Scanner Tip: Antenna Matters or Antennas Matter!

If you have a scanner then you have an antenna, they don’t work well without them! Scanners will usually work better with better antennas. Makes sense, right?

So the next question is: What is the best antenna for me? The answer that age-old question is: “it depends”…

For many people using handheld scanners the antenna that came with it will often work just fine. If you are listening to local stuff then it probably is just fine. There are aftermarket antennas that will often work better for you, increasing the distance you can hear signals from or the strength of the signals you do hear. (Handheld Scanner Antennas)

All antennas are compromises. You have to balance size, construction and cost with the need for frequency range and portability. As a rule larger antennas usually work better than smaller ones, but that is not a golden rule.

Handheld scanners usually come with a “rubber ducky” style antenna. If you were to x-ray one or take it apart you will see that it is a coil of wire that looks like a spring, wrapped in rubber. This makes it flexible (so it doesn’t break) and allows more apparent length in a smaller package. These usually work pretty well for the most popular scanner bands (VHF-Hi and UHF) but not so good for VHF-Lo and 700-900 MHz.

You can buy a band-specific antenna, such as one made just for 800 MHz. While these will still work on other bands they will work best on the band they were designed for. If you use your scanner only for a specific band then consider an antenna for that frequency range for best performance.

If you use a scanner in the car or truck then some sort of outside or window antenna is almost always required. Remember that you are driving what is essentially a Faraday Cage, a metal cased vehicle that may also have metallic linings in the windshield. Unless you are listening to VERY local communications then you will likely need some sort of mobile antenna. These range from simple and inexpensive to complicated and expensive. (Mobile Scanner Antennas)

ScannerMaster makes several inexpensive and easy to install antennas for the car that will really work well for most casual scanner listeners. We have an antenna that looks like the cellular window mount antennas and another that mounts inside the windshield or back window. Another choice might be an outside magnetic mount antenna.

If you have a more professional need for a mobile antenna then we have several trunk-lip or hole mount antennas to choose from. These require installation by either a professional installer or someone who knows how to drill holes in a vehicle and route wires.

For reception in a home, office or other building the biggest advantage is elevation. The higher you go the better your reception in most cases. The best place for an antenna is the roof, preferably at the highest point. The next best is in an attic. Remember that any exterior antenna requires proper grounding and lightening protection! (Home/Office Scanner Antennas)

If you cannot install an antenna on the roof or in the attic then consider one of our inside antennas. These can be placed in a corner near an outside wall or window or even on a balcony. If you have a window air conditioner then maybe a magnet mount mobile antenna will work for you. Live in a high-rise? Try one of the inside mobile window mount antennas.

When buying a base station antenna to mount outside remember that some do not include coax and other necessities.(Antenna Coax) Remember that you need a place to mount it, like a TV antenna mast or vent pipe. Make sure you also account for the connectors, if your scanner has a BNC make sure you have the proper connector or adaptor. (Antenna Connectors)

In future Scanner Tips we will discuss antenna connectors, keep watching for that!

New Product Austin Condor Portable Antenna with SMA

By Jonathan Higgins

Austin Condor All-Band Portable SMA Antenna

The great Austin Condor is now available with a SMA connection. This multiband antenna packs a punch on all of the public safety bands 150-174- 452-512 and 806-896MHz with its tuned ¼ wave elements. The SMA connector is embedded in the “Condor’s” high density urethane housing to stand up to the toughest handling. Pull in the weak signals with “Condor” State of the Art Technology!


Product Specs:

  • 12 inches long (Flex)
  • SMA Connector
  • Coverage:
    150-174 MHz
    452-512 MHz
    806-896 MHz

    This antenna is great paired up with the following scanner models:

  • Uniden Bearcat BCD396XT
  • Uniden Bearcat BCD396T
  • Uniden Bearcat BC346XT
  • Uniden Bearcat BR330
  • If you have scanner with a BNC Connection you can still get this great antenna in the BNC version!
    Austin Condor All-Band Portable BNC Antenna

    Product Test Ferret 8 Band Base Antenna

    By Jonathan Higgins

    Spring is just around the corner, what better time to get a new antenna for your home or office.

    The Product: Ferret 8 Band Base Antenna

    Last September, my dad and I installed the Austin Ferret 8 Band Antenna at my home in Attleboro, Massachusetts. After about 2 hours, my new antenna was up and running. For this project we used 50’ LMR-400 Coax cable, 2’ wall mount bracket, 4 port multi coupler, two 3 foot jumper cables, and, two 50 RG-58 coax with BNC.

    Installation

    When mounting an antenna outside make sure your clear of any power lines, and never install antenna by yourself. Try to find the best route for the coax cable, make sure you measure the route and only allow a little extra. Rule of thumb, higher the antenna the shorter the coax is always the best.

    We had to get a 2’ wall mount bracket two clear the roof overhang. Once the bracket was secured to the side of the house we then installed the antenna to the post using U-bolt brackets. After drilling 1 inch hole into the side of the house we ran the LMR-400 Coax into the 4 port multi coupler in my hobby room. In my hobby room I have Uniden BCD996T and the classic Uniden BC780XLT, hook up both scanner to the multi coupler via the 3’ foot jumpers. The remaining two ports were used for scanners in the living room and master bedroom connected via the two 50’ RG-58 Coax cable.

    Reception Test

    In Massachusetts and Rhode Island, most of the public safety is using VHF High Band or UHF. I was amazed by the reception. I was able to pick up UHF systems for 15 to 30 miles away without a problem, and as for the VHF, about 30+ miles away. In Massachusetts, the State Police are on an analog 800MHz trunking system. I was able to pick up the local site with ease and neighboring sites up to 20 miles away. I found that the height of the Ferret really brings in the VHF Low Band without a problem.

    If you’re a Railroad buff like me, this is the antenna for you. Being in Attleboro along the Amtrak’s Northeast Corridor there is a lot of active on AAR Channel 54 160.9200 Mhz. With this antenna I’m able hear more of the communications between the dispatch and train, since most railroad systems are line of sight without a repeater a great antenna is key.

    Overall

    With almost 20 years of experience, I have to say this is one of the best roof top antennas I have ever used. If you decide on the Austin Ferret, make sure you get high quality coax cable like the LMR-400. The coax cable is just as important as the antenna to get the ultimate performance.

    Details about the Ferret…

    All band omnidirectional antenna covering the following bands – 30-50/88-108/121/146/150-174/225-400/806-896/1.2 Ghz. The Ferret is in-case in 8 foot fiberglass tube protecting all of the elements for the eight bands

    Recommend Coax for the Austin Ferret:
    The LMR-400 is the best coax on the market for roof top antenna installations
    LMR-400 Coax Cable, 25′, N Male to BNC Male
    LMR-400 Coax Cable, 50′, N Male to BNC Male
    LMR-400 Coax Cable, 75′, N Male to BNC Male
    LMR-400 Coax Cable, 100′, N Male to BNC Male

    Austin Antenna, a locally based company right here in New England, has been in business for the last 25 years. We carry the full Austin Antenna scanner product line; the Ferret, the Condor and the Spectra.

    Testing the Austin Spectra Mobile Antenna


    By Jonathan Higgins

    Hello Everyone,

    I would like to introduce myself. I’m Jonathan Higgins, lead on-site “scanner expert”… I’m happy to be a part of the Scanner Master team for over a year now, with almost 20 years of scanning experience under my belt. Over the years, communication systems have made a lot of advances with trunking and digital communications. My first scanner was a Radio Shack Realistic PRO-2014, a 50 channel scanner. Some of my favorite scanners are the Uniden BC246T, BCD396XT, BC780XLT, BCD996T and the GRE PSR-500.

    Along with Rich, I will be posting information and advice on our Scanner Master Blog.


    Testing the
    Austin Spectra Mobile Antenna


    The Spectra is 33 inches tall and its tuned for all 4 public safety bands:

  • VHF Low Band (30-50MHz)
  • VHF High band (150-174 MHz)
  • UHF (430-512 MHz)
  • 800MHz (806-896 MHz)

    The coax cable and mounting gear are sold separately. I used the 5” NMO Mag Mount for my test. The scanner used was the Uniden BCD996T …So off I went on a road trip!

    In Massachusetts, most of the public safety is using VHF High Band or UHF. I was amazed by the reception. I was able to pick up UHF systems for 10 to 15 miles away without a problem, and as for the VHF, about 15+ miles away. In Massachusetts, the State Police are on an analog 800MHz trunking system. I was able to pick up the local site with ease and neighboring sites at times. I found that the height of the Spectra really brings in the VHF Low Band without a problem. Overall, a great antenna! It’s a true performer on all bands!

    Check out the many mounting options we have available for this antenna:

  • 5″ NMO Mag Mount
  • NMO Hole Mount
  • NMO Mirror Mount
  • NMO Trunk Lip Mount

    Austin Antenna, a locally based company right here in New England, has been in business for the last 25 years. We carry the full Austin Antenna scanner product line; the Ferret, the Condor and the Spectra.