“Invisible” HF vertical ham radio antenna

 Radio amateurs living in deed-restricted housing will find this antenna interesting.

In this video, Peter Waters (G3OJV) builds a simple 20 meter band vertical antenna that is nearly “invisible”.  The heart of this HF vertical is a compact helically-wound mobile whip and a few readily available accessories.  

The antenna occupies a small footprint and is easy to deploy and take down.

If you can’t see the video, please insert this title URL into your browser search box:  https://www.youtube.com/watch?v=8AylFuE9nAo.

Thanks for joining us today.

Russ (KH6JRM/AL0HA).

Here are some comments from Peter (G3OJV):

Antenna restrictions are a major problem for many ham radio operators. Hiding the antenna away can have a big effect on radiation efficiency. Here, Peter G3OJV, describes one method that results in a very effective 20m DX antenna that requires no planning permission. It could get you back on the air so that you can join in the fun once again.

Ampro Antennas
https://www.hamradiostore.co.uk/amate…

My Invisible Antenna
   • “Invisible” HF Vertical Ham Radio Antenna …  

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Cheap multiband HF antenna

 If you live in a deed-restricted home or apartment, erecting a stealth antenna can be a difficult challenge.

In this video from “The Ham Shack” we learn how to make a “last resort” antenna to get you on the air.

This antenna is a shortened, base-fed HF vertical using helical loading plus a 9:1 unun to cover frequencies between the 160m and 10m Amateur Radio Bands.  A tuner is needed to operate with this antenna.

Despite the inefficiency and narrow tuning of this short antenna, it will permit good local communications.  The antenna is small, compact, and inexpensive.

This antenna appeals to me, since I now live in a HOA environment.

If you can’t see the video, please insert this title URL into your browser search box:  https://www.youtube.com/watch?v=_6_kcs_NAlQ.

Thanks for joining us today.

Russ (KH6JRM).

Here are some comments from “The Ham Shack”:

A quick and easy to build vertical for local QSO’s. Using a radio with a built in tuner or a low cost after market tuner this antenna will tune on ALL bands from 160m to 6m.

You will need:
1.7m of 50mm dia PVC pipe
17m of speaker wire
7 cable ties
9:1 unun

Optional clamps and heatshrink

I receive lots of antenna designs, some work and some don’t, this one worked after changing the unun to a 9:1
This antenna is for local QSOs, it is the equivalent of a rubber duck antenna on a handheld vs a full size resonant antenna, both work but one is for local comms and one is for longer distance comms.
This is the original link. https://m0cvoantennas1.wordpress.com/…

The perfect sized apartment antenna for HF radio?

 Thanks to Shane (K5QBF) for this fascinating HOA antenna.

In this video, Shane shows us how a simple, easy-to-make linear loaded antenna can get you on the air despite HOA restrictions.

This antenna uses commonly available parts to make a stealthy, workable HF antenna for the 15 meter Amateur Radio band.

If you can’t see the video, please insert this title URL into your browser search box:  https://www.youtube.com/watch?v=QedCBFKVXN0

Thanks for joining us today.

Russ (KH6JRM).
Here are some comments from Shane (K5QBF):

In this video we are building a linear loaded dipole for hf ham radio use. This is made out of simple components and a breeze for any skill level. This antenna is the perfect size for an apartment or small yard. If you would like to support the channel please visit my merch store https://shop.spreadshirt.com/ThisSide….
Thanks for watching!

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#apartment antenna #DIY Antenna
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Tiny NoodleTenna for HF Limited Spaces

 Here’s another fascinating HF antenna for those living in deed-restricted housing or on extremely small urban lots.

In this video, Rudi (K7RAW) shows us how to make a workable antenna for HOA apartments from a pool noodle, some PVC pieces, wire, and a length of coaxial cable.

The antenna is compact, easy to deploy, and costs around $25 (USD).

If you can’t see the video, please insert this title URL into your browser search box:  https://www.youtube.com/watch?v=7tky7p_x2mA

Thanks for joining us today.

Russ (KH6JRM).

Here are some comments from Rudi (K7RAW).

This is a BRAND NEW type of HF antenna for those with extremely limited space to setup a conventional antenna. It is derived from the Slinky Antenna but with a few upgrades. It is less than 1/5th the length of a normal dipole, yet performs similarly. No ground, radials, counterpoise, tuner or BalUn required. Just a coax feedline with a Mix 31 common-mode ferrite choke at the antenna end. It uses widely available ordinary parts which cost less than $25. It is easily scalable for other HF bands and can be used in vertical or horizontal mounting, including with other NoodleTennas on the same mast, acting like a fan dipole. On 10m the bandwidth is about 600 KHz below 1.5 and about 1 MHz below 2.0 I’ve made many contacts with it, getting good signal reports. You can build one in about 2-3 hours.

MATERIALS: (scale the lengths for other HF bands)
3″ diameter (large type) 50″ long pool noodle
40″ of 3/4″ schedule 1120 (thin-wall) PVC pipe
3/4″ PVC “T”
3/4″ PVC elbow
3/4″ flat-top plug (smooth)
2″ long 3/4″ PVC stub (“T” to elbow)
6″ long 3/4″ PVC stub (for mast)
2′ of coax (RG-8X, LMR240 or RFC240) with female BNC or UHF connector
https://www.ebay.com/itm/133481890997…
28′ of 18 gauge stranded hookup wire
4 10″ cable ties (2 at center, 2 at ends, 1 at bottom of the noodle)

TOOLS:
1/8″ drill bit for center hole in PVC pipe
1/2″ drill bit for BNC connector threads thru flat cap
7/8″ wood bit (spade blade type) for hollowing out inside of cap

OPTIONS:
6 Snap-on ferrite beads (Mix 31) for common mode suppression on antenna end of coax
https://www.jpmsupply.com/Snap-It-Cor…
3/4-5 TPI tap for threading 1/2″ x 3/8″ PVC reducer to fit painter poles
https://www.ebay.com/itm/254642664421
Telescopic camlock mast (up to 31 feet high)
https://docadone.com/products/docapol…
Tripod that fits up to 2″ diameter mast
https://www.ebay.com/itm/363482179344
Guy wire ring, tie-downs, adjusters & ground spikes
https://www.ebay.com/itm/114891585326

ASSEMBLY:
1) Mark the pool noodle every 1 inch with a Sharpie
2) Cut pool noodle into 2 sections, each 20″ long
3) Drill 1/8″ diameter hole at center of PVC pipe thru one side only
4) Slide both noodle sections onto PVC pipe leaving a 1″ gap at hole
5) Divide the hookup wire into 2 pieces, each one 14′ long
6) Thread both wires into hole and pull both to one end of PVC pipe
7) Strip coax back 1″, solder each to coax and cover core and braid each with heat shrink
8) Drill PVC plug to fit coax connector (1/2″ thru hole and 7/8″ counterbore inside of cap to make thru hole wall about 1/8″ thick)
9) Thread coax connector into one end of PVC “T” and out the side port
10) Insert 6″ PVC stub to other end of PVC “T”
11) Attach 2″ stub to elbow
12) Thread coax connector thru stub/elbow combination and attach to PVC “T” side port
13) Insert connector from inside of PVC plug and secure with its ring nut to flat outside
14) Insert PVC cap with connector onto PVC elbow facing away from noodle
15) Pull wires so that coax pulls all the PVC fittings can be joined together snugly
16) Slide both noodle sections together at hole in pipe
17) Pull wires perpendicular to noodle in opposite directions
18) Bring the up each wire onto the inner end of each noodle
19) Attach cable tie to each at inner ends of noodles to hold wire in place while winding helix
20) Wind one noodle with wire so that helix has even twist with 1″ spacing between each turn
21) Wind other noodle with helix in the SAME WINDING DIRECTION as the other noodle
22) Tie off each wire at the outer ends of the noodles with cable ties
23) Adjust cable ties for for wire support at each end of each noodle with snugness
24) Trim off excess tails of cable ties
25) Connect to rig with good quality coax with at least 6 snap-on mix 43 ferrites at BNC-M end
26) Attach to mast at the 6″ PVC stub
27) Raise the antenna and test with antenna analyzer
28) Trim both wires to the EXACT SAME # of turns until in resonance at the desired center frequency

Ham Radio Antenna-What actually works

 Thanks to Callum (M0MCX) for this nice collection of antenna ideas that “work extremely well for a small garden or backyard.”

Most of these simple, proven antenna projects can be built using locally available materials.  These antennas are easily deployed and “blend in” with your surroundings.

If you can’t see the video, please insert this title URL into your browser search box: 

https://www.youtube.com/watch?v=BUDCfzXpvuk.

Thanks for joining us today.

Russ (KH6JRM/AL0HA).

Here are a few comments from Callum (M0MCX):

HOA and UK Planning laws: You don’t need towers, stealth tricks, or neighbour disputes to enjoy HF. In this video I walk through simple, proven antenna ideas that work extremely well from a small back garden or backyard, whether you’re in the UK or the USA. We’ll look at why verticals shine on the higher bands, why low dipoles and loops are brilliant on 40 m and 80 m, and how combining transmit and receive antennas can transform your station.

This isn’t clickbait. It isn’t stealth. It’s about scale, shape, take-off angle, and being considerate.

With a bit of wire, a balun, and some common sense, you can work the world without upsetting anyone – and have a lot of fun doing it.

IDEAS:
   • Maximizing Your Signal in a Small Space: A…  
   • Receive Antennas – This is my Loop On Grou…  
   • Full Build Deploy & Test – Multiband 40m S…  

Enjoy your radio, Callum.

Ask

DXCommander

Hidden HF Antennas that really work

 If you live in a deed-restricted area or on a small urban lot, you may find this video useful in getting your amateur radio station on the air.

The video explores practical, inexpensive ideas that will “beat antenna restrictions.”  These options are “hidden, stealthly, and effective.”

If you can’t see the video, please insert this title URL into your browser search box:  https://www.youtube.com/watch?v=u4YHpt7V1Wg

Thanks for joining us today.

Russ Roberts (KH6JRM/AL0HA).

Here are some additional comments from “Telecom Training”:

Many amateur radio operators believe that living in an HOA means giving up HF communication altogether.

But that simply isn’t true.

In this video, we explore practical ways to operate amateur radio under HOA restrictions using antennas that blend naturally into their surroundings.

We’ll look at stealth wire antennas, decorative flagpole antennas, magnetic loops, rain gutter antennas, portable operation, and other techniques that allow operators to stay active without large visible installations.

We’ll also discuss an important concept that many operators overlook: antenna height in wavelengths, realistic expectations, and why the best antenna is often the one you can actually put on the air.

Whether you’re a new ham, a portable operator, or someone trying to make the most of a restricted property, this video will help you understand the trade-offs and possibilities available.

73 and thanks for watching!

#amateurradio #hamradio #hf #antennas #stealthantenna #hoa
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