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Antennas Direct

2 Element Bowtie Indoor/Outdoor HDTV Antenna - 45 Mile Range

    • Based on 913 reviews
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Availability: In Stock.
Fulfilled by VirVentures
Arrives Jun 11 – Jun 13
Order within 12 hours and 55 minutes
Available payment plans shown during checkout

Style: 45 Mile


Pattern Name: TV Antenna


Features

  • The most powerful 2-element bowtie antenna available - 45 mile range [note: location, obstructions, and building materials affect reception]
  • Receive free TV from networks like ABC, CBS, NBC, Fox, CW, PBS, Univision, MeTV and more in FullHD 1080 where available
  • Multi-directional element delivers range and reception in less than ideal locations
  • Includes DB2e antenna, all-weather mounting hardware, and instructions (mount and coaxial cable sold separately)
  • Lifetime on parts

Antenna: Television


Brand: Antennas Direct


Color: Silver, Black, Orange


Maximum Range: 45 Miles


Item Dimensions LxWxH: 10 x 22.94 x 16.13 inches


Product Dimensions: 10 x 22.94 x 16.13 inches


Item Weight: 3.25 pounds


Manufacturer: Antennas Direct, Inc.


Item model number: DB2e


Is Discontinued By Manufacturer: No


Date First Available: February 2, 2012


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Jun 11 – Jun 13

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

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Top Amazon Reviews

    • Really pulls in the stations, but maybe not for everyone.
Style: 60 Mile Pattern Name: TV Antenna
I ordered this antenna because of the many positive reviews, and since I needed a high-gain unit to pull in some rather fringe-area TV stations located about 60 miles South of here. I am in the rugged, mountainous area of Western North Carolina, and most all of my TV stations are located in a Southerly direction, within a few degrees of each other, but not too many obstructions between me and the transmitters. Some are line of sight, but the ones I was after are not. I had an old all-channel antenna that was in rough shape (from numerous ice storms) so I needed something a little more dependable so I went with this one. It came rather quickly, and the box was undamaged and assembly of the antenna was simple. I put it up on my chimney mount, which is about 25 feet from ground level, and we're on pretty high ground as well. In the end, I actually gained 2 stations that I couldn't pick up before with the old antenna, so I'm fairly pleased with this antenna's performance. I also have a decent preamp which does make a difference on this antenna, more so than with my old one. Most all of my other channels come in 5 to 10% stronger with this unit, so it seems to provide fairly high gain, as advertised. It's not really, really directional in my case (which is a good thing) as most of my stations are within 25 degrees of each other in the same general direction, so I'm also pleased with not having to use a rotor with this antenna. I can also pick up a couple of VHF stations with this antenna, and they are stronger than with my old one, which was primarily a VHF unit (strange), but heck, I'll take it! All in all, it performs better than my big old dinosaur all-channel that I had before, which is what I wanted, and it's small size is a definite plus. One glaring negative for this antenna is the way the aluminum connector strip wire is attached to this unit (the wire that connects the different sections of the array, that runs down the center of the metal pole) - - these connections are just pressed against the wire with rivets and simple washers, nothing else - - simply pressured underneath smooth washers. I could actually spin a couple of these washers with my fingers, with some effort, so that says a lot for how tight these connections are. It would seem to me that a good tight riveted or screwed (or even welded) construction with toothed washers would be more conducive to long life in the weather. Even my little el-cheapo UHF bowtie array that I've had in the attic for years is tightly riveted at these critical connections!! I can't see this unit holding up without some seriously bad connections in this linkage after a short time being exposed to the elements, but I'll keep an eye on it and if that happens, it would be easier for me to just fix it than to send it back. For this reason, I did have to deduct a star from an otherwise well-constructed and nicely-performing antenna. This antenna is not exactly inexpensive, and with this rather poor manufacturing flaw (obviously a labor-saving trick) I think there are much better options available at a better price. It would probably work just fine in an attic, or somewhere it wouldn't be exposed to the elements continuously. I have since ordered a Channel Master CM-2016 that picks up almost as well as this unit, for half the price, so, at least in my situation, this antenna works "OK", but was not really worth the extra $$. ... show more
Reviewed in the United States on December 26, 2013 by R. Howell
    • A Great Little Antenna for a Good Price
Style: 45 Mile Pattern Name: TV Antenna
A great little antenna at a nice price, but if you live in a fringe reception area or below the peak in a hilly/mountainous area, read on. First, the backstory. I cut the cord on Satellite TV (Cable is not available in the rural area where I live) in Sept. 2009 shortly after the HDTV transition. I connected up a Channel Master CM-3016 antenna (a directional, Yagi-style antenna) that was already on the roof attached to the chimney on a five foot mast when I bought the house. I rewired the antenna with RG6 cable and used cheap "twist on" style connectors along with a Winegard AP8275 pre-amp/injector setup powering a 4-way, DC pass-through splitter going to a Silicon Dust HD Homerun (HDHR2) tuner (2 coax inputs, and one Cat 5e network connection output going to my Home Theater PC with Windows Media Center), one coax input went from the splitter direct to my Vizio HD TV, and one input going through a digital-to-analog converter box to an old, analog, tube TV. The setup also was grounded using a 4 foot copper-clad grounding rod with a 1GHz ground block between the antenna and the Winegard injector inside the house (All items are available on Amazon). I live below the peaks of two low mountains in Southwest, VA which are arranged in a kind of herringbone topography with a pass between them (sort of facing the direction of two HDTV towers) and without a direct Line of Site (LOS) to any HDTV towers (more on this in a bit...). My total out of pocket costs for this setup was about $100 (not including the TV, Home Theater PC, and UPS backup), this was equivalent to about two months’ worth of satellite bills at the time. This setup worked great for four-plus years – great picture and unlike satellite, no trouble with reception during bad weather. I was able to receive all available channels in my area, about 21 in all, being transmitted from four HDTV transmission towers, one each at 76 and 80 degrees compass reading and about 5 miles away, and one each at 261 and 262 degrees and about 26 miles away. Recently, we started having trouble being able to record channel 10 (local NBC affiliate), which is a UHF station using the 569 MHz broadcast band and is broadcasting from a tower located at 262 degrees compass reading and about 26 miles away from the house. The signal was reading low in signal strength and in signal quality based on the HDHR2 signal meter (which only provides a % reading, not decibels) in the GUI and recordings were choppy/pixelated as a result – basically un-watchable. The first step I took, and one you should always start with also, was to check the alignment of the antenna as storms with high winds can twist the antenna just enough to reduce the reception. Next always check that all connections are tight, look free from corrosion (common over time with cheap connectors), and that there are no obvious cracks, abrasions, or breaks in the RG6 cable (If you have RG-59, or unlabeled cable you should replace it with RG6 or RG6/U quad shielded, low loss cable). The third step is to ensure that your pre-amp/injector is operating correctly as the pre-amp, the injector, or the AC power block may have failed. The next thing to check/fix is to remove as many tree branches and obstructions as practical from the LOS between the antenna and the broadcast tower(s). I checked the location of the towers by searching online at the Government FCC HDTV web site (http://transition.fcc.gov) for the compass location of the towers and checking that with a compass app on my cell phone as well as cross-checking that with a cheap compass I use for camping. Finally, don’t forget to rescan for available channels on the HDHR/DVR and the TV. Doing these “quick and free” checks/fixes will solve many reception issues. When I checked these items on my setup, there was a little improvement in signal for a couple of channels, but nothing significant – especially for channel 10 which started the whole situation. Bummer! Now the real work began. Before I go on, here is a quick Bottom Line for some/many of you in hilly or semi-mountainous areas without a clear LOS to your transmission towers: Unless you are about 25 miles or less from your HDTV towers and have a direct LOS to the towers (you can see them with binoculars or a telescope), you are going to have to do some experimentation to get a good signal for all the channels you care about (or that are available in your area). Also, if you are nestled somewhere between various mountain peaks without clear LOS, the compass reading is just a guide as reflected signals come into play in your setup and positioning/alignment of your antenna(s). More on this aspect of HDTV signal reception below. Moving on... The next step I took was to replace all of the cheap, twist-on connectors with high-quality, weather-tight, PPC EX6XL compression connectors (available on Amazon along with proper installation tools - and well worth the peace of mind now that I installed them on the cables). Another general, "Rule of Thumb" (ROT) is to raise your antenna higher off the ground. Sometimes, this will help all by itself without further trial and error and can be a quick (and cheap - about $15 for a 5-foot mast extension) fix for reception problems. A couple of other ROTs are to keep your cable runs as short as possible since signal diminishes with coax cable distance (you will most likely need a pre-amp for cable runs over 50 feet), and to limit the number of breaks, connections, and/or splits in the cable as there is a signal "loss" for each connection or split in the cable (about 3 to 3.5 Decibels for each connection or split - this may not seem like much, but is actually HUGE when it comes to getting good recordings with a HDHR and Windows Media Center on a Home Theater PC). Over the past 5-6 weekends (usually just part of one day each weekend, but you get the idea on the time investment…) I have experimented with various combinations of antennas, pre-amps, distribution amps, antenna locations and compass settings for the antenna and so on. As I mentioned, if the “quick and easy” fixes above do not solve your problem, you will (almost certainly) have to experiment with adding/removing different pieces of equipment starting from the antenna down to the TV. Signal reflection from the mountains, trees, and weather (snow, rain, sleet) has made me half-crazy during this trial and error phase, but after five or six weeks of experimentation and testing I have a decent, working setup. It will be far less frustrating if you treat this as a challenge/problem to solve, rather than a quick home repair job (like I did initially). Here is my setup today that is working satisfactorily for my needs (subject to change without notice...): I have one Antennas Direct DB8 and one Antennas Direct DB2e (UHF tuned, “bowtie” type antennas) mounted on a ten foot mast attached to the chimney on my roof – the DB8 is on top of the DB2e. Each antenna has a Winegard SLA-200 Pre-amp attached (keep the connecting cable as short as possible between the antenna and the pre-amp) and they are coupled using a Channel Plus 2512 DC pass-through combiner and using one Winegard injector from an SLA-200 in the house along with one of the included 5 VDC power blocks. I then send the cable through a two-way splitter with one output going to a HD Home Run HDHR3 (it has only one coax input versus two on the old HDHR unit) tuner, and the other output is split with a two-way splitter with one input going to the Vizio TV and the other going to the converter box to the old analog TV in a remote part of the house. With this setup, fully half of my HDTV signal is going to the HDHR tuner for recordings, versus one-third of the signal to the HDHR if I used a three-way splitter (remember that each split results in loss of signal strength). The grounding block and the EX6XL connectors on the RG6 cable remain as before. The key to this setup was to first align the DB8 on the mast for the best overall reception on all channels, and then to connect the DB2e and "tweak" the alignment/orientation of it to get the best overall improvement in reception for the stations I cared most about. The way I did it was to install the HDHR3 GUI Software on my laptop and bring that up on the roof with me (connected with a Cat 5e network cable to my home network so I could read the signal readings off the HDHR3) and tweak the antenna direction while looking at the signal meter. To look at it now, the DB8 is generally facing the two towers of the stations 26 or so miles away (most of my available channels), and the DB2e (I believe) is picking up signals reflected off of the mountains as there are no towers in the direction that antenna is facing – it is facing almost 45 degrees due South of the DB8! The stations from the two towers only 5 miles away come in strong all-around even though they are technically going through the back side of the DB8 and DB2e antennas without the benefit of the signal reflector grid. The bottom line is that now all available stations are getting 100% signal strength and 100% symbol quality, while all have signal quality in the 65-75% range (some channels are on the higher side, some on the lower side of this range…antenna is oriented for best overall reception for all channels) – ideally you would like signal quality to be >75%, but this level is "good enough" to get a reliable picture and reliable recordings through the HDHR3 and Windows Media Center (I have Windows 8.1 installed on the HTPC). Bowtie style UHF antennas are not as directionally particular as Yagi style antennas, but they can’t perform miracles either. All else being equal, more bowties equals more signal reception, but you may have to experiment with combinations of different antennas facing different directions depending on where your towers are located and what is between the towers and your antennas (terrain). For some people, a Yagi and a Bowtie do the trick… It took a while to get here, but as I said, unless your have a clear line of sight and are not too far away, prepare yourself for some experimentation to get a good signal – Over the Air (OTA) HDTV is still way better HDTV picture than cable or satellite since the signal is not compressed, and there is no monthly fee to pay for OTA HDTV. My total out of pocket costs (not including my time over 5-6 weekends) for all of the items used (and unused) from various “experiments” is about $350 – which depending on your cable/satellite charges is probably 4-6 months’ worth of monthly bills. A six-month ROI is worth it to me and between Amazon Prime for movies and such and my DSL line to the internet, I receive all the programming I could ever want. Bottom line, I did a lot of reading and research and a lot of experimenting, and as a result I now probably know as much or more than your typical satellite system or cable installer and I know for certain the exact setup and quality of materials and workmanship in my installation. A good antenna installer likely would have gotten me to this very same place in a day or so, but at maybe $75-100 per hour plus retail costs of all the equipment and materials used it would have been a lot more money overall and I would not know a thing about the setup, thus handcuffing me to the installer when the signal goes bad next time (which mine did with satellite about every 6 months or so). Maybe this write-up will save you some of the time it took me to learn the basics and oddities of OTA HDTV transmission/reception in a less-than-ideal geographic terrain area. Good luck. ... show more
Reviewed in the United States on December 29, 2013 by Ibuyalothere

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