Monarch Ridge South SOTA Activation (W0C/SP-058)
For the 2016 Colorado 14er Event, I had to choose really easy SOTA summits to activate because I had fractured my ankle earlier in the summer. At this point, I was able to hobble around with a protective boot but walking more than a few hundred feet was difficult. On Saturday, we drove up Pikes Peak and took a short stroll away from the vehicle to operate. On Sunday, we decided to activate Monarch Ridge South (W0C/SP-058), using the sight-seeing tram that goes to the top.
Access is right off Monarch Pass (Hwy 50), where there is a large parking lot. There is a trail that goes to the top and we’ll be back to hike that some other time. (Actually, Joyce K0JJW and I already tried to snowshoe to the top in blizzard conditions but that is another story for another day.) The trail is a popular mountain bike route, so we saw lots of bikers in the parking lot unloading gear. Monarch Pass is oriented north/south and the trail heads off to the east (behind the tram building).
The tram boarding location is inside this building at the bottom of the tram. We purchased tickets in the nearby gift shop, which is worth a look if you need a map, book, ice cream cone or trinkets. See their website for latest schedule and pricing.
Here’s a photo of the tram going up the side of the mountain. Of course, the views are great and the ride takes about 10 minutes. The tram car holds four people and a reasonable amount of SOTA gear.
At the top, Denny KB9DPF made contacts on 2m FM, aided by expert logger Kathy KB9GVC. The actual summit is a ways to the south of the tram, maybe a tenth of a mile, but we operated from a concrete pad on the north side. The ridge is flat and we judged the activation area to be very large.
We made a total of 13 contacts on 2m and 70cm, including 5 other SOTA summits (S2S).
I used my Yaesu FT-817 on 432.100 MHz SSB, hoping to find someone in the UHF contest that is happening concurrently with the 14er event. I didn’t work anyone on 70cm SSB but I did work K3ILC in Colorado Springs on FM at a distance of ~90 miles. Not too bad. The Arrow antenna is attached to my hiking stick via the camera mount thread.
There is a substantial radio site on Monarch Ridge that did provide some RF interference to us on 2 meters. The 70 cm band seemed to be unaffected but I can’t be sure. The “bad boy” transmitter is the KMYP automated weather station (AWOS) transmitting continuously on 124.175 MHz. Well, at least we could receive current weather information. We did relocate to put some distance between us and the transmitters but my lack of mobility kept us from going too far.
If you are looking for an easy access SOTA summit near Monarch Pass with excellent views, this is it. The hike up should not be very difficult but the tram makes it even easier. If you plan to operate 2 meters, expect some interference. Next time, I’ll try locating even further away from the transmitter site. I might even bring along some bandpass filters. Other SOTA enthusiasts have reported no problems on the HF bands.
At the time of this post, there are plans to put a 2m amateur repeater at this site on 145.325 MHz.
73, Bob K0NR
The post Monarch Ridge South SOTA Activation (W0C/SP-058) appeared first on The KØNR Radio Site.
Bob Witte, KØNR, is a regular contributor to AmateurRadio.com and writes from Colorado, USA. Contact him at [email protected].
WØC/FR-030 (Chief Mountain) 3569m / 11709ft
On Sunday, 7 August 2016 I completed my 9th SOTA activation. Which I realize doesn’t sound like very many considering I completed my very first SOTA activation in November of 2011. Between November 2011 and November 2012 I added seven more to the list. Then I got sick, got busy, had some personal issues and before I knew it the summer of 2016 was quickly slipping away.
For those who have followed my other blog and my podcast (Practical Amateur Radio Podcast), you are aware I started exercising and eating better to get in better shape and lose weight. While I’ve taken over 10 million steps, walked just short of 5,000 miles and climbed 22,000 floors since I started wearing my Fitbit in the summer of 2013, today was the first SOTA activation I had attempted since losing over 50 pounds. While I’m presently in a weight holding pattern, I still make every effort to complete 10,000 steps per day. This walking has kept me in pretty good shape considering where I was just a few years ago. Best I can remember, it took me over 2 hours to hike to the summit of Chief Mountain in 2013.
The trailhead of Chief Mountain is about 40 minute drive from my QTH. As Chief Mountain is extremely popular with hikers/peak baggers I wanted to get an early start. I arrived at the trailhead just after 6:30 AM. With my boots tightly laced and my pack strapped to my back, I hit the trail at 6:45 AM.
The above trail sign is approx. 1 mile from the trailhead parking area and 2 miles below the summit.
One hour and five minutes later I’m standing on the summit of Chief Mountain. The total trail length is approx. 3 miles with a total elevation gain of just under 1,000. This is a great hike and I highly recommend it.
My SOTA HF setup hasn’t changed since 2012. If it works, why mess with it? I use a Buddipole vertical setup with a single wire counterpoise. For this activation I setup for the 20 meter band. I pack enough hardware to create a full-size 1/4 wave length vertical (no coil) along with a 1/4 wave length elevated counterpoise. With band conditions being less than desirable, I believe the extra weight of the two aluminum arms (versus the coil) was worth the effort.
My Buddipole vertical setup with my SOTA flag flying proudly.
Of course, my Elecraft Kx3 (serial number 057) running 10 watts is still very much my pride and joy of my QRP setup and I power it all with my 4+ year old Buddipole A123 Nanophosphate Battery Pack (13.2v, 9.2Ah). However, I must admit I was a little worried if my A123 battery pack would still work after all this time. But I would not be disappointed. They performed just as expected.
HF Contacts (20m SSB)
In just a little over 45 minutes I worked 24 stations from across the US and Canada. Many stations were familiar from previous activations along with many new ones. New Hampshire was the furthest QSO made during this activation.
Thanks to W0MOS, AD1C, N1CC, N1KB, NE4TN, KG3W, K7ZO, VE2JCW, WG0AT, W9MRH, KI4SVM, K2JB, N9FZV, W0MNA, NS7P, VA6FUN, K3SAE, W9RCJ, KK6GMN, KB5IMK, WA9BNZ, N1RCQ, KX3DX, KD0HRM.
A quick “selfie” from my operating position.
VHF Contacts (2m FM)
I don’t always pack along the Elk 2m/440 5 element log-periodic antenna. But as this was the 25th Annual Colorado 14er and SOTA weekend, I wanted a chance to make as many summit to summit (S2S) QSO’s as possible. Again, the added weight paid off. I made an additional six VHF QSO’s with four of those being S2S QSO’s.
Thanks to KD0WHB, WB9KPT, N0BCB, KK6JQV, KC1EPN
Summit to Summit (S2S)
As an activator, we often have the opportunity to work other mountaintop stations in what are known as Summit to Summit (S2S) QSO’s. As this was the 25th annual Colorado 14er and SOTA weekend, I knew my chances of working several Colorado mountain top stations would be good. During the 90 minutes I spent on Chief Mountain I managed to work eight stations on seven different mountain tops. Including two stations out of state (California and Oregon).
All-in-all this was very much a successful SOTA activation. While the HF band conditions were not perfect, the time spent on the air from almost 12,000 ASL was certainly worth it. Anytime I take amateur radio outdoors it always ends up being about the experience and not about anything else. Just the way it should be….
Until next time…
73 de KDØBIK (Jerry)
Jerry Taylor, KD0BIK, is a regular contributor to AmateurRadio.com and writes from Colorado, USA. He is the host of the Practical Amateur Radio Podcast. Contact him at [email protected].
WØC/FR-030 (Chief Mountain) 3569m / 11709ft
On Sunday, 7 August 2016 I completed my 9th SOTA activation. Which I realize doesn’t sound like very many considering I completed my very first SOTA activation in November of 2011. Between November 2011 and November 2012 I added seven more to the list. Then I got sick, got busy, had some personal issues and before I knew it the summer of 2016 was quickly slipping away.
For those who have followed my other blog and my podcast (Practical Amateur Radio Podcast), you are aware I started exercising and eating better to get in better shape and lose weight. While I’ve taken over 10 million steps, walked just short of 5,000 miles and climbed 22,000 floors since I started wearing my Fitbit in the summer of 2013, today was the first SOTA activation I had attempted since losing over 50 pounds. While I’m presently in a weight holding pattern, I still make every effort to complete 10,000 steps per day. This walking has kept me in pretty good shape considering where I was just a few years ago. Best I can remember, it took me over 2 hours to hike to the summit of Chief Mountain in 2013.
The trailhead of Chief Mountain is about 40 minute drive from my QTH. As Chief Mountain is extremely popular with hikers/peak baggers I wanted to get an early start. I arrived at the trailhead just after 6:30 AM. With my boots tightly laced and my pack strapped to my back, I hit the trail at 6:45 AM.
The above trail sign is approx. 1 mile from the trailhead parking area and 2 miles below the summit.
One hour and five minutes later I’m standing on the summit of Chief Mountain. The total trail length is approx. 3 miles with a total elevation gain of just under 1,000. This is a great hike and I highly recommend it.
My SOTA HF setup hasn’t changed since 2012. If it works, why mess with it? I use a Buddipole vertical setup with a single wire counterpoise. For this activation I setup for the 20 meter band. I pack enough hardware to create a full-size 1/4 wave length vertical (no coil) along with a 1/4 wave length elevated counterpoise. With band conditions being less than desirable, I believe the extra weight of the two aluminum arms (versus the coil) was worth the effort.
My Buddipole vertical setup with my SOTA flag flying proudly.
Of course, my Elecraft Kx3 (serial number 057) running 10 watts is still very much my pride and joy of my QRP setup and I power it all with my 4+ year old Buddipole A123 Nanophosphate Battery Pack (13.2v, 9.2Ah). However, I must admit I was a little worried if my A123 battery pack would still work after all this time. But I would not be disappointed. They performed just as expected.
HF Contacts (20m SSB)
In just a little over 45 minutes I worked 24 stations from across the US and Canada. Many stations were familiar from previous activations along with many new ones. New Hampshire was the furthest QSO made during this activation.
Thanks to W0MOS, AD1C, N1CC, N1KB, NE4TN, KG3W, K7ZO, VE2JCW, WG0AT, W9MRH, KI4SVM, K2JB, N9FZV, W0MNA, NS7P, VA6FUN, K3SAE, W9RCJ, KK6GMN, KB5IMK, WA9BNZ, N1RCQ, KX3DX, KD0HRM.
A quick “selfie” from my operating position.
VHF Contacts (2m FM)
I don’t always pack along the Elk 2m/440 5 element log-periodic antenna. But as this was the 25th Annual Colorado 14er and SOTA weekend, I wanted a chance to make as many summit to summit (S2S) QSO’s as possible. Again, the added weight paid off. I made an additional six VHF QSO’s with four of those being S2S QSO’s.
Thanks to KD0WHB, WB9KPT, N0BCB, KK6JQV, KC1EPN
Summit to Summit (S2S)
As an activator, we often have the opportunity to work other mountaintop stations in what are known as Summit to Summit (S2S) QSO’s. As this was the 25th annual Colorado 14er and SOTA weekend, I knew my chances of working several Colorado mountain top stations would be good. During the 90 minutes I spent on Chief Mountain I managed to work eight stations on seven different mountain tops. Including two stations out of state (California and Oregon).
All-in-all this was very much a successful SOTA activation. While the HF band conditions were not perfect, the time spent on the air from almost 12,000 ASL was certainly worth it. Anytime I take amateur radio outdoors it always ends up being about the experience and not about anything else. Just the way it should be….
Until next time…
73 de KDØBIK (Jerry)
Jerry Taylor, KD0BIK, is a regular contributor to AmateurRadio.com and writes from Colorado, USA. He is the host of the Practical Amateur Radio Podcast. Contact him at [email protected].
JT65-HF is now working!
| PSK reporter |
| Ham spots report |
Mike Weir, VE9KK, is a regular contributor to AmateurRadio.com and writes from New Brunswick, Canada. Contact him at [email protected].
JT65-HF is now working!
| PSK reporter |
| Ham spots report |
Mike Weir, VE9KK, is a regular contributor to AmateurRadio.com and writes from New Brunswick, Canada. Contact him at [email protected].
Announcing 36 NooElec SDR winners!
We’ve drawn the 36 winners of our 50+ NooElec SDR receivers. We had 1,398 entries from ham radio operators all over the world.
I’m always amazed how ham radio brings those with diverse backgrounds and geography together with a shared hobby and passionate interest — sometimes I think the world could take a lesson from us! I’ve made so many radio friends from all corners of the globe.
Before I announce the winners, I want to thank NooElec, our contributors, our sponsors and all of our loyal readers who have supported us over the years. We have over 4,500 newsletter readers and nearly 15,000 followers on social media and I’m grateful for every single one!
So… without further delay, here are the winners:
Two (2)
NESDR SMArt HF Bundles
Ray SM5XLP
Chris KD7DBL
One (1)
Raspberry Pi 3 NESDR SMArt Bundle
Includes Raspberry Pi 3, enclosure, SD card, and
2-pack of NESDR SMArt sets with antennas
James KI4HTC
Three (3)
NESDR SMArt sets with antennas
2-pack
Stefano IUØDFT
Dan W0UHF
Daryl N1BGR
Ten (10)
NESDR SMArt SDRs
2-pack
Sandeep VU3GUD
Mike VE3MIC
Roger G6NTQ
Robert KA1VF
Cori 2E0HWG
Bob W2RWM
Jari OH2BU
Rob W8MRL
Richard 4Z4DR
Pierre HB9FUF

Ten (10)
NESDR SMArt sets with antennas
Tim KJ6OIL
Joe KEODBJ
OK3OMG
James K3SE
John N1UMJ
Doug N2DW
Matt AE7DK
William WB6ANR
Egon VE6EGN
Richard WB2PEF

Ten (10)
NESDR SMArt SDRs
John W5AR
Rick K4NCX
Guy VA6GUY
James N1PZP
Landy KF5ZKR
Regis N1KXE
Rick KA0EGL
Bruno W6USC
Mike KD8KZT
Rich KB3NZV
If you’re a winner, check your e-mail for more details and don’t forget to enter our next giveaway scheduled for September.
If you didn’t win and you’re interested in ordering from NooElec, they’ve generously supplied us with a discount code for our readers:
AMRADIOTENOFF – $10 off orders $100 or more.
No restrictions. Valid until 14 August 2016.
Thank you. again, to Jeff Crispino and the NooElec team. All of us look forward to more amazing giveaways!
Matt Thomas, W1MST, is the managing editor of AmateurRadio.com. Contact him at [email protected].
Weekly Propagation Summary – 2016 Aug 08 16:10 UTC
Here is this week’s space weather and geophysical report, issued 2016 Aug 08 0119 UTC.
Highlights of Solar and Geomagnetic Activity 01 – 07 August 2016
Solar activity was at very low to moderate levels. Very low levels occurred on 01-04 and 06 Aug with low levels on 05 Aug and low to moderate levels on 07 Aug. Region 2572 (N13, L=320, class/area Dao/110 on 07 Aug) produced a C1/Sf flare observed at 05/1012 UTC. On 07 Aug, activity increased to moderate levels with an impulsive M1 (R1-Minor) x-ray event observed at 07/1444 UTC from an active region just beyond the SW limb. 07 Aug also saw numerous C-class flares. Region 2571 (N12, L=267, class/area Dai/150 on 07 Aug) produced a C5 event at 07/2232 UTC. New Region 2573 (N08, L=177, class/area Dso/060 on 07 Aug) produced a C8/Sf at 07/1509 UTC. No Earth-directed CMES were observed during the summary period.
No proton events were observed at geosynchronous orbit.
The greater than 2 MeV electron flux at geosynchronous orbit was at moderate flux levels on 02-03 Aug and high flux levels on 01 and 04-07 Aug. The highest flux reading was 16, 206 pfu observed at 06/1445 UTC.
Geomagnetic field activity was at quiet to minor storm levels. The period began on 01 Aug at quiet levels under a nominal solar wind regime. Midday on 02 Aug, activity levels increased to unsettled to minor storm (G1-Minor) levels due to shock enhancement from the arrival of the 28 Jul CME coupled with a CIR in advance of a recurrent, positive polarity CH HSS. Solar wind speeds increased from about 310 km/s early on 02 Aug to near 550 km/s by midday on 03 Aug. Unsettled to minor storm levels persisted through 03 Aug.
Wind speeds increased further on 04-05 Aug with a peak speed of near 675 km/s recorded late on 05 Aug. Winds speeds began a slow decay on 06 Aug. Mostly unsettled to active conditions were observed on 04-06 Aug. By 07 Aug, wind speeds decreased to about 500 km/s as effects from the CH HSS waned. Mostly quiet to unsettled levels were observed on 07 Aug.
Forecast of Solar and Geomagnetic Activity 08 August – 03 September 2016
Solar activity is expected to be at low levels with a chance for M-class flares (R1-R2, Minor-Moderate) on 08-20 Aug due to the flare potential from Regions 2573 and 2574. Very low to low levels are expected on 21 Aug – 01 Sep. An increase to low levels with a chance for M-class flares (R1-R2, Minor-Moderate) are expected on 02-03 Sep with the return of Regions 2573 and 2574.
No proton events are expected at geosynchronous orbit.
The greater than 2 MeV electron flux at geosynchronous orbit is expected to be at high flux levels on 08-15, 22-23 and 26-28 Aug and again on 31 Aug-03 Sep due to recurrent CH HSS activity. Normal to moderate levels are expected for the remainder of the outlook period.
Geomagnetic field activity is expected to be at unsettled to G1 (Minor) storm levels on 08 Aug and again on 31 Aug due to recurrent CH HSS activity. Unsettled to active levels are expected on 09-11, 15-16, 18-19, 24-25, 29 and 30-31 Aug along with 01-03 Sep, all due to recurrent CH HSS activity. Mostly quiet conditions are expeced for the remainder of the outlook 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/
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