got up early and drove the Jeep up Mt Antero Road, parking at about 13,600 feet in elevation. This cuts a large chunk of the distance and elevation off the ascent to 14,268 feet. Besides, who wants to hike on a 4WD road anyway? It is still a decent climb over the rocky trail to get to the top.
A view of Mount Antero, on the way up.
This was my fourth SOTA activation of Antero, including its first activation back in 2011. (Actually, I’ve activated this many more times during the Colorado 14er Event, which predates SOTA in Colorado.) The activity was down a bit from Saturday and we were much further away from the large population centers, which is a factor on VHF/UHF. Still, we both made 17 QSOs, including five S2S contacts. We submitted our logs to POTA for San Isabel National Forest (K-4407).
Bob/K0NR working 2m FM from the summit of Mt Antero.The 70cm Yagi-Uda antenna is vertically polarized for FM operation.
Wander Ridge (W0C/SP-042)
On Monday, we activated one of our favorite summits near Cottonwood Pass, SP-042. Usually, I would refer to this as an Unnamed Summit (12,792), which is the name the SOTA database shows. Dave/W0ADV pointed out this summit does have a name: Wander Ridge, so I’ve adopted it for this special peak. The USGS approved that name in 2017 but it has not yet made it into the SOTA database.
Bob/K0NR on the Continental Divide Trail and Colorado Trail, headed to Wander Ridge.
From an outdoor hiking perspective, this was the best summit of the weekend. The hike starts at Cottonwood Pass and follows the Continental Divide Trail south toward the summit. Then, a short off-trail hike takes you to the summit. The weather and views were excellent!
Bob/K0NR and Joyce/K0JJW on the summit of Wander Ridge.
The activity was a bit light but we both made 10 contacts, enough to qualify for a POTA activation (in addition to SOTA). This summit is right on the border of San Isabel NF and Gunnison NF, and we chose to activate it from the San Isabel side (K-4407). We only had one S2S contact, with Steve/K5SJC on Pikes Peak.
All in all, it was a fantastic weekend with four excellent summit activations. It was wonderful to work our old and new SOTA friends on the VHF/UHF bands. My special thanks go to Pete/N0OY for firing up his mega 23cm station to work me on Pikes Peak.
Amateur Radio operators from around Colorado will be climbing many of Colorado’s 14,000-foot mountains and Summits On The Air (SOTA) peaks to set up amateur radio stations in an effort to communicate with other radio amateurs across the state and around the world. Join in on the fun during the annual event and see how many of the mountaintop stations you can contact. Be aware that many mountaintop activators will hit the trail early with the goal of being off the summits by noon due to lightning safety concerns.
This event is normally held the first full weekend in August. Following up on the success of the 10-day W0C SOTA event in 2021, in 2022 we will add two bonus days to the Colorado 14er Event. The main two days remain Saturday and Sunday (Aug 6 & 7), while the bonus days are Friday Aug 5 and Monday Aug 8th, for those SOTA enthusiasts that need more than two days of SOTA fun!
The 14er event includes Summits On the Air (SOTA) peaks, which includes over 1800 summits! If you aren’t up to climbing a 14er, there are many other summits to choose from (with a wide range of difficulty). See the W0C SOTA web page at w0c-sota.org.
Important: The recommended 2m FM frequencies have been changed to 146.58, 146.55, and 146.49 MHz, to align with the use of the North America Adventure Frequency for SOTA (146.58). The National Simplex Calling Frequency (146.52) may be used as appropriate. See the operating frequencies page.
Radio operators who plan to activate a summit should post their intent on the ham14er group via the ham14er groups.io website. Also, be sure to check out the event information at http://www.ham14er.org
For a complete list of suggested HF, VHF, and UHF frequencies see this web page.
And there is more!
On the same weekend, SOTA enthusiasts in Montana, Idaho, Washington, and Oregon will activate summits for the Pacific Northwest Not-Quite-Fourteener (PNW-NQF) event. Also on the same weekend, the Southern California SOTA group will hold their SOCAL SOTAFEST. So there will be plenty of SOTA stations to work that weekend.
Warning: Climbing mountains is inherently a dangerous activity.
Do not attempt this without proper training, equipment and preparation.
This post was updated on June 4, 2022, after the summit house construction was completed.
Perhaps this should be called The Slacker’s Guide to Activating Pikes Peak since I am going to describe the easy way to do a Summits On The Air (SOTA) activation on America’s Mountain. If you plan to hike up, you have my complete support but this post is not meant for you.
Pikes Peak (W0C/FR-004) is about 10 miles straight west of downtown Colorado Springs. See the Pikes Peak website for useful tourist information. At an elevation of 14,115 feet, the mountain towers over Colorado Springs and the other front-range cities. (You may see the elevation listed as 14,110 but it was revised upward in 2002 by the USGS.) This means that it has an excellent radio horizon to large populated areas. On VHF, it is possible to work stations in Kansas, Nebraska, Wyoming and New Mexico. See VHF Distance From Pikes Peak and Pikes Peak to Mt Sneffels. On HF, you’ll do even better.
Getting There
Access to the summit has three options: hike up, drive up via the Pikes Peak Highway or ride the Pikes Peak Cog Railway. Most people will probably choose the highway since the cog rail only gives you 30 to 40 minutes on the summit. (Normally, you return on the same train that takes you to the top. You can try to schedule two one-way trips but that is a challenge.)
After a few years of turmoil and construction, the summit of Pikes Peak is now back to operating normally but with some changes. The new summit house/visitors center is open and it is a beautiful new facility. The Cog Railway is also operational with brand new equipment. There is a new boardwalk that allows easy strolling on the summit and improved views near the edge of the summit.
Pikes Peak Highway
The highway is at a well-marked exit off Highway 24, west of Colorado Springs. There is a “toll” to use the highway (~$15 per person, check the Pikes Peak Highway website for the latest information and a $2 discount coupon.) Starting in 2022, you must have a reservation (2-hour window) to drive to the summit (roughly Memorial Day to Labor Day). The specifics are likely to change, so be sure to check the Drive Pikes Peak page for the latest updates.
The road is paved all of the way to the top and is usually in good shape. The only caution on driving up is that some people get freaked out by sections of the road that have steep drop-offs without guard rails. It is very safe, but some folks can’t handle it. The main caution driving down is to use low gear and stay off your brakes. There are plenty of signs reminding you to do this and during the summer there is a brake check station at Glen Cove where the rangers check the temperature of your brakes.
It takes about an hour to drive to the summit, assuming you don’t dawdle. It is best to drive up during the morning and avoid the afternoon thunderstorms.
On The Summit
The W0C Association Reference Manual (the SOTA rules for Colorado) used to suggest a “qualifying hike” of 100 vertical feet but this item has been removed from the manual. If you decide to do such a hike, I suggest you proceed down Barr Trail which is the main hiking trail coming up from the east side of the peak. Do not try to walk along the road, as the rangers will stop you. The trail starts on the east side of the summit house (towards Colorado Springs) and is marked with a sign. You have to cross over the cog rail tracks to get to it. (Please try to avoid getting run over by the train as it scares the tourists and makes a mess.)
The summit of Pikes is broad, flat and rocky, so pick out a spot away from the buildings for your SOTA adventure. There are quite a few radio transmitters on the peak so expect some interference. Since this is way above treeline, your antennas will have to be self-supporting. For VHF, giving a call on 146.52 MHz FM will usually get you a few contacts and sometimes a bit of a pileup. Be aware that on top of Pikes you are hearing everyone but they can’t always hear each other. It can get confusing. Another VHF simplex frequency worth trying is 146.58 MHz (The North America Adventure Frequency). On the HF bands, pray for good ionospheric conditions and do your normal SOTA thing.
Your body and your brain will likely be moving a little slower at 14,000 feet due to the lack of oxygen. Don’t be surprised if you have trouble deciphering and logging callsigns. Take it slow and monitor your physical condition on the peak.
Bring warm, layered clothes, even in the summer, since Pikes Peak can have arctic conditions any time of the year. Keep a close eye on the weather since thunderstorms are quite common during the summer months. Lightning is a very real danger, so abandon the peak before the storms arrive.
When doing VHF activations for Summits On The Air (SOTA), the radio range is dependent on the height of the summit and the surrounding terrain. The Radio Mobile website from Roger/VE2DBE is a great tool that can be used to estimate the radio range from a particular site. Repeater system owners often use tools like this to predict the coverage of their repeaters. I don’t normally do this type of analysis for SOTA…I just look at a topo map and get a rough idea of how far my signal will go. Then, I decided to spend a little time analyzing a few summits in Colorado to see what I could learn.
Pikes Peak (W0C/FR-004)
Pikes is a 14,115-foot summit that towers over the eastern plains of Colorado, making it an ideal radio site. The Radio Mobile plot shown below shows the solid radio coverage in blue and the fringe area in yellow. I won’t go into how to use Radio Mobile on this post. As you’d expect, you enter the location of the radio site (summit) along with various parameters such as frequency, minimum detectable signal level, transmit power, and antenna gain. I entered some nominal parameters consistent with typical SOTA stations on 146 MHz (2 meters).
VHF coverage prediction for Pikes Peak (W0C/FR-004)
Pikes covers about half of the state of Colorado, reaching out to the Kansas state line. To the west, the coverage does not go as far because the radio signals are blocked by other mountain ranges. In particular, the signal tends to drop off at the Sawatch Range, west of Buena Vista. I’ve activated Pikes many times and this plot lines up well with my general experience. The blue area can be worked quite reliably with a decent station on both ends. By “decent” I mean a 20-watt transmitter on the summit with a small Yagi antenna and a 40-watt radio with an omnidirectional antenna at the chaser station. Working stations near the Kansas state line is usually easy on 2m FM. The highest spot in Kansas (Mount Sunflower, not a SOTA summit) can usually be worked without much trouble. However, longer distance contacts are possible, especially using SSB or CW. I’ve written before about the Myth of VHF Line-Of-Sight.
When using VHF for SOTA activations, it is important to consider the potential stations that will be within range and on the air for you to work. Besides being a high summit, Pikes overlooks the major cities in Colorado, from Fort Collins to Pueblo, so finding someone to work on 146.52 MHz is usually easy. It is common to have a pile up of stations calling you.
Colorado has over fifty 14,000-foot mountains and all those are workable from Pikes Peak on 2m FM.
Mt Herman (W0C/FR-063)
Mt Herman is another popular SOTA summit, with an elevation of 9063 feet, not nearly as high as Pikes Peak. This summit also looks out over the eastern plains of Colorado, as shown in the coverage plot below. Although the range is not as good as Pikes, it still covers the major cities, so again it is easy to do a 2m FM activation from Mt Herman. It is more difficult to work stations to the west. I can usually work stations in Woodland Park and Divide from Mt Herman, but reaching Buena Vista is a challenge.
VHF coverage prediction for Mount Herman (W0C/FR-063)
Threemile Mountain (W0C/SP-107)
VHF activations can be much more challenging when the summit is further away from populated areas. Let’s consider Threemile Mountain, which is 10,020 feet in elevation, located about 20 miles south of Hartsel, CO. This summit tends to get blocked to the east by the Front Range and to the west by the Sawatch Range. Even though the summit is higher than Mt Herman, its radio range is not as good.
VHF coverage prediction for Threemile Mountain (W0C/SP-107)
In particular, it does not cover Denver, Colorado Springs, and Pueblo very well, so the number of available stations to work drops dramatically. There are a number of hams that monitor 146.52 MHz up in the mountains, so if you are patient you can usually make some VHF contacts. This can be a source of frustration for VHF activators, or you can take it on as a challenge.
I have activated Threemile five times and I don’t think I’ve ever worked a Denver station on 2m FM. I have worked some Denver stations from there using 2m SSB, during a VHF contest. Oh, I did manage to work Larry/N0LL in Smith Center, KS on 2m SSB for a distance of 372 miles. See Radio Fun on Threemile Mountain (W0C/SP-107). So you never know what you’re going to get on VHF/UHF.
Conclusions
So what conclusions can we draw from this analysis?
Radio Mobile does a good job of predicting typical 2m FM coverage. My experience on these summits aligns well with the Radio Mobile predictions.
But much longer distance contacts are still possible. VHF is not limited to line of sight. Radio Mobile is intended to predict reliable radio coverage, not the exceptional radio contact.
Be aware of the population density of the coverage area because that is a huge factor for making radio contacts. New VHF activators should start on summits that overlook the major Colorado cities.
Improve your VHF activator station. Every additional dB of signal improves your ability to make those weak-signal contacts on the edge of the coverage area.
As always, get off the couch, gather your radio gear, and head for a summit.
Adam/K6ARK recently posted this video of his 2m SOTA activation in California. Adam does a really nice job with his videos and this one is no exception. During this activation, he worked KE9AJ in Arizona at 256 miles. This was an FM QSO, with KE9AJ running 6 watts and K6ARK running over 120 watts.
In the video, he shows the 8-element 2m Yagi antenna, which has a clever folding boom design (homebrew, I assume). You’ll notice that he is carrying quite a bit of gear in his pack, including a 160w amplifier, a Yaesu FT-857, several batteries, the Yagi antenna, and antenna masts. Adam has posted other videos of VHF SOTA activity, so check out his YouTube channel for them.
Note that at 256 miles, this is definitely propagation beyond line of sight. We’ve talked about this before: The Myth of VHF Line-Of-Sight.
This has me thinking about some of my best VHF SOTA activations, which I will list here.
Sneffels to Pikes
In 2012, for the Colorado 14er Event, Joyce/K0JJW and I climbed Mt Sneffels (W0C/UR-001) at 14,150 feet in elevation. I worked Stu/W0STU on Pikes Peak (W0C/FR-004). We both were running 5 watts on 2m FM, with 3-element Arrow II antennas. I had an FT-817, while Stu used an HT. We made the QSO without too much difficulty, at a distance of 160 miles. Stu put together this video that shows the action on both summits.
Capulin Mountain
Capulin Mountain (W5N/SG-009) is out in the middle of nowhere New Mexico, a long distance from populated areas. My goal was to activate it (and get the points) on VHF, but I knew it would be a challenge. I put the word out to the weak-signal VHF community and used my FT-817 (5 watts) and 3-element Yagi to make contacts. My best DX was with Arne/N7KA at 184 miles. I could hear him fine on SSB but he could not copy me, so we switched to CW to complete the QSO. Arne used a 2M12 Yagi antenna with 700 watts of power vs my 5 watts.
This turned out to be a good lesson in what happens when the two stations are imbalanced with respect to RF power. My 5 watts vs his 700 watts is a difference of 21 dB. No wonder I could hear him just fine but he was struggling to copy me. Flipping over to CW narrows the receiver bandwidth, improving the signal-to-noise ratio, and was enough improvement to make the QSO.
Mount Scott (W5O/WI-002) is a drive-up summit (elevation 2464 feet) in the Witchita Mountains of Oklahoma. It sticks up high enough to have a good radio horizon in all directions. We stopped there to do an activation in March 2018, using the Yaesu FT-90 (set for 30 to 50 watts) and the 3-element Yagi antenna.
We easily worked a bunch of stations on 146.52 MHz FM, including K5RTN in Brownfield, TX. Later, I checked the distance to Brownfield and found that it was 245 miles, which is still my best SOTA DX on 2m FM. There was probably some favorable propagation that morning, perhaps some ducting, for this to occur. K5RTN was operating from home and I am not sure about his power and antenna.
Threemile Mountain
During the 2021 January VHF Contest, we decided to activate Threemile Mountain (W0C/SP-107), which is usually accessible, even in the winter months. Because it is in the Pike National Forest (K-4404), I did a combo operation of SOTA, POTA, and VHF contest. At 10,020 feet in elevation, it is not the highest summit in the region but it has a good radio horizon in all directions.
Also, the hike is relatively short, so I packed the Yaesu FT-991 and a 20 Ah battery, which gave me more power (50 watts) on 2m and 70 cm. Not only that, I actually fired it up below 50 MHz and made some HF contacts, using single-band end-fed halfwave antennas.
I was working a few stations in Denver on 2m SSB when I heard Larry/N0LL calling me from Smith Center, KS. Larry is a well-known Big Gun on VHF with excellent antennas. I’ve worked him in past contests on various bands and modes but I was surprised how strong he was coming in at Threemile Mountain. We probably had favorable conditions on 2 meters that day but nothing exotic, to make a 372 mile QSO. I’ve worked longer distances on 2 meters but this is my best DX for SOTA.
Most ham transceivers have decent receivers, so the choice of radio on the receive side is not that critical. (OK, you can add a preamp in front of the receiver to improve it.) The big difference for making QSOs (or not) on 2 meters is antenna and power level.
Improving your antenna is normally the first step in improving your VHF SOTA station, because it helps on both transmit and receive. Joyce/K0JJW and I almost always use the 3-element handheld Yagi from Arrow Antenna. Arrow does not specify the gain, but various sources have measured it at 6 dBd. We have made many QSOs over the years where the extra 6 dB made the difference. An omnidirectional antenna would have come up short. I’ve been looking for a higher gain antenna to use for SOTA but have not found one that I like. Adam’s 8-element antenna is tempting but longer antennas pretty much require a mast, which adds weight to the pack. One of the benefits of the 3-element Arrow is that it is handheld, so we don’t carry a mast. Of course, having two of us activating together really helps…one person can hold the antenna while the other operates and logs. A handheld antenna with a single operator can be a challenge.
Concerning power level, the Capulin QSO with N7KA illustrates what happens when two stations are imbalanced with respect to RF power. After this experience, I did purchase a small 2m amplifier that boosts the 5 watts from the FT-817 to 35 watts. It is compact and not too much of a DC power hog. I think we also heard an imbalance with the QSO between K6ARK and KE9AJ. KE9AJ’s signal was a bit noisy at K6ARK while K6ARK’s signal was full quieting 59 at the other end. This is not a surprise with K6ARK at around 120 watts and K6ARK at 6 watts (13 dB difference).
For higher power on 2 meters, you generally need to bring a bigger radio or an amplifier. The popular HT is generally limited to about 5 watts. For 2m FM, we’ve been carrying the Yaesu FT-90, which is a pretty compact radio and can put out 50 watts of RF power (FM only). On the Threemile Mountain activation mentioned above, we took the FT-991, which is not very SOTA friendly, but it also does 50 watts on 2 meters…and all modes.
Battery capacity also comes into play as higher power requires more DC current. The FT-90 manual says it draws 9.5 amps at full 50 watts of power on 2 meters. (We usually run it at lower power but will punch it up to 50 watts when required.) The FT-991 manual says it draws 15 amps when transmitting at full power on 2m or 70cm. My 160 watt 2m (Mirage) amplifier can draw up to 30 amps on transmit. Wowzy, that’s some real current! The point is that as you increase power, you need to look at your battery situation more carefully.
It might sound like I am suggesting that we should maintain a power balance between the two stations. That’s not the case and is often not even practical. When one station is much stronger than the other, it can be used to advantage. The stronger station is easily heard and the weaker station can point the antenna in the right direction to peak up the signal. The weaker station consistently hears the stronger station, so now the challenge becomes to just get a few seconds of successful transmission in the opposite direction. You keep trying until the weaker station manages to get through. Compare this to having two lower power stations trying to make a contact. They may not even hear each other at all because the antennas are not pointed optimally. When they do hear each other, they are both struggling to hear the other station and complete the QSO. This lowers the probability of completing the contact.
So how much power should you run on 2 meters for SOTA? Of course, More Is Better, except for the extra weight in your backpack. The difficulty of the hike comes into play…on shorter hikes, weight does not matter so much. I am finding that 5 watts is on the skimpy side. On the other hand, going much above 50 watts requires larger batteries, so I am thinking the sweet spot is around 30 to 50 watts. If I do happen to work a base station running 1kW, my signal will be 13 dB lower with 50 watts (worst-case scenario). This is just my opinion, your mileage may vary.
Summary
So can we all agree then that VHF signals can go beyond line-of-sight? These examples are basic tropospheric paths and do not include the exotic propagation modes such as meteor scatter, sporadic-e, aurora, EME, etc. I’ve used most of those modes to work longer distances but not during a SOTA activation. Most hams know that SSB and CW are more effective than FM when signals are weak. In fact, FM weak-signal performance is lousy. Still, we see multiple examples of making some long-distance contacts with FM.
Visiting Yellowstone and Grand Teton National Parks is a favorite trip for us. It is a 9-hour drive to get there from Colorado, so we can make it in a day. In September, we visited these two parks with a blend of activities in mind: RV camping, hiking, viewing wildlife and ham radio. The ham radio part means Summits On The Air (SOTA) and Parks On The Air (POTA).
The Teton mountains tower above the Snake River.
Our trip started from Monument, CO, followed by a stop at our cabin near Trout Creek Pass. Heading north, we spent one night at Steamboat Lake State Park (Colorado), which broke up the road trip into smaller sections.
A few of the many buffalo (bison) in Yellowstone National Park.
Grand Teton NP
Grand Teton NP listed 27 activations for POTA (POTA K-0031) which is really not that many activations for such a well-known national park. The park and the surrounding national forests have many SOTA summits available, some quite difficult to climb (such as 13,770 foot Grand Teton). We camped two nights at Colter Bay RV Park, inside the park. This is a decent RV-style campground with full hookups and campsites packed in a bit tight.
Joyce/K0JJW campsite operating POTA from the Grand Teton campsite.
Our usual POTA station is the Yaesu FT-991 driving a single-band end-fed halfwave (usually 40m, 20m or 17m) supported by a fishing pole and powered by a 20 Ah Bioenno battery. Joyce/K0JJW likes to use a paper log but I usually log my contacts with HAMRS, either on my notebook PC or an iPad. HAMRS is a relatively new logging program that runs on most operating systems (Windows, Mac, Linux, iOS, Android, etc.) It is tuned for portable operating, with templates for SOTA and POTA. Check it out, if you haven’t tried it.
One unfortunate surprise while operating from the campsite was a ton of RFI coming from the electronic devices in use by the herd of RVs. The noise floor on 20m was S5— not so good. It seems that today’s RV enthusiast brings along complete wireless network support with internet access points, WiFi routers, and their associated Part 15 emissions. Oh, well.
After setting up on 20m SSB, K0JJW and I both completed 10 QSOs with some difficulty. We were clearly being heard but we had trouble digging signals out of the noise.
Next up was a VHF SOTA activation on Signal Mountain (W7Y/TT-161). This is an easy-to-access drive-up summit with a great view, highly recommended with or without a SOTA activation. We debated on whether to use HF for SOTA on this trip. Normally, we’ve stuck to VHF/UHF on SOTA summits, as part of the Height-Above-Average-Terrain experience. However, knowing that Northwest Wyoming is a bit sparse for VHF activity, we could easily get skunked on a SOTA activation (less than 4 QSOs). Despite that, we opted to stick with VHF for SOTA and focus on a successful activation (1 QSO or more), with or without the SOTA points. On Signal Mountain, we worked two stations on 2m FM, including Steven/KB7ITU in Rexburg, ID, about 60 miles away. (Hey, we worked another state on VHF!)
Speaking of VHF, we used our dualband mobile (IC-2730A) to listen to the national park repeaters while we travelled through the park. Our dual-receive radio always has 146.52 MHz on one side and “something else” on the other side. When inside large national parks, we’ll set the second receiver to a national park frequency. These are generally conventional FM in the 162 to 173 MHz range. I won’t list the Teton and Yellowstone frequencies here but you can find them with a little searching on the interwebz. For example, see wiki.radioreference.com for Yellowstone NP frequencies.
Yellowstone National Park
Yellowstone ( POTA K-0070 ) had only 22 POTA activations, not that many considering it is the nation’s first national park. It also has quite a number of SOTA summits of varying difficulty.
We camped two nights at Grant Village campground, a basic national park campground. The campground had no hookups but the campsites are well spaced with many trees and flush toilets. (The only problem we had was when the park service booked another group of campers onto our campsite one night.)
Joyce and our RV (Rocky Victoria) at the Grant Village campsite.
During a previous visit to Yellowstone, we activated Lake Butte (W7Y/PA-219). On this trip, we had our eye on Mount Washburn (W7Y/PA-163), a well-known 10k summit and popular hike, but the road that provides access to it was closed for the summer due to construction. (OK, maybe next time.)
Bob/K0NR operates 2m FM from the unnamed summit W7Y/TT-139.
Instead, we decided to try an unnamed summit 8770 (W7Y/TT-139) that was relatively easy to access but had not been activated for SOTA. We found some trip reports that said there is a nice trail to the summit and the only complaint was that the summit does not have a view due to the many trees. We parked at the Divide Trailhead, about 12 miles west of Grant Village. The trail is 1.8 miles in length (one way) with 700 feet of elevation gain. So not too difficult but a real hike. The summit is broad and sure enough with lots of trees, so no view. Practice normal bear precautions on this trail.
Practice standard bear precautions in this area.
Again, we opted for VHF SOTA, knowing that we might not get enough radio contacts for points…but we only needed one contact to qualify as the first activation. We worked two mobile stations passing through the park on 146.52 MHz. Yes, it is good to always be monitoring the calling frequency. You never know who is going to show up.
For POTA, we noted that the Continental Divide Trail National Scenic Trail (K-4558) passes through Yellowstone NP, which would allow for a double activation. The CDT has always been special to me as it passes through Colorado and provides some of the most scenic hiking in the state. It only had 15 activations listed at that time, two of those were ours from when we activated it a month earlier, in Colorado. We choose the Old Faithful area as a good place to activate Yellowstone NP ( K-0070) and the CDT. We set up near the edge of the parking lot, away from the crowds. Again it was the FT-991 driving the endfed halfwave on 20m SSB. It was midday, so we expected good 20m propagation (and a nice pileup for Yellowstone) but the band was not cooperating. We both made at least 10 QSOs for a successful activation, so we count that as a win, but the pileup never happened.
Besides the radio operating, we had a good time touring through the park and looking for wildlife. We saw tons of buffalo, not quite so many elk and deer, but no bears or wolves. We have had better wildlife viewing on previous trips but it was still fun.
Heading South
Then it was time to start home, heading south out of Yellowstone back through Grand Teton. Of course, we were monitoring 146.52 MHz, when we heard Lorene/KG6MWQ on unnamed summit 7586 (W7Y/TT-164). She was on the summit with AE6NH, operating both HF and VHF. It was great to catch a VHF activator in Yellowstone. This was the first activation for TT-164, so congratulations to both of them.
Two POTA activators smiling for the camera (Joyce/K0JJW, Bob/K0NR).
We decided to make a stop at the Colter Village area on the way through Grand Teton NP. Our first priority was to use the shower facilities there. Our second priority was doing another POTA activation.
Yaesu FT-991 set up on small camp table, with microphone and two sets of headphones.
This time we set up in a large parking lot, away from anything that might produce RFI. Again, it was 20m SSB using the halfwave antenna supported by a fishing pole. We sat near the RV on our camp chairs and table. Our typical configuration is to have two sets of headphones so both of us can copy well. We just use the standard handheld microphone which is easily passed between us when we change operators.
Typical antenna setup with fishing pole inserted into a plastic pipe attached to the RV ladder. A wire antenna is hung from the end of the pole.
Later in the day, we exited the park and headed south through Jackson, WY. We stayed overnight at a farm near Afton, WY which is surrounded by Bridger-Teton National Forest (K-4535). Of course, we needed to do one more POTA activation. We searched around for a usable spot to park and then fired up on 20m SSB. Propagation was OK but not great but we got it done.
The next day, we were up and going early, driving the rest of the way home to Monument. It was a wonderful road trip that blended sightseeing, hiking, camping, and ham radio. Let’s go do it again!
Joyce/K0JJW climbing London Mountain, with Mosquito Peak in the background (right).
We had a great time going after the W0C 10-10-10 SOTA Challenge. (See 2021 Colorado SOTA and 14er Event ) For activators, the objective was to activate 10 summits higher than 10k feet in 10 days. It turned out that some previous commitments would not allow us to do 10 days of activating, so we smushed 10 summits into 6 days. With careful choice of summits and doing multiple summits in a day, we put together a plan.
Bob/K0NR and Joyce/K0JJW on Puma Peak.
Saturday and Sunday started off with the Colorado 14er Event, so we opted to do Pikes Peak on Saturday and Mount Evans on Sunday. These are both drive-up summits, so not a lot of hiking. As previously reported, we had some good luck with 1.2 GHz from those summits. Then, on Monday we hiked Puma Peak and Little Puma, two 11k summits in South Park. On Tuesday, we did three summits on one day: Dicks Peak, 10090 and 10715. These three hikes were not particularly difficult but doing all three made for a full day.
Map of the ten summits that were activated.
On Wednesday, we took the Jeep up to Mosquito Pass and hiked two 13ers: Mosquito Peak and London Mountain. We had previously activated those two summits in 2018. Finally, on Thursday, we did our tenth summit with Walt/W0CP and Jerry/K0ES, one of our favorites: South Monarch Ridge. Walt and Jerry worked the HF bands while we did VHF/UHF. That was a slacker day, because we rode the tram up from Monarch Pass.
Bob/K0NR standing next to the Jeep with Mosquito Peak in the background.
The weather was consistently fantastic, with no thunderstorms in sight. The smoke from western wildfires was thick at times and can be seen in some of the photos.
The Bands
As usual, we operated above 50 MHz, focusing on 2m, 70cm and 23cm FM operation. Most of the contacts were on 2m FM but we had significant activity on the other bands. The 1.2 GHz work was really fun: Using 1.2 GHz in the Colorado 14er Event. I made 162 contacts and Joyce made 94, for a total of 256 for the week. Not bad!
Six activators met the challenge of doing at least 10 summits during the event. That was our goal…not pursuing the top of the list but we did want to get 10 summits done. I am fifth on the list and K0JJW came in at sixth. We had the same number of SOTA points because we did the same summits. I had more QSOs though.
It was a fun event and we were happy to be able to activate 10 summits. Fortunately, the weather was good, otherwise we might have gotten rained out on the longer days.
We accessed Red Mountain 3 (RM3) by taking Highway 550 to Red Mountain Pass. The road for RM3 is County Road 14 but is not well marked. The turnoff (shown on the map above) is just south of Red Mtn Pass, going to the east (37.89587, -107.71369). County Road 14 is a narrow but easy road, barely 4WD, that leads to the gate (37.89476, -107.70774). We parked there and hiked up the road.
