Winegard Elite 7550 Outdoor HDTV Antenna Review: A Top-Notch Antenna Even in Cities
When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works.
Today’s best Winegard Elite 7550 Outdoor HDTV Antenna deals
357 Amazon customer reviews
☆☆☆☆☆
$136.30
View
$149.99
View
$149.99
View
Show More Deals
Urban environments offer many advantages: music, culture, countless coffee shops — and dozens of free, over-the-air TV broadcasts. The trouble is pulling them in cleanly when there’s so much other interference to contend with — another hallmark of most cities. The Winegard Elite 7550 does an outstanding job doing just that, collecting scores of stations, cleanly and clearly. It’s one of the best TV antennas we’ve reviewed.
The Winegard Elite has a list price of $160, much more expensive than the proliferation of $10 indoor models. But if you’re having difficulty getting local stations you want — or you just want better, more consistent reception — the price tag, which is less than a month’s subscription to many cable carriers, is worth every penny.
Design: Rooftop-Ready
Winegard touts the unique design of the Elite 7550 as more attractive than typical outdoor antennas. However, beauty is in the eye of the beholder. With its multiple metal-bar protuberances and hourglass- shaped plastic facade, the Elite is unlikely to garner accolades for its appearance.
What counts, fortunately, are its features. The antenna includes an LTE filter the company says is specifically designed to fight interference from cell towers. It also has a low-noise preamp embedded in the antenna and an in-line amp with a 3-foot USB power cable and adapter. It’s all intended to clean up what can be less than ideal incoming HDTV signals.
Some cord-cutters may find the installation process a little intimidating, but for the most part it’s pretty straightforward. One primary two-part antenna bar has to be screwed onto the main chassis, with the remaining flat bars sliding and snapping into place across the back of the antenna.
Also included is a mounting pole and foot bracket for securing it to a roof or other exterior structure.
If you’re having difficulty getting the local stations you want, the Winegard Elite 7550 is worth every penny.
Unfortunately, we had a couple of misgivings about the Elite’s construction. The flat metal components are not as secure as we’d like, and they can rattle in the wind or a storm (which will only be a distraction if it’s situated near a window). More critical, the bracket that bolts onto the pole and then to a roof is plastic, not metal. We didn’t have a lot of confidence that such a design would withstand harsh Northeast winters.
MORE: Best Indoor HDTV Antennas for Cord Cutters
An adjustable wrench and a couple of screwdrivers are all the tools you’ll need to put it together. To mount it to a roof or external structure, you’ll also need a drill and supporting screws. Incidentally, Winegard doesn’t include the necessary coaxial cable (with a weatherproof connector) that you’ll need to connect it to your TV.
A 50-foot roll of cable costs less than $15.
Specs
Channels Received: 73
Range: 70 miles
1080p reception: Yes
Cable Length: Not included
Size: 30 x 17.5 x 5 inches
Performance: Stellar Reception
To test the Winegard Elite 7550, we used the same Samsung KS9000 4K TV and New York City location that we employ to test all the HDTV antennas. The only difference was that we installed it outside, although it still faced the challenge of taller multistory buildings surrounding our location.
An initial scan yielded 73 channels, far more than any indoor antenna we have ever tested. Typically, initial scans include stations that after hours of viewing turn out to be riddled with picture artifacts and thus deemed unwatchable. Not so with the Winegard Elite.
MORE: The Best Streaming Video Services for Cord Cutters
It managed to tune in each and every station that registered in the initial scan.
From Dr. Phil on the local CBS affiliate to soap operas on the local ABC channel, the picture was always crisp and consistently clean.
An initial scan turned out 73 channels, far more than any indoor antenna we have ever tested.
Even subchannels broadcasting standard definition 480p programming looked better than what we typically see viewing retro shows like I Dream of Jeannie and Hill Street Blues. Shopping channels and more distant Korean and Chinese language stations also came in cleanly.
Bottom Line
A more-than-able antenna, the Winegard Elite 7550 does a great job doing what it’s supposed to do: receiving as many local TV broadcasts as possible. We just wish some of the antenna’s components were sturdier and that the company threw in a roll of coaxial cable to at least get you started.
Credit: Winegard
Today’s best Winegard Elite 7550 Outdoor HDTV Antenna deals
357 Amazon customer reviews
☆☆☆☆☆
$136.
30
View
$149.99
View
$149.99
View
Show More Deals
Get instant access to breaking news, the hottest reviews, great deals and helpful tips.
Contact me with news and offers from other Future brandsReceive email from us on behalf of our trusted partners or sponsors
John R. Quain has been reviewing and testing video and audio equipment for more than 20 years. For Tom’s Guide, he has reviewed televisions, HDTV antennas, electric bikes, electric cars, as well as other outdoor equipment. He is currently a contributor to The New York Times and the CBS News television program.
Topics
TV
Free TV Channels by Zip Code – Channel Master
Expand All
The Basics
How does Over The Air TV work?
Major networks including ABC, CBS, NBC, FOX, and PBS have affiliates in almost every major US city that insert local programming into the network’s national feed then broadcast TV signals over-the-air from a centrally located broadcast tower.
TV signals travel over the air and can be received several miles away at your home or business with a simple indoor or outdoor TV antenna. The distance between your home and the broadcast tower will ultimately determine whether you will need an indoor or outdoor antenna. Channel Master’s easy to use tool on this page was designed to identify channels that are available in your area. Our antenna recommendation engine can also determine and make a recommendation for the outdoor TV antenna that will work best at your location.
How much does Over The Air TV cost?
Over-the-air programming is free to anyone who can receive the signals with an antenna. There are no catches or gimmicks, local affiliates can broadcast for free because their business model generates revenue from consumer viewership of ads, commercials and sponsorships.
What channels will I receive and what shows will I be able to watch?
ABC, CBS, NBC, Fox, PBS and The CW are available in all major US cities.
Various other networks including independent, international and faith based channels are also available but differ by city. You will receive all of the top shows like Dancing With The Stars, Grey’s Anatomy, Bull, The OT, Empire, This Is Us, Chicago Fire, The Tonight Show, The Voice, Arrow, The Flash and more. Local News and Live events such as the Olympics, the Oscars and the Super Bowl are also available for free on over the air TV.
How do I install a TV antenna?
An indoor TV antenna is the easiest to install, typically you will attach the antenna high on a wall or in a location near a window then connect a coaxial cable from the antenna to the TV, DVR or Set-Top Box. While indoor TV antennas work for some, Channel Master highly recommends the installation of an outdoor TV antenna to ensure signal reliability and the best overall user experience. Installing an outdoor tv antenna will require more effort than an indoor tv antenna as it will require you to determine the best location to mount the antenna while considering how to route coaxial cable from the antenna to each of the TV’s.
How does the picture quality compare to cable and satellite?
All major networks broadcast signals in HD quality. HD channels received over-the-air with an antenna display better picture quality than the same channels received from a typical cable, satellite or streaming provider.
Will I need an antenna for every TV in my house?
A single antenna can be split to feed multiple televisions but additional equipment such as cabling, splitters and amplifiers may be required. To simplify installation, you may consider installing an indoor antenna to each television in your home. (It’s important to note that while installing an indoor antenna at every tv location may simplify installation, it not always the best user experience. Channel Master highly recommends the installation of an outdoor TV antenna to ensure signal reliability and the best overall user experience)
Can my apartment or homeowners association restrict me from installing an antenna?
In effect since October of 1996, FCC regulations establish that you have a right to install a video antenna on your property, regardless of whether the property is owned or rented, and it specifically prohibits restrictions from an HOA, landlord or property manager that would: (1) unreasonably delay or prevent installation, maintenance or use; (2) unreasonably increase the cost of installation, maintenance or use; or (3) preclude reception of an acceptable quality signal.
Learn More
How to choose the right TV antenna?
GENERAL INFORMATION ABOUT TERRESTRIAL TV RECEPTION
Terrestrial TV broadcasting is carried out on meter (MB) and decimeter (UHF) waves using local TV transmitting stations. When you watch, for example, NTV broadcasts, a signal from a studio in Moscow arrives in your city via cable, satellite line or otherwise, and is already broadcast from a local TV tower.
In connection with Russia’s transition to digital broadcasting, terrestrial TV becomes not only free, but also surpasses all other delivery methods in quality.
Now in Russia more than half of the country can watch digital. By 2015, the whole country will switch to DVB-T2 and analog broadcasting will be turned off.
The DVB-T2 standard has been adopted as the main digital terrestrial TV format in Russia. This must be remembered and taken into account when purchasing new TVs.
To receive terrestrial free-to-air television (both digital and analog), in addition to the TV itself, you also need an ANTENNA.
CLASSIFICATION OF TV TERRESTRIAL ANTENNAS
TV terrestrial antennas (hereinafter referred to as antennas) are conditionally divided according to the place of installation, the type of signal amplification, and the range of received frequencies.
Place of installation: indoor antennas and outdoor antennas.
Indoor antennas, naturally installed indoors. It should be noted that reception on an indoor antenna is possible only where the TV signal level is sufficiently high. These zones are called the “reception zone”. When selling / buying indoor antennas, you must remember that there are not so many such zones. It is useless to wait for a high-quality “picture” with an indoor antenna in the village, in the country house and other remote places.
Of course, the consumer wants to get by with a nice elegant design, and not climb roofs and balconies. But TV reception is the laws of physics, there is no way to get around them.
Among indoor antennas, you should choose designs adapted to the conditions of Russian reception. It is better to use active (with a built-in amplifier and 220 V mains supply) antennas. It is desirable to have the ability to smoothly adjust the gain. Among indoor antennas, the best are those in which the UHF part has a directivity.
So, remember that the statement “since the antenna is indoor, it means that it should receive signals well in any room” is fundamentally wrong!
Outdoor antennas have significantly better parameters and can be used in most places, including country houses, cottages, etc.
Installing an outdoor antenna requires a lot of effort and some experience, but the results will more than pay off your efforts and costs.
Passive and active antennas.
The passive antennas receive and amplify the signal due to their design (geometry). They are not connected to the electrical network and do not have active amplification elements (transistors, microcircuits, etc.). Such an antenna does not have an additional source of interference, noise, but often its own gain is not enough for high-quality reception.
Active antennas consist of direct receiving elements (“iron”) and an electronic amplifier. The latter can be mounted inside the antenna or outside it. The amplifier is powered from AC 220 Vola using an adapter (power supply). The gain of such an antenna is the sum of the gain of the hardware and the amplifier.
If an active antenna is used incorrectly, distortion and interference may occur in an area with a strong TV signal. The same can happen when using low-quality amplifiers of unknown brands or when choosing an amplifier with a very high gain.
Everything is needed in moderation!
By the range of received frequencies (indoor and outdoor):
Channel antennas are used in special conditions, for an ordinary TV viewer this is practically not necessary;
Band antennas are used where it is necessary to receive either only MB or only UHF;
Most often, ordinary TV viewers need all-wave antennas, because. broadcasting is carried out simultaneously in the meter (MB) and decimeter (UHF) bands.
To receive digital terrestrial TV (DVB-T2) in Russia, only the UHF range is used. Therefore, if the antenna is purchased only for the “figure”, then the UHF range is enough.
ANTENNA PARAMETERS
An antenna, like any electronic device, has a number of parameters. Some of them are described in the passport, some – only in technical specifications.
It is unlikely that the average buyer needs all these figures.
The only thing to pay attention to is the gain of the antenna (Gain). This parameter is measured in decibels (dB).
The higher this value, the higher the gain of the antenna. But as mentioned above, not always high gain will lead to a better image. The antenna gain must match the location of the antenna.
Sometimes unscrupulous manufacturers or sellers indicate on the packaging and in the passport “sky-high” amplification factors that have nothing to do with reality.
If the antenna (indoor or outdoor) shows numbers higher than 40-45 dB, then you should be very careful with such a product. Well, if you see 80 dB, 90 dB. 120 dB, then you are being misled! Do not buy such antennas, this is a scam!0003
The assembly is usually described in detail in the passport or on the packaging. Read the instructions carefully before assembling, or better – before buying! If you see a clumsy “machine” translation into Russian, errors and inaccuracies, if the illustrations are of poor quality and it is impossible to understand anything from them – refuse to purchase such an antenna!
Pay attention to the location of the antenna, its connection to the TV, orientation to the TV center.
Typical errors in this question are described in the FAQ section (frequent questions and answers). Check out this section.
Antenna tuning most often comes down to its correct orientation to the television center. The technique is simple – slowly turn the antenna in a horizontal plane, while observing the quality of the “picture”. When setting up an outdoor antenna, use the help of a second person.
For indoor antennas, try changing the gain on each channel.
In this case, for an indoor antenna, a situation may arise for adjusting the position of the MB or UHF part when switching channels. This is normal and is a “payment” for a compromise location.
Antenna tuning is described in detail in the product data sheet.
Many antennas come with a coaxial cable. However, if the antenna is purchased without a cable (usually an outdoor antenna), or the length of the cable in the kit is not enough, take the issue of buying a cable with all seriousness.
For TV antennas it is necessary to use a cable with a characteristic impedance of 750m. This figure is indicated on the cable itself. Cable quality is the materials used and the quality of production. The denser the cable braid, the thicker the central core – the better the cable. Usually, the better the cable, the more expensive it is.
Do not chase cheapness, because a bad cable can negate all the advantages of an antenna!
Some useful tips on how to choose an antenna.
Very often the buyer finds it difficult to choose a suitable TV antenna and needs the help of a sales assistant. The choice of an antenna based only on the appearance leads to customer dissatisfaction with a poor-quality image on the TV screen and the return of the antenna as a poor-quality product. This negatively affects the company’s profits, and most importantly, its image.
ANTENNA SELECTION METHODOLOGY
First of all, it is necessary to determine for what tasks the antenna is purchased and what is expected of it.
SITUATION 1. The buyer lives in an apartment on the top floor of a high-rise building at a short distance from the TV tower (3-5 km). In addition, the TV tower is visible from the place where the antenna is supposed to be installed.
RECOMMENDATIONS : The best option is an outdoor all-wave antenna without a built-in amplifier. An acceptable level of image quality will be achieved using almost any indoor antenna. If an indoor antenna with a built-in amplifier is selected, there must be a gain control to prevent overload with a powerful signal. In the case of receiving a signal in digital DVB-T2 format, the image quality will be excellent even on an indoor antenna.
SITUATION 2. Similar to the previous case, but the windows of the apartment face the opposite side from the TV center.
RECOMMENDATIONS . The best option is an outdoor all-wave antenna without an amplifier mounted on the roof and directed to the TV tower.
If for some reason this is not possible, you can use directional indoor antennas (Inter 2.0). But reception of ALL channels in good quality is usually not possible. If you receive a signal in the digital DVB-T2 format, the picture quality will be excellent.
SITUATION 3 . The outskirts of the city, a high-rise building, the distance to the television center is 10-30 km. The buyer lives on the lower floor.
RECOMMENDATIONS . Outdoor active all-wave antenna mounted on the roof. In this case, the buyer will need to additionally purchase a coaxial cable, because. usually a small amount of cable (6-8 meters) comes with the antenna. The cable must be selected with the least loss. In television, it is customary to use a cable with a characteristic impedance of 75 ohms. The most commonly used cable size is RG6 or SAT-50. A high-quality cable has a dense braid of wires and aluminum foil as a screen. Old Soviet PK75 cables have significant attenuation in the UHF range and are practically unsuitable for modern use.
The use of indoor antennas in this case is possible only in case of low requirements for the quality of the received signal. In the case of using directional indoor antennas (Inter 2.0), high-quality reception is possible for receiving a signal in the digital standard.
SITUATION 4 . Dacha or country house at a significant (more than 50 km) distance from the television center.
RECOMMENDATIONS . For high-quality reception of all channels, it is necessary to use a professional complex of several band antennas with signal amplification and filtering systems. If it is assumed that a high-quality picture will not be on all channels, an external all-wave antenna with an amplifier can be used. Indoor antennas in this case are absolutely useless.
If we are talking about receiving a small number of channels, then we can limit ourselves to offering a low-end room antenna, but the buyer must be clearly informed about this.
When buying expensive TV models with a diagonal of more than 32 inches, the buyer should be guided by the use of an outdoor antenna, even though he wants to get by with an indoor one.
It is necessary to clearly inform the buyer that the indoor antenna most likely will not provide high-quality reception of ALL channels. This is a compromise option if other options are not at all acceptable.
If a person plans to connect several TV antennas to the antenna – only an external antenna, and with the best parameters.
The farther from the TV tower – the more antennas with higher gain are offered.
WARNING! At a small distance from the TV tower, the built-in amplifier will be overloaded with a powerful signal, which will lead to a sharp deterioration in the reception of all channels.
For distances over 15 km, convince the buyer not to buy an indoor antenna, only an outdoor one.
If you really want to buy an indoor antenna – recommend directional indoor antennas and warn of a compromise result.
Inform about the need to direct the antenna towards the TV center.
If the windows of the room where the TV is installed face the television center, we can recommend a window (“glass”) antenna (VIVA).
Inexpensive all-wave outdoor antennas should be recommended for dachas. In the variant of cottages, top models.
It is obligatory to give explanations about connection, cable, correct installation.
If the buyer knows which antennas his neighbors in the same area are using, please specify.
Clearly inform the buyer about the different reception conditions in different places.
Do not give in to arguments like “my brother in Kyiv looks at such an antenna and everything is OK”.
Buyer’s budget is an important point.
Advise antenna models based on the capabilities of the buyer.
Be sure to warn that buying an antenna does not guarantee 100% quality reception, which depends on many factors. This will reduce the likelihood and severity of possible conflicts.
Often the customer expects to see the “picture” at home as well as in the store.
Purchasing a TV is a convenient occasion to offer an antenna. Match the TV model and the proposed antenna.
If a person plans to watch ONLY digital TV (for example, he already has an analogue from cable TV) – recommend special “digital antennas”. Warn if your TV tuner complies with the DVB-T2 standard. If the TV does not allow DVB-T2 reception, recommend purchasing a ready-made digital reception kit (TV FUTURE DVB-T2), which includes an antenna, a digital set-top box, and connection accessories.
DVB-T2 television coverage area in the Moscow region
Terrestrial television in the DVB-T2 digital standard increases the coverage area due to the number of repeaters in the Moscow region.
The main and strongest transmitter for the Moscow region remains the Ostankino TV tower, the reception range reaches 70-100 kilometers, depending on the terrain and the presence of obstacles. Local repeaters are weaker and have a smaller signal coverage radius. To calculate the direction and distance of the antenna installation site to the nearest station, use the interactive map with the designation of existing and planned transmitters – head stations.
Television broadcasting is carried out in the decimeter range at different frequencies and is distributed in one multiplex for each. The parameters of the first and second multiplex are indicated in the characteristics of the repeater. The third multiplex operates in test mode only from the Ostankino tower and will be indicated on the map after the official launch. The coverage area of DVB-T2 will be extended to the entire Moscow region after the commissioning of all planned facilities. Data obtained in the Russian television and radio broadcasting network RTRS, relevant at the beginning of 2019year and will be updated as information becomes available.
Moscow, Ostankino TV tower
Tower height: 540 m
Transmitter power: 10 kW
RTRS-2 (second multiplex ) TVK 24 (498 MHz)
Status: Launched
Moscow, Butovo
Tower height: 60 m. ) TVK 30 (546 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 24 (498 MHz)
Status: Launched 72 m.
Transmitter power : 0.5 kW
RTRS-1 (first multiplex) TVK 30 (546 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 24 (498 MHz)
Status: Launched
Moscow region, Volokolamsk
Tower height: 246 m
Transmitter power: 5 kW 54 MHz)
Status: Launched
Bogatishchevo village, Voskresensky district, Moscow region
Tower height: 72 m
Transmitter power: 1 kW
RTRS-1 (first multiplex) TV K 53 (730 MHz)
Status: Working
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Novoselki, Dmitrovsky district, Moscow region
Tower height: 72 m
Transmitter power: 0.
1 kW
RTRS-1 (first multiplex) TVK 30 (546 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Moscow region, Dmitrovsky district, With. Podcherkovo
Tower height: 72 m.
Transmitter power: 0,5 kW
RTRS-1 (first multiplex) TVK 30 (546 MHz) 498 MHz)
Status: Launched
Moscow region, Egoryevsky district, Kuzminki village
Tower height: 90 m. plex) TVK 53 (730 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Moscow region, Zaraysk
Tower height: 199 m. kW
RTRS-1 (first multiplex) TVK 59 (778 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 58 (770 MHz)
Status: Launched
Moscow region, Istrinsky district, Davydovskoye
Tower height : 72 m.
Transmitter power: 0.5 kW
RTRS-1 (first multiplex) TVK 30 (546 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 24 (498 MHz)
Status: Launched
Moscow region, Klin
Tower height: 90 m.
RTRS-2 (second multiplex ) TVK 56 (754 MHz)
Status: Launched
Mokroe village, Mozhaysky district, Moscow region
Tower height: 72 m.
Transmitter power: 1 kW 59 (778 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Moscow region, Mozhaysky district, village Otyakovo
Tower height: 150 m 90 003
Transmitter power: 2 kW
RTRS-1 (first multiplex) TVK 59 (778 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Tower height: 72 m
Transmitter power: 1 kW multiplex) TVK 24 (498 MHz)
Status: Launched
Moscow region, Ozyory
Tower height: 55 m.
Transmitter power: 1 kW
RTRS-2 (second multiplex) TVK 58 (770 MHz)
Status: Launched
Moscow region, Orekhovo-Zuevsky district, Likino-Dulyovo
Tower height: 84 m
Transmitter power: 1 kW 9 0003
RTRS-1 ( first multiplex) TVK 53 (730 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched : 84 m.
Transmitter power : 1 kW
RTRS-1 (first multiplex) TVK 59 (778 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Moscow region, Sergiev Posad district, with. Mishutino
Tower height: 72 m.
Transmitter power: 1 kW 754 MHz)
Status: Launched
Moscow region, Serebryano-Prudsky district, Mochily
Tower height: 72 m.
Transmitter power: 1 kW0003
RTRS-2 (second multiplex) TVK 58 (770 MHz)
Status: Launched
Moscow region, Serpukhov
Tower height: 119 m. 1 kW
RTRS-1 (first multiplex) TVK 59 (778 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 58 (770 MHz)
Status: Launched
Moscow region, Solnechnogorsk
Tower height: 72 m.
Transmitter power: 0.5 kW
RTRS-1 (first multiplex) TVK 30 (546 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 24 (498 MHz)
Status: Launched
Moscow region, Stupino
Tower height: 84 m.
0 RTRS-2 (second multiplex) TVK 58 (770 MHz)
Status: Launched
Moscow region, Stupinsky district, village of Alfimovo
Tower height: 72 m
Transmitter power: 0.5 kW 78 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 58 (770 MHz)
Status: Launched
Moscow region, Taldomsky district, Severny town
Tower height: 120 m
Transmitter power: 2 kW
RTRS-1 (first multiplex) TVK 30 (546 MHz)
Status: Operational
RTRS-2 (second multiplex) TVK 24 (498 MHz)
Status: Launched
Tower height: 72 m.
Status: Launched
Moscow region, Shatura
Tower height: 245 m
Transmitter power: 5 kW 200 RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched
Zhizhiye Gory, Shakhovskoy district, Moscow region
Tower height: 48 m
Transmitter power: 0.
25 kW
9020 0 RTRS-1 (first multiplex ) TVK 59(778 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 56 (754 MHz)
Status: Launched Petrovskoye
Tower height: 72 m
Transmitter power: 1 kW 24 (498 MHz )
Status: Launched
Vladimir region, Aleksandrov
Tower height: –
Transmitter power: –
RTRS-1 (first multiplex) TVK 35 (586 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 22 (482 MHz) 9 0003
Status : Launched
Vladimir region, Kirzhach
Tower height: –
Transmitter power: –
RTRS-1 (first multiplex) TVK 35 (586 MHz)
Status: Broadcasting
RTRS-2 (second multiplex ) TVK 22 (482 MHz)
Status: Launched
Kaluga region, Obninsk
Tower height: –
Transmitter power: –
RTRS-1 (first multiplex) TVK 52 (722 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 43 (650 MHz)
Status: Launched
Smolensk region, Gagarinsky district, Akatovo village
Tower height: –
Transmitter power: –
RT RS-1 (first multiplex) TVK 58 (770 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 31 (554 MHz)
Status: Launched Karmanovo
Tower height: –
Transmitter power: –
RTRS-1 (first multiplex) TVK 39 (618 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 44 (658 MHz)
Status: Launched
Smolensk region, Temkinsky district, village Ryazanovo
Tower height: –
Transmitter power: –
RTRS-1 (first multiplex) TVK 58 (770 MHz)
Status: Broadcasting
RTRS-2 (second multiplex) TVK 31 (554 MHz) 9 0003
Status : Launched
Tver region, Zubtsovsky district, with.