CCRs Defeated Again! (A Temporary Vertical Antenna)

My “permanently installed” home HF station in my cursed covenant protected neighborhood employs a stealthy pine tree-mounted fan dipole to radiate nicely on 10m, 20m, and 40m.  But I’ve been missing out on a lot of fun on some of those other higher HF bands…  until recently.  I’ve found another way around the CCR Nazis with a temporarily erected portable ¼ wave vertical set up in my driveway.  I used it today to make contacts from Minnesota to Switzerland with 100 watts on 10m and 17m bands, but it works just as fantastically on 12m, 15m, and 20m bands.  Here’s the setup.

Radiating Element:  The radiating element I’m using is the MFJ-1979 stainless telescopic whip [~ $60].  It’s a pretty solid large extendable element that pulls out to 17 feet, so it’s effective down to 20m band without a tuner.  It collapses down to just 27 inches, so it can also be used for everything up to 50 MHz and it stows away nicely.  I tune it to a given band by simply extending or contracting it while measuring SWR with an analyzer, and I have marked the telescoping segments with permanent ink so I can zip quickly from one band extension to another without the analyzer hassle.  Yes, it’s a little extra trouble compared to using a true multiband antenna or a tuner, but I can usually obtain 1.2:1 SWR or better with only a few seconds of finagling.  Plus, I like to set up a station outdoors, either in the shade of the pines or just inside the garage within a few step of the well-stocked refrigerator, so it’s not too inconvenient to stroll over to the antenna to adjust it when I’m ready to switch bands.

Mounting Arrangement:  The telescopic element fits into a High Sierra Jaws Antenna Mount [~ $35 ].  This is a really nicely designed antenna mount with an adjustable clamp that’ll hold firmly onto almost anything.  It has a standard 3/8 – 24 thread female mount into which the MFJ-1979 fits and an SO-239 “UHF” connector on the opposite side.  It also has a convenient hole drilled into the clamp body on the electrical ground side through which a screw can be used to attach ground radials.  I like to have the Jaws clamp chomp down onto the wooden handle of a common dirt tamper.  The tamper has a heavy, flat metal base that is more than sufficient to support the fully extended vertical element, and the Jaws clamp works nicely with the wooden handle.  Plus it’s usually just hanging out in my garage and is conveniently portable.  A fat stake driven into the earth will do just as well with the Jaws clamp.

Ground Radials:  I constructed four bundles of ground radial wires, each bundle comprised of six wires soldered into a #10 ring terminal.  Each of the four bundles spreads out into a quadrant of radials under the telescopic element, 24 radials total.  The four ring terminals are stacked over the Jaws clamp hole and attached with a small stainless screw and nut.  Each radial wire is about 16 feet long.  I calculated the perimeter chord distance between evenly spaced radials for the 15 degree angle subtended between radials (about 49 inches), and I cut a stick to that length to make it easy to evenly space the radial wires when spreading them along the ground.  Since I store the wires in coiled bundles, I use a rock or a small tent stake to keep them held straight.

Set Up & Take Down:  It usually requires about 10 – 15 minutes to set up the entire antenna, with the bulk of that time dedicated to unfurling, spreading, and anchoring the ground radial wires.  I route about 40 feet of coax to the radio, typically outdoors as previously noted, or through a window to a comfortable operating location on cold days.  Antenna deconstruction is even quicker – kick the rocks aside, collect the quadrant ground radial bundles at the antenna and roll them up, securing each with a zip tie.  I leave them attached to the Jaws clamp ready to go for next time.  Scrunching up the telescopic element and detaching it from the clamp is a breeze, and it all tucks away in moments.

Results:  I’ve used this antenna several times in recent weeks at my home and with a portable station for Boy Scout Jamboree On The Air (JOTA), each time with fantastic results.  Today with nice F2 and sporadic E conditions I made many contacts into Europe and across North America with the 100 watts of a barefoot Yaesu FT-897D.  This simple antenna gets me onto those “other bands” that I’ve been missing out on, 12m, 15m, and 17m, as well as the familiar 10m and 20m bands that my fan dipole also delivers.  In particular, I have really come to enjoy 17m band’s more relaxed and gentlemanly character.  Maybe I’ll catch you there sometime soon!

This antenna can well serve the ham in a CCR protected neighborhood with a quick and easy temporary installation that won’t attract a lot of attention.  It also offers the convenience of portability, so it can be readily hauled to the local park, camp, forest or mountain location for relaxing outdoor operation.  Look for a feature article and video about this antenna set up coming soon to

Stu Turner, WØSTU, is an author and professional educator who served as a US Air Force Academy engineering professor for eight years where he honed his skills of making difficult topics easy to understand. Contact him at [email protected].

6 Responses to “CCRs Defeated Again! (A Temporary Vertical Antenna)”


    Great story and a happy ending . I see all of those trees , I bet you can hide an extended double zepp made out of small copper wire and small ladderline . Good luck , Chuck N4UED

  • Andrew Ellis NO6E:

    Great article, Stu.

    A caution to other hams: We’ve been house-shopping (in Oregon) lately, and “No CC&Rs” was at the top of our requirements as stated to our realtor.

    What we found, though, was that even when the MLS (Multiple Listing Service) that realtors use says a certain property has no CC&Rs, that’s not always true. In at least two cases, we found later that a house DID have CC&Rs. They only showed up on a search at courthouse.

    While Stu’s article reminds us all of how annoying CC&Rs can be, I urge you to be very careful when buying real estate that you think is free of them. Do not accept assurances from a realtor that there are “No CC&Rs” at face value.


    Andy NO6E
    Lafayette, CA

  • Bruce Steel ZL1AAO:

    I just bought one of these Jaws mounts and can’t wait to try it out. However none of my antennas fit the 3/8″ 26 tpi so I bought a suitable bolt and some connectors at the hardware shop. I feel some antenna brewing bubbling up in my blood. I looked into the MFJ telescopic whip but postage to New Zealand is more than the whip 🙁 I’ll find some where to post what I come up with. 73 Bruce

  • Jacob w2jbn:

    Very good job

  • ZS6SL:

    Very interesting I am visiting new zealand in august and hope to make contact with new zealand radio amateur. 73 shaughn

  • Dick KK4OBI:

    Interesting that for camping we use the the same telescoping antenna and jaw clamp. However, this year I eliminated the radials and replaced them with a single 20 meter Hamstick. This is vastly simpler. By using a fiberglass telescoping pole I can get the antenna up around 10 to 12 feet high.

    With the MFJ antenna fully extended, frequency tuning is by adjusting the length of the Hamstick. SWR is by adjusting the angle of the Hamstick… generally in the 30 to 45 degree range away from straight down.

    For multi-band I also use a long wire at 25-30 feet high over a tree to a 9:1 transformer. A-B switching between them on 20 meters tells which to use at any given time.

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