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Availability:
19 left in stock
Arrives
Saturday, Oct 31
Recently Viewed
Style: 45 Mile Range
Pattern Name: Antenna
Features
- EXTENDED RANGE RECEPTION: This high-performance outdoor antenna provides reliable over-the-air signal acquisition from up to 45 miles or more away, making it ideal for rural or suburban areas.
- RUGGED STEEL ARCHITECTURE: Engineered with high-quality zinc-plated steel for maximum corrosion resistance, this heavy-duty antenna is built to withstand harsh weather conditions and strong winds.
- COMPLETE SIGNAL COVERAGE: This outdoor antenna picks up High-VHF and UHF signals in crystal clear high definition, giving you access to local programming without a monthly cable bill.
- SMART CONNECTIVITY COMPATIBILITY: This NextGen TV and 4K Ultra-HD compatible antenna integrates with the RV Halo app, featuring a TV Channel Finder utility to assist with antenna placement and aiming for optimal signal reception.
- TRUSTED U.S.-BASED DESIGN:Built on decades of Winegard technology expertise, delivering dependable performance and exceptional quality with American designs and manufacturing.
Description
The Winegard HD7694P Outdoor TV Antenna is a professional-grade solution for high-performance over-the-air signal reception in rural areas. Built with a legacy of engineering excellence, this rugged outdoor antenna provides reliable connectivity for households located up to 65 miles or more from broadcast towers. The technical precision of the HD7694P allows for the simultaneous reception of High-VHF and UHF frequencies, ensuring you have access to the maximum amount of local high-definition content available in your area. Commercial build quality is a priority, featuring high-quality zinc-plated steel construction that offers exceptional resistance to oxidation and environmental wear. The heavy-duty frame is aerodynamically calculated to reduce wind load while increasing the structural strength of the elements for long-term field-ready performance. Fully NextGen TV and 4K Ultra-HD compatible, this antenna integrates easily into any modern smart-connectivity home entertainment system. Designed specifically for High-VHF and UHF reception, the HD7694P focuses performance on the most commonly used broadcast bands to deliver consistent long-range signal reliability in rural and suburban environments. By pairing this innovation with your favorite streaming devices or tuners, you can secure top-rated local news and sports without the burden of recurring service fees or disputes. The installation process is supported by the RV Halo utility, which features an integrated AR channel finder to help you identify the most effective placement for signal acquisition. The Winegard HD7694P Outdoor TV Antenna is a great option for homes in rural and suburban areas that want free access to over-the-air channels without having to pay an expensive cable bill.
Antenna: Television
Brand: Winegard
Color: Silver
Number of Channels: 4
Impedance: 75 ohm
Maximum Range: 45 feet
UPC:
Manufacturer: Winegard
Number of Packs: 1
Unit Count: 1 Count
AntennaDescription: Television
Brand: Winegard
UPC: 190283098679 151903452882 100177499598 887482209806 080000276896 615798398446 803983023925
Manufacturer: Winegard
Number of Packs: 1
Unit Count: 1 Count
Item Highlight: 45 Mile Range, Directional, Non-Amplified, Durable, Weather/Rust Resistant, Rural Areas, 4K Ultra-HD, NextGen TV
Global Trade Identification Number: 98, 46
Number of Items: 1
Built-In Media: Hardware For Mounting, Winegard Hdtv Antenna
Item Weight: 6.7 pounds
Item Type Name: Long Range TV Antenna
Model Number: HD7694P
Mfr Part Number: HD7694P
Warranty Description: 1 Year Limited
Number of Channels: 4
Impedance: 75 ohm
Maximum Range: 45 feet
Color: Silver
Frequently asked questions
If you place your order now, the estimated arrival date for this product is:
Saturday, Oct 31
Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
To initiate a return, please visit our Returns Center.
View our full returns policy here.
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Top Amazon Reviews
Style: 45 Mile Range
Pattern Name: Antenna
I had been considering cutting the cord for several years. I consulted with antenna experts on a television discussion website that I wrote articles for. I wrote about technology and the film/TV market. The antenna guys lived and breather free over the air TV. What did I learn? Basically a larger antenna, placed as high as I could get it, aimed at the broadcast antennas works the best. Yes, there is a LOT of technical discussion and situations that can effect reception. Overall I knew I needed a VHT/UHF antenna mounted outside my house. There is no such thing as a "digital" or "HD" antenna. I had previously experimented with a small indoor antenna. It would pick up a couple of channels depending where I pointed it. If I turned it an inch or two I would lose those channels and pick up a different channel. Frustration! I tried another antenna in my attic. It worked slightly better but not much. For my location, about 50 miles north of Phila, I needed a good old fashioned antenna...the kind my grandparents used in the sixties. Getting to the point you want to know...did it work? Yes! I receive about 40 channels. I am able to get the major networks, two different PBS stations and sub-channels, retro TV stations, movie stations, etc, etc. A few channels are unreliable but nothing I need to have. I also pick up channels that are broadcast from the north, opposite from where the antenna is pointing. The HD channels are beautiful and stable. The digital surround sound is processed through my home theater. I am completely satisfied! Here is a tip. I had a satellite dish mounted to my house, up high. I removed the dish and mounted the antenna to the dish mounting pole. It works perfectly as a mount. If you don't have a similar mounting point, I would get the mounting kit. I used one of the existing satellite coax cables as my antenna feed since the coax was already wired into my house. You can use your cable TV cable coax the same way. What would I do next? I learned that you can use a second antenna, pointed in a different direction, to pull in more channels. The two antenna signals can be combined with an adapter (from Amazon) to a single coax cable. Consider this if you really want to get everything you can from the air. One final note. I have been told to avoid any kind of supplemental signal amplifier. The logic is the digital TV signal is either good or it is bad. You either get the channel or you don't. Amplifiers worked with old fashioned broadcast signals where you would get snow or ghosting. Check this out from an antenna manufacturer. "A mast or antenna-mounted amplifier (preamp) is used primarily to overcome the loss in the coaxial cable between the antenna and the TV set. In areas distant from TV transmitters, overcoming this loss is necessary since the signals are already weak. In areas close to TV transmitters, a preamplifier is usually not needed, and can actually cause problems as it may cause the signal levels to be too high." I would opt out of amplifiers and go for the larger antenna, mounted outside, as high as possible. May the signal be with you!
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Reviewed in the United States on November 6, 2015 by Active Man
Style: 45 Mile Range
Pattern Name: Antenna
I cut the cable cord years ago, and have gotten by quite well with streaming services. When we recently moved, I became motivated to try and get the local channels back (even basic cable is quite expensive for what you get). I live about 48 miles (or so) from the TV antennas that broadcast the local stations (use the recommended websites like antennaweb.org or my favorite [...]). I read a bunch of opinions on what the range was for this antenna. I found anywhere from 25-50 miles. I had a friend who had bought a similar model and was very positive on Winegard. I also read great things about the antennas the company makes, so with that in mind I took a chance. Great investment. It is so nice to be able to see crystal clear channels and even a few more than I expected. I was especially happy that I got all of the main local channels (PBS, NBC, FOX, ABC, CBS). A couple of notes about my installation: - I installed it in the attic so that I wouldn't have to do a lot of work on the roof and it wouldn't be exposed to the elements. I paired it with the 'Antenna's Direct CJMount 20-Inch ClearStream Antenna J-Mount ' and that worked great for bolting it in the attic to the trusses. - I am about 48 miles or so from the station antennas but up about 600 feet higher than most of the ground around me. I do have trees and a few other smaller obstacles in the way, but its a pretty clear shot. - Aiming the antenna is EVERYTHING! Think about this step and play with it before you give up. HD signals are solid or they're are not. Try it first with the best possible setup (no splitters, relatively short coax cable to the TV, clearer day). If you can get that to work, you're good and any other problems can likely be fixed with a decent pre-amp (which will boost the signal on the wire from your antenna to your TV). A pre-amp is especially important if you are splitting the connection or running long wires. Both of these options reduce the signal and the pre-amp can offset that loss. - Use a compass to help you apply the information from [...]. In my case it mentioned stations on 17 and 18 degrees. I downloaded a free android app and used that to help me line up the antenna near 17 and 18 degrees (yes, this is very important!). The app is called 'Compass' (lite version). The thing I like best about using this app is that it shows you your camera view in the background so you can line up your phone spot down the barrel of your antenna. - Start by setting the antenna on stuff to try out direction and test the signal. I wouldn't recommend permanent mounting until you've spent a little time testing direction. - If you place it in the attic, try not to install it near metal things or with metal things between the antenna and the stations you are trying to reach. Metal and antennas don't go together. Watch out for duct work or anything like that.
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Reviewed in the United States on March 1, 2014 by swatt77
Style: 45 Mile Range
Pattern Name: Antenna
I bought this antenna to replace a home made 4 bay bow tie antenna I made from PVC Pipe and Ceiling Hanger wire. I did a lot of experimenting. I learned quickly that outside mounted antennas and height are important. They out perform the exact same setup in your attic. I hated getting on the roof to mount it though. The Winegard is directional and performs as good but differently from my home made antenna. First it gets all the channels better, (but not much), from my design, but has to be moved to get my Canadian station. When moved however the signal is more reliable. My design didn't need a rotor it picked up signal from north and south equally. Pros: Sturdy, light weight, lab tested, Stronger signal (especially for high VHF), better in the weather (Aluminum doesn't rust like galvanized steel). Winegard is a good name with a proven track record. Every pro I spoke with that installs these for a living and a TV station Eng recommended this brand to me. Old technology beats new HDTV Flat antenna marketing hype. When it comes to receiving any kind of video signal, there is no school like the old school. This antenna has 2 separate paths 1 for UHF and 1 for High VHF. This product was established, designed and made in AMERICA! and always has been. Love that. Cons: Cost is not bad for this antenna, it's worth the money but all the accessories you need to use it, add up, like a mounting bracket, 2 pole masts, rotator and control box, plus cable and rotor wire, I'm not getting any more channels than I got with my home antenna I made for $10. This antenna is uni-directional, you'll probably need a rotor. Assembly was not hard but the instructions were poor and I had to down load the PDF from their website and blow it up on my PC to make it out. They should post an assemble video on their website. I was disappointed that I could not find or pull in any other additional stations with this professionally manufactured and tested product. It is important to note that I'm surrounded by trees and power lines and the signals I do get are stronger and more stable. Over all I am pleased with this product and would recommend it to anyone looking to "cut the cord". There are bigger stronger models from Winegard but for the price and ease of installation this was the right model for me.
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Reviewed in the United States on September 29, 2015 by D. Clark
Style: 45 Mile Range
Pattern Name: Antenna
Excellent antennae I pull 96 stations straight out of the box without even aiming it I’m 180 degrees out from what I should be and still picking up more than I ever have with any other. Max before was 64 on a good clear day.
Reviewed in the United States on May 18, 2026 by Jayster316
Style: 45 Mile Range
Pattern Name: Antenna
OK, after climbing onto my roof about 52 times (so hard to work with digital video!!), I managed to pull in ALL the channels. I'm in Long Beach, lots of hills between me and transmitters at Hollywood/Griffith park. Mounted on 5 foot mast on top of about 15 foot roof. I'm 30 miles from the stations, and they are all pretty much in the same location (same antenna farm) in Hollywood area. I do NOT have good line of sight. There are a ton of trees, rooftops, and other stuff between me and the towers. But almost all channels came in right away. At first, I had a problem with CBS, which is VHF, but it rebroadcasts (don't know if that's the correct word) on actual channel 43, in UHF spectrum. I got all the adjacent channels (42, 44, etc.), but not 43. Added an amp, no go. Finally, took out amp, decided that I must have more than enuf signal, even at the end of 125 feet of RG6 coax. (Attenuates supposedly about 10 db over that distance, so I was compensating with a low-noise 10dB distribution amp about 25 feet down from the antenna.) When this didn't help, I figured that I probably had some multipath reflections because CBS is a very strong channel. I further thought this because I could see a rhythmic beating of the signal strength on that channel, it would be strong for about 1 minute, then crash, then strong again for a minute, then crash. This looks like an out of phase multipath reflection. Guess what fixed it? My mast was slightly tilted, so the antenna was maybe about 3 degrees from horizontal. I added a guy wire, straightened the mast (actually tilted about 3 degrees other direction from horizontal) and VOILA, got great signal on CBS and all the other channels. Must have wiped out the interfering reflections. Make sure when you look on TVFOOL that you find out if channel 2 is actually aliased to a different (UHF) frequency, as it is in LA. My lowest VHF channel is actually channel 7, and it's slightly weaker than the UHF channels, at the lowest end of the antenna's range, but it still comes in ok at 30 miles. Channels 2, 4, and 5 are all transmitted on UHF frequency. This antenna supposedly is really only for channels 7 and up, so if you really have to have Ch 2, might not work. I think my path also goes through a big palm tree. Across the street is a deciduous tree that currently has no leaves, so I may lose some channels in the spring. We'll see. Anyway, good enough to bail on satellite for now! OTA antenna plus ROKU should give me everything I watch now for $70/month for free!!! I'm happy!!!!! This antenna is not that big, but don't open it up before you get out of the attic, unless you've got a big opening to go through!! Very light, easy to mount on the mast. I did not mount on mast first, I mounted mast first, and clamped the antenna on top of mast. Easier than trying to stabilize this big thing on a 5 foot pole while simultaneously installing the mast clamp without a helper!!
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Reviewed in the United States on January 18, 2013 by kdd_999
Style: 45 Mile Range
Pattern Name: Antenna
First off, even though I’m only 30 mi away from my desired towers (Mt Wilson), it’s not line of sight, since I’m tucked behind a 500 ft hill that’s in-between, so I’m in a fringe area, and forced to rely on collecting RF reflections off of nearby buildings, etc (multi-path hell). To make matters more challenging, I’m in a ground floor apartment with a window that points in the completely wrong direction. What that means is if I have any hopes of success, I’m required to use a more-directional antenna which is carefully pointed, vs using a more-forgiving omnidirectional antenna like Televes Ellipse Mix (which was much-more forgiving when being pointed towards the towers, but the problem was it picked up many more stray signals and reflections which translated into lower signal to noise ratios. It also has an on-board smart amp circuitry, which although I’m may work fine in urban settings, was actually the opposite of what I needed). For my needs, since all transmitters are within 1/4 mi of each other and 30 miles away, I started with a quasi-yagi Channel Master 1776HD, but had to modify it’s design and performance by using passive parasitic elements, lengthening the rods to fine-tune its reception, etc. I was encouraged by its results, but it was too hit or miss and I was having to work too hard to overcome its sub-standard design just to pull in those elusive hi-VHF channels (Ch 7-13). So I decided to return it and step it up a notch, going with a true Yagi-style antenna like the Winegard 7694, as it’s very directional, and a bit more rejecting of stray signals. When you get it positioned and tilted just right, it’s rock-solid. I even ignored the conventional wisdom to not use multi preamps in series (that’s a YUGE no-no for most users, but since I’m receiving such weak signals at this distance, I really need as much passive gain from the antenna itself before it’s amplified, running it into a low-noise hi-gain Winegard LNA-200, that in turn feeds into a Channel Master Pre-amp 1, all ordered off Amazon). With this setup, I’m reliably pulling in 200 OTA DTV channels in a fringe-reception area by using an outdoor antenna indoors, running it into my 4-channel Tablo DVR tuner (sharp eyed viewers can spot how I added a lower aluminum reflector rod with a plastic clamp (I drilled holes thru the handle), as that seemed to help eek out a decibel or two more of passive gain out of the antenna). I’d imagine if this antenna were mounted outdoors with line of sight at this distance, it’d perform even better… The other option I was considering was using two antennas (eg Winegard YA-7000 for high-VHF reception, and another antenna which can be smaller since UHF is much easier to catch than high-VHF channels, then running both outputs into a diplexer to combine into a single coaxial cable), but since this is working well, I think I have this nut cracked as I’m getting all available channels (which vastly exceeded my expectations, given the challenging terrain). Note: I have a degree in electronics tech and studied radio wave theory, so know a thing or two about ohms, volts, RF, and this was not a project for the faint of heart (I relied heavily on ChatGPT to calculate and make suggestions for experimenting with various aluminum antenna segments, parasitic placement, aluminum screen window baffles, how to interpret resulting signal strength diagnostics, etc).
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Reviewed in the United States on February 12, 2026 Reviewed in the United States on February 12, 2026 by DavidP
Style: 45 Mile Range
Pattern Name: Antenna
I found it hard to understand the instructions for rotating the elements into position. It's clear, after the fact, that the positions of the upper-level and lower-level elements are intended to alternate. But the "rotate" instructions are cryptic. And you have to apply pressure to the plastic detents to reduce stress and bending as you rotate the elements into position. This requires both dexterity and some experience with how plastics and metals can be cracked or bent. The materials seem satisfactory to me. Probably no plastics last 20 years in a high-sun, high-temperature location. I also added tie-wraps to secure the balun (coax outlet) box. I also sprayed the clip-on connectors with WD-40, on the assumption that they will corrode inside the box, over the years. Note (referring to the marketing documents) there is some kind of "chip" in the balun-box, but no power source is needed. It's not clear what the "chip" is, or does. This antenna is about twice as long as the one I replaced, a short RCA Yagi. (Old antenna: https://www.amazon.com/gp/product/B0024R4B5C ) I particularly hoped that the longer elements on the Winegard would pick up High-VHF (namely Channel 12, WNET in my market). I'm 21 miles from the new World Trade Center in NYC. But the signal reported on my LG TV (Level 62%, Quality 100%) is exactly the SAME for both antennas on Channel 12. (My best channel, 36, is Level 83%, Quality 100%,.) Note that this figure includes a line-voltage RF distribution amplifier in my basement. I run the signal to four devices. I speculate that the reason is that I'm less than 25 miles from the transmitter. But I don't get a reliable signal for WNET with the small RCA Yagi inside my attic. It's much better on the roof mast. That smaller antenna is about half the size and almost half the price of the Winegard. I put it back up and took down the Winegard. All my channels are between a compass bearing of 162 degrees and 169 degrees.
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Reviewed in the United States on July 24, 2020 by Big Reader
Style: 45 Mile Range
Pattern Name: Antenna
This antenna was bought to replace one of those silly 200 mile amplified antennas with the built in rotor. The older antenna had signal issues when it was windy and pretty much lost CBS although I think that was due more to CBS trying to get more subscribers for their "All Access" channel. The funny thing is that the antenna is mounted in the attic and is shielded from the weather. I realizes that I needed a bigger antenna and was deciding between this one and the Clear View model and this one had slightly better reviews and about half the price. The antenna came in good shape but one of the nuts on the U bolt was missing. Luckily, it was lying in the box. The first thing that I would check prior to assembly is the coax cartridge. It is separate from the antenna and comes in its own box. Make sure that the housing is not cracked and that the 4 forks that connect it to the antenna elements are not damaged or missing because the antenna is useless if this part is damaged and it is not easy to get. It would be easier just to exchange the antenna and that is MUCH easier to do while the antenna is still folded up and refolding the elements after extending them is not easy to do. Assembling the antenna is not difficult but you do need to be careful extending the elements, especially the small UHF ones in the front of the antenna. They are sharp on their edges and can cut you if you are not careful moving them. Also make sure that the active elements are making contact with the connection wire that runs down both sides of the boom because if they don't touch it, they don't work. The only issue I see with this antenna is the attachment of the coax cartridge. I really don't know why they needed to make it a two piece unit but they did and you need to be careful assembling it. If you look at it, you will see that it has two pairs of forks attached to a PC board. These forks connect to the two pairs of signal wires that connect to the antennas active elements, the UHF elements in the front of the antenna and the VHF in the rear. If these forks do not make contact with both pairs of these wires, then the antenna will not work properly or possibly not at all. The directions say that the direction of the cartridge is not important since both pairs of wires extend to both sides of the upper cartridge but I found that how you install it is. Make sure that the two pairs of wires in the cartridge are straight and parallel with each other. I found that putting the coax connector side in on a 45 degree angle with the wide pair of forks toward the back of the antenna easier. Make sure that the cartridge locks are properly seated and then tilt the cartridge down toward the front of the antenna until the front cartridge locks engage. You should feel some resistance as the forks seat on the signal wires. and you are done with assembly. You will notice that this cartridge assembly is not bullet proof and I suggest that during hookup, I would secure the coax to the mast prior to connect it to the antenna to prevent an accidental coax pull ripping the cartridge apart and possibly damaging it which would render the antenna useless. I was impressed with the improvement of signal strength with this antenna. I went from about 45 channels to 60 with every channel I tested coming in strong and clear, including CBS. Keep in mind that this type of antenna is highly directional and needs to be properly aimed at the stations you intend to receive signals from. If the stations you want to receive are in multiple directions from your home then this might not be the best choice of antenna for you. This antenna is also not amplified so if you have a long coax run between the antenna and the TV or distribution splitter, you might want to add a good pre-amp as close to the antenna as possible. Mine is about 5 feet away from the antenna but remember, the amp does not pull in more signals, it will only increase the strength of the signals the antenna has already picked up which is sometimes needed with long coax runs or multiple splitters in the line which all cause some signal loss.
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Reviewed in the United States on February 18, 2020 by T. Bonini