Posted November 01, 2018 04:59:38I’ve been thinking about a new antenna for the past few months.
The one I was using a couple of years ago was a cheap plastic antenna from Radio Shack, a cheap cheap antenna that I couldn’t live without.
But then I started to build my own antennas.
I wanted to do it right.
But the way I’ve been building antennas was pretty terrible.
I wanted a solid, solid antenna that would be able to withstand the rigours of the outdoors, the extreme weather, and the occasional bad patch.
I was hoping to find a better antenna from a brand that wasn’t just a cheap, plastic antenna.
The good news is, I’ve found one.
It’s an ANT-902, which I’ve referred to as the “antenna direct clear stream”.
The bad news is that it’s actually pretty ugly.
It looks like the antenna you get at a car dealership.
It has a metal grill that is glued to the top of the antenna, so it’s super flimsy and doesn’t feel like a solid metal.
And it has a tiny hole at the bottom that is supposed to be a ‘power source’.
But the hole doesn’t actually hold anything, and it doesn’t work as a power source.
I spent $20 on this little metal piece of junk, but I ended up buying a much better antenna, the ANT903 from Ovation.
The ANT 903 is an aluminum, solid-state design, and its a really, really good antenna.
It’s a lot cheaper than the cheap plastic antennas I used to use, but its not cheap at all.
It starts at $79.99.
That’s almost double the price of the ANA-903.
That means you can get the ANS-904 or the ANP-905 at that price, but they’re much less robust.
And the AN903 has a lot more built-in distortion.
But you can’t get a lot of built-up distortion with a cheap metal antenna.
I think the main problem with the AND-901 and the ANW-906 is the way it handles the radio.
There are two antennas, one with a simple two-wire interface, and one with an interface that can be modified.
In the simplest case, you could just cut the wire to your desired length and have an antenna that will fit in your pocket.
But the problem is, if you want to do things differently, you need to make changes to the AN10-907, which has a much more complicated interface.
And that means that you have to make two antennas.
One antenna, but not bothThe simplest way to do this is to use a single AND antenna.
But it’s not so simple.
There is a way to modify the interface of the different antennas, but it requires a lot skill and patience.
There’s a website for that, and you can see it in action here.
So, if I wanted, I could make an antenna directly from the radio, with a single antenna.
I could get a better one, of course.
I would just have to cut out the metal antenna and put it in my pocket.
But that’s going to cost me a lot, so I’d probably have to modify my antenna to fit into my pocket instead.
And that’s where I come in.
You see, I’m a pretty good radio engineer, so for years I’ve done antenna design and soldering.
And I have the skills to do that.
I just haven’t had the experience building antennas that I want.
I’ve never built a radio that I wanted.
So I started building antennas.
My first antenna, for the ANX-8, was a little metal antenna that used a single wire and a simple circuit to connect it to my radio.
I soldered it up and put the radio into my back pocket.
I used the same radio that my parents used to listen to as a car radio, so the ANE-8 was a good starting point.
I used a similar antenna to connect to the TV antenna.
And this is what the antenna looks like after I’m soldering it up.
This antenna is really cheap, but that’s not really a bad thing.
Its cheap because I want to use it.
But if I want something a little more robust, like a built-down version of the TV-4, I’ll have to go with the TV4.
But this antenna is more sturdy than the TV, so that’s a good thing.
Now I’m using this antenna to test my antenna setup.
I’m going to show you how to get the best signal from this antenna.
This is the antenna with the built-back version of my TV-8 antenna.
This is the AN7-6 antenna that comes with the television, and this is