Improve Motorcycle Radio Reception? The 139 Latest Answer

Better reception of WAPS 91.3 The Summit:

Enemies in your home or office are out to ruin your radio reception!

The following common household items all generate e-waste that can affect your radio reception. Individually, they don’t do much… but most homes have many of these devices, often all on and running at once, causing them to introduce a lot of annoying signal noise into your radio.

Turning off as many of these elements as possible will result in better reception of all radio stations in general and WAPS 91.3 The Summit in particular.

-CD player and/or recorder

-VCR

-DVD players and/or recorders

-Computers and screens

– Cable TV boxes

-Satellite TV boxes

-Video game systems

-Microwave ovens (honest)

-Halogen lamps, especially those tall floor lamps with dimmer controls.

-Light dimmers in general…including dimmers built into your walls.

People say FM radio doesn’t sound as good as it used to… Well very few of these devices were common more than 20 years ago, now most homes have several copies of each all out to get the sound from VHF (and AM) to ruin. Radio!

If turning off these items is not practical, consider moving your radio as far away from these noise-producing electronics as possible.

Location, location, location!!!!!

Concrete, brick and steel are enemies of radio signals. Of course, if you have a radio in the middle of a building made of these materials, radio reception will suffer.

In general, place your radio near a window. EVERY window! Our WAPS 91.3 The Summit broadcast tower is located on the west side of Akron near Rolling Acres Mall. For best results, place your radio near a window facing that direction. Then work on the antenna….

Antennas are important, but almost nobody pays attention to them.

Most of the better quality FM radios and home stereos have provision for an external antenna connector and/or a built in antenna rod or wire. The rod or wire may not be the prettiest of things, but moving it around and/or stretching it out completely often results in a significant improvement in reception.

FM radio signals travel in a wave about 6 feet wide. If you fully extend the antenna rod or wire, you will get better results. If that rod or wire is at least 3 feet long, all the better!

Contrary to popular belief, placing your radio’s rod antenna vertically does NOT usually improve FM reception. VHF signals travel primarily horizontally, so positioning the antenna rod or wire horizontally or diagonally usually gives better results than vertically.

Here are some inexpensive VHF antennas available at your local Radio Shack stores that are worth trying:

CHEAP-O! This one isn’t pretty, but can easily hide behind an entertainment center, sofa, wardrobe, etc. and make a world of difference on stereos or radios with screw or spring-type antenna sockets on the back. It’s just a perfectly cut and trimmed antenna wire tuned for VHF only. Model 42-2385, only $4.

BEAUTIFUL & BEAUTIFULLY EFFECTIVE! This one is neutrally attractive and works quite well with a little experimentation. Model 15-1843, only $10. The end of the connection cable has a “cable TV” connection at the end. You will need to purchase a 75 to 300 ohm adapter for use with most radios, also available from Radio Shack for around $4.

RETRO COOL! Yes, here are the old-fashioned TV “bunny ears” that also work very well for FM radio reception. People have forgotten how powerful these are, and they’re retro-cool too. Plus, they can come in handy for your TV if the cable system goes down. Model 15-1864, only $10.

MURDERER! OK, here’s the heavy artillery! 3 feet wide and over 5 feet long. Not for the faint of heart. Designed for roof mounting to a pole, but can also be easily routed into the rafters of your attic if roof climbing isn’t your thing. This is VERY directional and requires careful alignment to get the best signal… or, if you get it wrong, you can actually degrade the signal. But when set up properly, it offers the best reception of anything out there… Radio stations use these to get a reference quality signal. Model 15-2163, $22… don’t forget the power cord.

10 BEST LONG RANGE TV ANTENNA RATINGS

Stereo isn’t always best for a weak signal!

The FM stereo system used in this country is horribly flawed and has been since 1961 when FM stereo was invented. FM was mono for years and had a clean, stable signal. The system for FM stereo that we have adhered to for over 40 years actually attenuates the signal and introduces variable amounts of noise into radios even under ideal conditions.

But you CAN fight back in mono and get a cleaner signal… and you’ll sacrifice very little fidelity and get rid of a lot of the hiss and hiss.

Most FM stereo radios can switch between MONO FM and stereo FM. No matter how big or how small…a large home stereo, a boombox, a walkman, a mini office stereo, even some car stereos…you’ll be amazed at how much stronger and cleaner the signal suddenly becomes when you switch to MONO.

The switch may be labeled “Stereo/Mono” or “FM/FM-Stereo” or Mono may be selected via the FM MODE button or switch. NOTE: Some radios may automatically revert to STEREO when you change stations… so you may have to switch back to MONO each time… but it will be worth it.

SOME car stereos have a selectable stereo/MONO… others will automatically switch to MONO when a signal weakens… this “auto mono” feature on most car stereos leads people to think that car stereos are “better” radios… no, they are just “smarter”.

Who makes good radio these days?

Unfortunately, the quality of radios has declined significantly over the past decade. In a home stereo, Yamaha, Denon, Onkyo, and Pioneer components still pay attention to their tuner sections, but they can be hit-or-miss.

There is an old style portable radio for less than $75.00 that could be the best radio out there at any cost: The GE Super Radio III, available at www.ccrane.com they kill it!

When all else fails, listen online!

Do you work in a dungeon? An underground bunker? Somewhere between the crust and the mantle? A concrete hell hole impervious to all types of radio signals? Don’t despair, WAPS 91.3 The Summit is one of the few stations still broadcasting on the Internet… PC or Mac, listen at www.913thesummit.com no matter how light your work takes you!

If you live on the fringes of WERU’s broadcast signal, there are a few things you can do to improve your FM reception. (Of course, you can also listen online.)

Most of the information below focuses on inexpensive ideas for enhancing your custom reception.

Factors affecting reception

VHF radio waves can be affected by many factors ranging from terrain to equipment. In general, FM transmissions are lines of sight – much like light waves. WERU’s 12,000 watts are transmitted from Blue Hill Mountain (elevation 1,000 feet). Unless there is an object (building, ridge, mountain, etc.) between you and Blue Hill, you should have clear reception up to 50 miles from the transmitter. After 50 miles, reception becomes a factor in signal strength, as does your location in relation to the transmitter. We have regular listeners (and members) in Skowhegan, Dover-Foxcroft, Bucksfield and Harmony. In these cases, terrain and equipment play a major role; These folks probably live on hills and/or have externally rotatable (pointable) antennas.

The following are some suggestions for improving home reception by adding or adjusting receiving antennas. These methods may or may not work, but upgrading your antenna is the best solution to reception problems (besides relocating or installing a translator). The solutions offered here range from things you can do for free to devices you can buy. We don’t sell any equipment, we just pass on tidbits of verified reception lore for your listening pleasure.

Antennas: some general concepts

An antenna is a “collector” of radio signals that improves your reception by delivering more signals than would otherwise be delivered to the receiver.

An outdoor antenna is preferable to an indoor antenna.

A high location is better, be it the roof, a hill in the background, or the top shelf of a bookshelf.

Many things in a house can affect reception. As a first step, try your radio or antenna in different places in the house.

YOU are an antenna! If you improve reception by standing near or touching the radio or antenna, your system will tell you that a better antenna is required.

A rotatable (pointable) antenna is preferable to a stationary antenna. A fixed position VHF antenna should be pointed at Blue Hill Mountain.

your radio

Determine whether or not your radio has antenna connectors for attaching an antenna. These would appear as:

Screws on the back marked “ant. 300 ohms” or

A coax cable connector labeled “coax/ant. 50 ohms” (W=ohms)

Otherwise your radio will either have an internal antenna that you cannot see or a telescopic antenna. In any case, continue with the section “No antenna connections”.

Connecting an antenna to your radio

There are two different types of antenna cables, flat two core wires known as “twin line” which are 300W, or round plastic coated wires known as “coaxial” or “coax” which are 50-75W. Coax is what cable companies use and it’s a much better cable, but it’s more expensive. You need to decide which one to use when installing a new antenna or cable. Aside from conducting a stronger signal, coax is useful in situations where there is a need to eliminate interference from nearby electric motors, computers, etc. We are happy to help.

If you already have a TV antenna installed, buy an “FM splitter” at a radio store. Follow the instructions, connect the splitter’s “FM Out” to the radio and use the “TV Out” to reconnect to your TV. Experiment with attaching wires to one screw and then the other to see what gives the best reception. The only rule is: “Do what works best”.

If you receive your TV signal through a cable system and your TV antenna is not in use, simply connect it to your antenna connectors on the radio and you should have significantly better reception. If your cable system has FM service, find out if WERU is being broadcast. If this is the case, you may want to subscribe to VHF service and eliminate all antennas, or use them in conjunction with cable service. if it is not being broadcast, you should lobby your cable company to include WERU in FM service. Cable companies were often able to deliver very good signals even at great distances from the transmitter. We would be happy to support you.

If you are still having reception problems after connecting an antenna, try pointing your antenna directly at Blue Hill Mountain. If pointing the antenna at Blue Hill Mountain causes reception problems with other TV or radio stations, consider the following:

Installing a motorized rotor to move your antenna from inside,

Dedicate a VHF antenna permanently pointing at Blue Hill Mountain, or

Come up with a unique arrangement that allows the antenna to be aimed, like the one described in the last Other Ideas section.

Using a dipole antenna

Dipoles are T-shaped wire antennas for indoor use. You can buy them at radio stores and they are inexpensive.

Attach the bottom leg of the T to your radio’s antenna connectors (experiment with attachment) and then play with the position of the T. Placement of the T is critical to dipole performance.

If you’re really brave or want WERU reception on a budget, you can make a custom dipole. The upside is that you can greatly increase the effectiveness of a dipole by its size and/or outdoor placement! You’ll need some of the previously mentioned twin cables.

The custom dipole you make is a T, just like the finished dipole you might buy, except you can customize it to suit your needs. However, you must adhere to these or multiples of these dimensions; The top bar should be 5’1″ or 10’2″ or 15’3″ or 20’4″ etc and the bottom leg needs to be in the middle of that top bar (2’6″ etc) You can join one drape your custom dipole over the roof of your house, or climb the tree in your front yard and tie it to the appropriate branches (of course, experiment relentlessly to find the correct orientation of the dipole for the best reception). Twin Lead is so cheap you can be pretty proud of the dramatic improvement in reception for a while but for very little money. However, make no mistake about the effectiveness of a custom dipole compared to a traditional metal TV/FM antenna.

Cut an appropriate length of twin for the top bar. In the middle of this length, cut one of the two conductors and remove the plastic coating. Now connect another length of twin cable to the two bare conductors on the top bar. The other end connects to your radio antenna connectors.

If a custom dipole sounds like too much trouble, you can make a cut and split dipole. Take some twin lead and split it in half. Connect the other end to the radio. Very simple, although not as effective as the custom dipole.

No antenna available? Make a wire antenna

Homemade antennas can work very well. Often a piece of wire becomes an antenna without much fuss. It can be thick wire or thin wire, and free or cheap is the best wire there is. Plastic-coated wire is safer (remember to strip the coating so the wire can connect to the antenna connectors), but bare wire is fine.

Use any piece of wire you like. Attach it to an antenna connector. Run it over curtain rods and window frames. Throw it out the window and into the nearby tree. Throw it on the roof. Do the same with two wires. Spend some time experimenting with the placement of these wires; often opposite directions work well. If this is strictly an inside job, make sure you arrange those wires in a way that you can proudly point out to visitors. “See my antenna; I understand WERU loud and clear!”

No antenna connections

Clock radios usually do not have antenna connectors or telescopic antennas. Try wrapping lots of wire around the radio; Do not connect the cable to anything. The idea is to get a thick loop of wire near the radio.

Almost any large metal structure above ground can function as an antenna. Aluminum rain gutters, air conditioning and heat ducts, metal window frames, aluminum siding and metal roofing are great antennas. NEVER USE an electrical outlet as an antenna. Using an alligator clip, attach to one of these the aforementioned solid loop of wire that surrounds your clock radio. Wow!

Other portable radios have telescopic antennas, which can be upgraded by wrapping an aluminum foil “flag” around the top or attaching a piece of wire to the telescopic antenna. This piece of cable could be thrown in the tree next to your yard while you work in the garden and listen to the radio, or permanently attached to the rain gutter outside your bedroom window, or thrown on the roof.

Other ideas

Bunny ears are cheap. Attach them to your chimney or climb a tree and place them carefully according to the reception data your friend shouts out the window to you. Rabbit ears should not be placed outdoors as they will spoil to the point of being unusable. In our experience, however, this only happens after many years. Or try putting them in your attic. Select MONO on your receiver. For reasons beyond the scope of this booklet, MONO signals travel further and contain less noise. Buy a booster or amplifier for your existing antenna. Sometimes they work wonders, sometimes they just work. Boosters need a certain amount of signal to work with, otherwise they will boost noise rather than audio. Here’s an “attic solution” offered by a listener from KSER near Seattle: “I installed a radio-TV antenna (aka Yagi) in my attic. I attached a string to it and I can spin it from a cabinet near the radio. I can position it for KSER or different TV channels. The vertical bar is a broomstick. I get about 90 degrees rotation. The benefit is that I’ve eliminated the cost of mounting the antenna outside and a rotor, but I still have it at a relatively high spot and can position it easily.”

Build your own antenna tailored to WERU

WERU has detailed plans for building your own antenna specially tailored to WERU. In peripheral areas, this antenna would significantly improve reception. Another useful application of this antenna would be if you are experiencing interference from another station while tuning in to WERU.

Here are the antenna plans (PDF format) and important information on building such an antenna can be found below. Special thanks to Jack Dice and Mark Roman for the plans and notes.

Design Notes:

The critical dimensions (the length of the antenna elements and their spacing) were calculated using a formula derived from a circa 1956 article in Popular Science. A neighbor’s grandfather had cut them out and kept them. He and I both built antennas to receive WERU and we get very good reception.

The variable in the formula is high frequency. The frequency is multiplied by constants to determine the lengths and spacing of the antenna elements. The design presented here is designed to receive 89.9 MHz, WERU’s transmission frequency.

The frame design is one I came up with. This is particularly good when using a “donor” antenna (explained later) where the elements must be joined together mid-span and which must be supported on each side of the joint. In fact, any mount will work as long as the structure keeps the antenna elements aligned in the same plane and is able to withstand the abuse on a rooftop during the weather extremes we experience here in Maine.

Design Notes:

For the stringers, choose straight-grained wood with no large knots spanning the thickness of the stringers. These would weaken him.

I have given an actual dimension of ¾” by 2″ by 13′ for the two stringers. To get these dimensions, a “one at a time” needs to be torn down to a width of 2″. If you are unable to rip a long piece of lumber, choose lumber as close to 2″ from the lumber yard as possible. Strapping is normally available in “1 x 3″ (actual dimension ¾” x 2 ½”). It’s often not the best quality wood, so make sure it’s reasonably straight and doesn’t contain any large knots. I wouldn’t recommend using narrower wood than ¾” x 2″ for the stringers.

The dimensions and numbers of the spacers are not critical. Use your scraps to tell the two stringers apart and hold them together.

The ideal location for the mast mount is the center of gravity of the fully assembled antenna. The geometric center (6′ 6″ from the end of the stringers) is close enough if you want to plan the bracket before assembling the whole unit.

The dimensions calculated using the formula are given in decimal inches on the drawing. I converted these to the nearest 1/16″ as indicated by the brackets. When building the antenna, pay as much attention as possible to the given dimensions.

Buy a custom made antenna

Directive Systems, a small antenna manufacturer in southwest Maine, makes an antenna that could be a worthwhile investment for some listeners. For more information, contact David Olean at RR#2 Box 282, Dixon Rd., Lebanon, ME 04027 or 207-658-7758.

Why do I get better reception when I reach for my radio antenna or stand within 1 meter of it than it gets bad when I step away?

Whether you already have an FM radio or are planning to buy a new one, you want your radio to have sufficient range in terms of receiving radio signals to ensure you can enjoy your favorite radio stations with ease. To ensure the same, you can consider something like the best VHF antennas listed below because of the following features they offer:

Impedance: Before anything else, you need to make sure your FM antenna is fully compatible with your FM radio. To do this you need to check the impedance value of your FM antenna which should match your FM radio. Luckily, almost all VHF antennas have an impedance of 75 ohms, which is perfect for most cases.

Before anything else, you need to make sure your FM antenna is fully compatible with your FM radio. To do this you need to check the impedance value of your FM antenna which should match your FM radio. Luckily, almost all VHF antennas have an impedance of 75 ohms, which is perfect for most cases. Cable Length: In order to get the most out of your VHF antenna it is very important to ensure it is installed in the correct location. As such, all VHF antennas come with a built in cable that can be 4ft, 5ft or even 6ft, with a longer cable always being more practical.

In order to get the most out of your VHF antenna it is very important to ensure that it is installed in the correct location. As such, all VHF antennas come with a built in cable that can be 4ft, 5ft or even 6ft, with a longer cable always being more practical. Frequency Range: Since FM radios operate on wireless frequencies, it is very important to ensure that your FM antenna supports a wide range of frequencies. For this there are different types of frequencies like 80-100MHz, 90-120MHz and others where higher range is always better.

Although these are some of the most important features of VHF antennas, you can find much more information about them. Therefore, all of the best VHF antennas listed below have their most important specifications and factors along with a complete “buyer’s guide” for you to find the best VHF antennas at the end of this list.

Best VHF Antennas 2022

Best VHF Antennas Reviews:

Ancable is one of the more affordable and budget options when it comes to VHF antennas that still offer the user quite good performance.

Ancable’s FM antenna ranks #1 on this list as it is the cheapest option given here. While this is an extremely affordable VHF antenna, you still get an impedance of 75 ohms, making it fairly compatible.

You also get a cord length of 4.9ft with this VHF antenna, which is pretty good for the price given. While Ancable offers a 1-year warranty, the build quality reflects the entry-level price.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 4.9 foot cable

Comes with a 1 year warranty period

Advantages:

Extremely affordable VHF antenna for the budget conscious buyer

Decently long cable for easy installation

Standard impedance rating for high compatibility

Disadvantages:

The build quality could have been better

Buy now on Amazon

You can also consider Terk and its offerings if you’re looking for entry-level FM radios but also want a high-performance FM antenna at the same time.

Terk’s VHF antenna is ranked 2nd on this list because you get great value for money with this entry-level VHF antenna. Starting with the impedance of this VHF antenna, this VHF antenna is designed for 75 ohm devices, which is always great.

One of the best things about this Terk VHF antenna is that you get a 6 foot cable, which makes installation easy, which is very important given the large form factor. As a respected and popular brand of VHF antennas, Terk also offers a one-year warranty.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 6 foot cable

Comes with a 1 year warranty period

Advantages:

Entry level FM antenna for budget conscious buyers

Fairly long cable for easy installation

Decent warranty period with a robust build quality

Disadvantages:

A bit on the big and bulky side

Buy now on Amazon

Terk also offers more premium options when considering FM antennas that offer the user much more versatile and convenient features, making them great for most FM radios.

This FM antenna from Terk is third in this article as it is one of the few options available that works well for both FM and AM radio. Despite being supported by both AM and FM radios, it still offers the usual 75 ohm impedance.

Since this VHF antenna itself is quite large, the included 4.9 foot cable should be maple wood for most users. Just like the previous Terk FM antenna, this premium option also comes with a 1 year warranty.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 4.9 foot cable

Comes with a 1 year warranty period

Advantages:

Works great with AM and FM radios

Fairly large antenna for long range

Pretty great build quality

Disadvantages:

Not a budget-friendly option

Buy now on Amazon

Bingu is a fairly new and fairly small brand of VHF antennas to keep in mind if you’re looking for something budget friendly that still offers decent performance to the user.

The Bingu FM Antenna is one of the cheapest options you can find when using an FM antenna for your FM radio. While it might be a bit budget friendly, you still get a 75 ohm impedance with this VHF antenna.

Despite being an entry-level FM antenna, it only comes with a 4.3ft cable, which is a bit smaller than others. Another issue with this VHF antenna is that since Bingfu is such a small brand of VHF antennas, you don’t get a guarantee for it.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 4.3 foot cable

Advantages:

Great affordable and cheap VHF antennas

Common impedance rating for good compatibility

Pretty decent build quality for longevity

Disadvantages:

Cable length is a bit short than others

Buy now on Amazon

You can also consider generic options when choosing an external antenna for your FM radio that is ideal for versatile use and features to match.

Such a generic VHF antenna still gives the user great performance to be expected at this high-end price point. For starters, you get a common and standard 75 ohm impedance with this VHF antenna.

Another great thing about this FM antenna is that it also works with AM radios, which is very convenient for many users. And to simplify the installation of this VHF antenna, it also comes with a long 6-foot cable. However, if you are looking for something ideal for long-term use, you should look elsewhere as this device is not guaranteed.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 6 foot cable

Advantages:

Very versatile with compatibility for both FM and AM radios

Fairly long connection cable for easy installation

Fairly strong signal strength and range

Disadvantages:

There is no form of manufacturer warranty included

Buy now on Amazon

Bingfu also offers some VHF antennas that are more ideal for long-term use but still come at an affordable price, making them perfect for those on a tight budget.

The Bingfu VHF antenna is one of the easiest VHF antennas to install, especially if you want one for heavy-duty use while coming at an entry-level price. As far as impedance goes, this VHF antenna is rated at 75 ohms like most other options on the market.

But unlike other VHF antennas, this one offers a 10-foot cable, which is a lot longer than most other options out there. Just like the Bingfu FM antenna mentioned above, this one also lacks any warranty from the user.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 10 foot cable

Advantages:

VHF antenna with a high price-performance ratio

Excellent cable length for easy installation

Default Independence Rating

Disadvantages:

Waiver of an included manufacturer’s warranty

Buy now on Amazon

We have another FM antenna option from FM Antenna in this list, which can be another great option if you’re looking for something versatile without paying a premium.

Ancable’s FM antenna is one of the few options on the market that offers a variable impedance range, making it compatible with both FM and AM radios. To be precise, this VHF antenna is rated for 75-300 ohms, which is much higher than most.

Although this VHF antenna offers a built-in cable, it does not give you a length specification, which can be a problem during installation. Apart from that, Ancable offers a 1-year warranty, similar to the previous Ancable option given above.

Best Features:

Offers an impedance of up to 75-300 ohms

Comes with a 1 year warranty period

Advantages:

Very versatile with AM and FM antennas

Wide impedance range for high compatibility

Decent warranty and good build quality for the price

Disadvantages:

Does not mention cable length rating

Buy now on Amazon

Shakespeare is one of the most expensive and high quality options when it comes to VHF antennas as it offers one of the best performing options on the market.

This Shakespeare FM antenna is the best option when it comes to high performance FM antennas. One of the best things about these FM antennas is that you get a higher than usual 93 ohm impedance, which is ideal for powerful FM radios.

Although you might find the 4 foot cable length a bit short, it’s still more than adequate thanks to the large form factor of this antenna. But the best thing about this VHF antenna is definitely its 5-year warranty, making it the perfect option for long-term use.

Best Features:

Offers an impedance of up to 93 ohms

Includes a 4 foot cable

Comes with a 5 year warranty period

Advantages:

Offers high-end performance numbers for intensive use

Large format antenna for long range

Perfect for long-term use with a long guarantee

Disadvantages:

Pretty expensive VHF antenna

Buy now on Amazon

Dectan is another brand of VHF antenna that is a bit newer but still offers a great option if you want an easy to install VHF antenna.

This Dectan VHF antenna is one of the best options for beginners who want a simple and easy experience with their VHF antennas. Starting with the impedance rating of this FM antenna, it’s rated for 75 ohms, which is pretty good in terms of compatibility with most FM radios.

To further simplify the installation of this VHF antenna, you even get a 6ft cable with this VHF antenna, which is pretty awesome. The only problem with this VHF antenna is that you don’t get a guarantee for it.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 6 foot cable

Advantages:

Ideal for beginners with easy installation

Fairly long cable for versatile installation options

Decent build quality for durability

Disadvantages:

Does not come with any warranty included

Buy now on Amazon

Buying guide to the best VHF antennas

Although all FM radios come with built-in antennas, they may not be the most powerful. Because of this, you may experience range problems when listening to your favorite FM radio station.

To solve this problem, you can consider using something like the best VHF antennas above. With these different FM antennas, you will also find their important specifications and factors to choose the right one for you. And for those of you interested in knowing even more, you can also check out this detailed best VHF antenna buying guide:

1. Impedance

Starting with one of the most important factors when it comes to FM antennas, you need to check the impedance rating to ensure it is properly compatible with your FM radio. Most of the time when you buy an FM antenna you will find FM antennas with an impedance of 75 ohms. And if your VHF antenna also offers this, it can be a great option in terms of ease of use and compatibility.

2. Cable length

If you use an external FM antenna for your FM radio, you should extend the signal range as much as possible. And to get the most out of our VHF antenna, you should install it in the right place. Because of this, many VHF antennas come with a built-in cable for a better and more effective installation.

However, not all VHF antennas have the same cable as they vary in length. Although entry-level FM antennas only offer cables up to 4 feet long, high-end models can even come with cables up to 6 feet long, which can be much more convenient when installing an FM antenna in any desired location.

3. Frequency range

While making sure you are using the correct FM antenna that will work well with your FM radio and the FM radios you intend to listen to, it is very important to check the frequency range. In this context, you can find several frequency range options like 80 to 100 MHz, 90 to 120 MHz and others. It is usually always a good idea to use a VHF antenna with as wide a frequency range as possible.

4. Reach

In addition to the supported frequency range of your VHF antenna, you should also check the range rating for the signal strength it provides over long distances. This is because an external VHF antenna can increase the signal range by values ​​such as 10 miles, 20 miles, 50 miles and even more depending on the VHF antenna used. Either way, long range is always great for getting the best performance from your FM radio.

5. Warranty

Just like your FM radio, you also want your FM antenna to last as long as possible to ensure it will last as long as your FM radio. To ensure this, it may be a good idea to check the warranty that came with your VHF antenna. While most VHF antennas out there come with a 1 year warranty, some much more reliable options can also be backed with a 5 year warranty for a much longer lifespan.

FAQs for the best VHF antennas

1. How is an FM antenna connected to an FM radio? Answer: In most cases, an FM antenna connects to your FM radio using a very popular F-connector. Therefore, if your FM antenna is also fitted with an F-type connector, this is excellent for compatibility and proper support with most FM radios. 2. Can you use FM antenna outdoors? Answer: In many cases you will also want to use your FM antenna outdoors for vehicles or even your home. For this reason, it is very important to choose an VHF antenna that offers a sufficiently robust construction for outdoor use. 3. Will an FM antenna work with AM radio stations? Answer: Because both FM and AM stations rely on wireless radio signals, almost all FM antennas support both FM and AM stations. To ensure this, you should also check their frequency range to ensure proper compatibility with FM and AM radio stations.

Conclusion:

As you can most likely understand from the name, an FM antenna is designed to be used in conjunction with an FM radio to improve signal strength and ensure that you get excellent audio quality when listening to any FM radio of your choice .

And to help you choose the right one, we’ve already discussed some of the best VHF antennas at the top of this list. All these different VHF antennas also have their most important factors and aspects which are properly explained along with an in-depth best VHF antenna buying guide. With all this detail and information in mind, here are some of our ideal picks for the best VHF antennas:

Does an HDTV antenna improve FM radio reception? By Chris Boylan

Question:

Dear Big Picture Big Sound,

I’m installing an outdoor HDTV antenna on my roof and wondering if I’ll get FM reception with it. Can I take a splitter off the main antenna feed and then run one output to my TV and the other to my stereo receiver (it has a coax input)?

Many Thanks,

-Jordan

Answers:

Hello Jordan,

In the US, FM radio frequencies fall in the VHF band at 88–108 MHz, just above VHF channel 6 and well below channel 7. Most digital television broadcasts (including HDTV broadcasts) are in the UHF band (300 MHz to 3,000 MHz). So if your antenna is only designed for UHF/HDTV frequencies, it will not pick up FM broadcasts very well. However, if it is a UHF/VHF combination antenna with low band VHF reception, you should be able to receive VHF broadcasts. In this case, a simple high-quality coaxial cable splitter is all you need to send one signal to your HDTV or set-top box and the other to the antenna input on your receiver.

Of course, most antennas are directional, meaning your local radio broadcast towers and local HDTV broadcast towers are pointing in the same direction. You could also get a rotating antenna if the signals are going in different directions, or an omnidirectional antenna if you’re close enough to the towers.

To find out where your local HDTV stations are located and which antenna you need for the best reception, visit: AntennaWeb.org.

Regards,

-Chris

Let these cards and letters come! If you have a question for one of our Home Theater Experts email us at If you have a question for one of our Home Theater Experts email us at Ask the Expert. select one in this column for future installments Due to the volume of inquiries we receive, we are not able to answer every question personally.

TV antenna users have a big problem, the range. The range can weaken the TV channels significantly, just as clearly you receive them. So the aftermath is pretty big. I made a DIY guide on how to build a TV antenna booster to help you out. You can use it for indoor and outdoor antennas and all you need are basic materials. It doesn’t require much skill either, so you can get started no matter how much DIY skill you have. With a little manual skill, it is possible to build a signal amplifier and an antenna for television reception yourself. Here’s how.

How to make a TV antenna booster You can use a TV antenna booster to boost the signal from your WiFi TV antenna. You don’t need to buy an expensive signal booster; You can easily build a good signal booster.

How to build a TV antenna booster:

Draw a large circle on thick cardboard and then create semi-circular protrusions on both sides of this cardboard. It’s important to place them above and below the center of the circle. Make sure they are not large in relation to the circle.

On another piece of cardboard, cut out a rectangular shape slightly longer than the diameter of the circle. The width is slightly less than that of the circle, but must extend beyond the protrusions at the end of the circle. Consider the size of your wireless TV antenna when making a reflector.

Wrap aluminum foil to cover each side of the cardboard.

Fold the long piece of cardboard around the circular piece and fold it in half. On the circular piece of cardboard, use the protrusions like tabs to fit through the rectangular piece slots you cut. The whole thing would look like a half circle when you’re done.

Fold the outside edge of the circle up, forming a lip that runs the length of the board. The circle covered with foil should be hooked into the other side of the cardboard.

Make a small hole in the center for the antenna. The circle should now look like a semi-circle.

Connect your TV antenna booster using the existing wireless TV antenna.

Finally, find a place for your wireless TV antenna until you have a longer signal range for clearer TV reception.

Subwoofer Because bass signals are random, your subwoofer can be used anywhere it is used. In general, placing your subwoofer close to the wall will result in more bass. You could get even more out of the position near a wall where the divisions meet. Most people place their sub at the front of the room, which makes it much easier to add it to their speaker for home theater. If it’s impractical to run a cable where your subwoofer performs best, use a digital subwoofer package.

What is a TV Antenna Booster If you know what exactly a TV antenna booster is, you can build a TV antenna booster. A TV signal booster includes an HDTV antenna and a signal booster that expands the TV station’s program coverage. It boosts your TV reception or boosts TV channel signals for clearer picture and sound. However, cable antennas have gradually become an old technology. New booster HDTV digital antennas allow you to watch your cable TV shows without having to pay for monthly cable subscriptions. A TV antenna booster gives you access to clear digital TV broadcasts for standard high-definition and analog TVs. You can reach all signals within 100 miles. Digital TVs have better video clarity and audio quality than analog TVs. Weak signal causes weak TV reception. A weak analog signal appears as a grainy picture or on a snowy TV screen. Admitting that is maddening; You can still see or perceive a shaded image. If you have a somewhat weak digital TV signal you will still have a clear and sharp picture.

How does a TV antenna booster work Simply put, the number of TV programs you can access depends on the broadcast signals in your area. The response quality of signals depends on the physical distance from your local network towers. Other factors such as the weather, your location and terrain are also taken into account. TV antenna boosters, also known as signal boosters, improve the signal quality received from weak TV reception. Signal boosters with antenna characteristics may have interference near TVs such as trees, tall buildings, or hilly places. Knowing how to make a TV antenna booster will be of great help if you live in one of these areas.

Why Buy a TV Antenna Booster TV signal amplifiers or boosters are common antennas, but you can also buy store-bought units as standalone devices. The product packaging advertises a signal booster as amplified or powered. You can tell your TV booster is boosted when you see a dB (decibel) rating. When it comes to buying concerns, remember you can overwater plants, you can overpower a digital TV antenna. It’s parallel to driving out stereo speakers by cranking up the volume.

The problem with this is that it’s difficult to measure what’s too loud for your stereo. Some people recommend boosting the sound to around 14 decibels. If possible, buy a product with an adjustable TV antenna setting so you can easily adjust your TV reception.

key concepts

physics

radio waves

electricity

electromagnetism

Wireless communication

introduction

Have you ever wondered how a radio can pick up music and news broadcasts over thin air? Radios as well as radio-controlled cars and mobile phones receive information via invisible waves. Some of these waves are called radio waves.

Radio waves are a type of electromagnetic radiation, a type of energy that includes visible light. Radio waves are not harmful, but are actually extremely useful for long-distance communication. To send information using radio waves, a transmitting antenna emits a radio wave at a specific frequency (which can tell us the size of the wave) and this is picked up by a receiving antenna. Some materials can block or interfere with radio waves. Have you ever noticed that you lose the reception of a car radio or mobile phone when driving into a tunnel or in an underground car park? Which materials block the radio waves and which ones let the waves pass through easily?

background

A transmitting antenna or transmitter creates and transmits radio waves thanks to a specific electric current. This is possible because there are wires inside transmitters through which negatively charged particles called electrons can flow, creating an electric current. When current flows in a wire, it creates an electromagnetic field around the wire. This electromagnetic field radiates from the antenna in all directions and creates invisible radio waves.

If the electromagnetic radio waves are incident on a receiving antenna or receiver such as B. a radio, a current is generated within a cable in the receiver. (The reverse process of what happened in the transmitter, when the current created the electromagnetic field in the first place.) The receiver then processes the current back into the transmitted information, which, in the case of a radio, allows you to listen to music or other broadcasts Listen. Some materials can block the radio waves generated by the sender, which can be tested by checking whether a receiver can process and respond to the information sent by a sender.

materials

• RC car and accompanying remote control (both with working batteries)

• Cotton (e.g. a cotton garment)

• aluminum foil

• Plastic wrap

• Wax paper

• Rubber glove

• A smooth, wide open space to test your remote control car

preparation

• First check the RC car and its remote control to make sure they both have fresh batteries. Check that the car runs well in the open space you will be using.

• Make sure you have enough of each material you want to test (cotton, aluminum foil, plastic wrap, wax paper and rubber glove) to completely cover the RC car remote control. Each cover should be loose enough that you can still operate the remote control buttons through it.

procedure

• Wrap the remote control in cotton. Make sure the remote control is completely and securely covered so that there are no openings or holes in the cover, and that it is covered loosely enough so that you can still operate the controls.

• Try to operate the remote control car with the cotton-covered remote control. It works? Does the car move at all?

• Remove the tested material from the remote control. Test if the car still works when not covered with any materials.

• Repeat this process with each other material separately. For which materials does the car still drive and for which not? Why do you think that is?

• Extra: Are the wireless signals transmitted by other devices being blocked by the same materials that you have found may be blocking the remote control signals during this activity? You can try this activity again, but with different remote control devices, such as B. your TV or stereo remote control. How do different wireless devices react? Do you think they use similar or different types of waves?

• Extra: Do you have to completely cover the radio controlled car remote to block its signal? Using the materials you found to block the signals from the remote to the remote control car, cover the remote completely as you originally did in this exercise, and then slowly remove the cover from the remote, while you try to operate the car. How much coverage is required to block the signal? Do some parts of the remote control need better covering to block the signal?

Observations and Results

Did covering the remote control car remote with tinfoil prevent the remote control car from working? Did any of the other tested materials stop the car?

When you operate the car with its remote control, the remote control emits radio waves on certain frequencies that can be received by the car. The remote control acts as a transmitter and the car as a receiver. Then when the car receives the radio waves, which are electromagnetic waves, the waves create a current in a cable in the car, and this tells the car which way to move. Depending on a material’s thickness and composition, it can block – or interfere – with radio waves. Thin amounts of plastic wrap, wax paper, cotton, and rubber are unlikely to interfere with radio waves. However, aluminum foil and other electrically conductive metals such as copper can reflect and absorb radio waves, thus interfering with their transmission. Placing the transmitter or receiver in a fully enclosed container made of highly conductive metal, as was done in this activity, is the most efficient way to jam radio waves.

More to discover

“Radio Waves Locate Water within Walls” by Scientific American

A Science Odyssey: Broadcast from PBS Online

Blocking radio waves from Newton: ask a scientist

What are electromagnetic fields? by the World Health Organization

Wave Blocker by Science Buddies

This activity is brought to you in partnership with Science Buddies

Something went wrong. Wait a moment and try again.

Try again

A balun uses voltage currents to create balanced lines from your antenna system to your cable system. Maybe you want to install antenna systems yourself or know how the professionals do it. If you want to know how the antenna, electrics and other structures work, read our article.

We’ll be providing definitions of jargon along the way so anyone can follow without feeling confused or disoriented. With the guide, you can get a full understanding of all things balun and antenna without any hassle.

The particular focus of this article is on baluns, which are essential components of antenna power systems. You will learn how they work, the two different types of baluns, the relationship, why you need them to control currents, and various other aspects of balun installation and maintenance.

What is a balun?

A balun (balanced line to unbalanced line) is a device that converts a balanced transmission line to an unbalanced transmission line. Baluns connect to antenna systems to allow current to flow smoothly from the ground to the device. The baluns convert unbalanced ground current into energy usable in home systems.

Before we move on to the specifications, let’s go through some basic terms,

Current: Any movement of electrical charges through a wire.

Impedance: The measure of the resistance that a circuit offers to a current when applied to a specific voltage.

Transmission line: A special cable or other device used to conduct high-frequency alternating currents. (e.g. coaxial cable).

Balanced Load: When the electrical loads are evenly distributed on the two sides of the fuse box.

Unbalanced load: When the electrical loads are not evenly distributed on the two sides of the two sides of the fuse box.

Dipole antenna: A class of antennas. The conductive wire rod is designed considering the maximum antenna wavelength. For example, if the maximum wavelength is 2 feet, the rod is 1 foot long.

Balanced Antenna: A class of antennas in which the output and input elements are the same

Common Mode: Regardless of the voltage common to both output ports, the system will shut down if there is consistently too much transmission. (Output terminals – fuse box, antenna, etc.)

Baluns work as a specific part of the electrical system. The purpose of the device is to distribute and manage common mode currents. The balun is a transmitter that sits between the ground power supply and the output systems. They are used for two reasons. First, baluns sort the flow of A/C signals. Second, they perform the necessary impedance transformations between the coaxial cable and balanced loads.

What is the balun ratio?

The balun ratio is the sweet spot that gives you a balanced to unbalanced load frequency. For example, if you have a 4:1, then the device has a high impedance that is four times balanced to unbalanced. The goal of the device is to lower the input impedance and maintain the output impedance. Baluns are typically available in 4:1, 6:1, and 9:1, but individuals can experiment with the frequencies they wish to emit.

The perfect ratio depends on the type of coaxial cable you are using for your antenna.

What’s in a balun?

A balun consists of intricately wound metal wires. The wiring used depends on the purpose of the balun. Sometimes copper is used, while manufacturers sometimes make the wiring out of gold. All devices are supplied in small plastic boxes with input and output connectors, regardless of the material used.

The metal is wound in a variety of ways depending on the type of balun and the thickness of the device. Some baluns are isolated, meaning there is no direct connection between the input and the output. These machines have two sets of cables, one on the input side and the other on the output side.

Other devices are not isolated, meaning they have an unbalanced side and a balanced side. Inside there are two sets of cables. It differs from isolated baluns in that one side is looped wire (the unbalanced side) and the other side is straight wire.

Why do I need a balun?

A balun is used to set up antennas in your home or business. If you are installing a dipole or wire antenna, you will need a balun to balance the transmission line. If you don’t use it, the connection between a balanced antenna, e.g. B. a dipole antenna, and other coaxial feeds problematic.

The balun helps your radio function without frequent interference. Electrical installations in households and companies run on walls, company buildings, houses, metal objects and in the ground.

Without a balun, your antenna and electrical system are vulnerable to interference from outside electronic forces. The electrical wires that power your home and appliances run around objects made of metal, dirt, and other things that affect conductivity. If you connect your antenna cables without a balun, you run the risk of stray currents ruining your connection and giving you radio interference.

types of balun

Although there are many baluns available on the market, two stand out as the most popular and commonly used, voltage and current baluns. In the following section, you will learn how the balun types work, their differences, and which ones work better in certain situations.

If you are interested in other specific types, consult an expert to see what your particular situation calls for.

Voltage Baluns

Voltage baluns work by constantly trying to force the output terminals to equal voltages. They sometimes start a phase shift between ground and any connected output terminal. The high impedance at each terminal must be exactly the same or the current loads will not be equal or opposite.

The machine always magnetizes its core in direct proportion to the load voltages. Because of this, your core heating and flux density will be affected, meaning your antenna will be less stable.

The devices don’t offer common mode isolation, which means you’ll have trouble receiving the power line. Voltage baluns always have some form of feedline radiation/reception as they are rarely perfectly balanced.

Use these devices if you have a balanced system that doesn’t require a lot of common mode isolation.

Current baluns

Current baluns are most commonly used in the electrical industry today. The devices allow the voltage of each output terminal to be set to any required value, as long as it works for the ground power source. The current baluns add common mode isolation between systems connected at each end.

When it comes to high impedance, power baluns are designed to distribute power without damaging the system. They either isolate or add impedance to control common mode isolation. The devices can’t handle infinite power, but they are primed to deal with extreme impedance transformations when they come.

Unless you need special setup, use these devices for most electrical situations regardless of which antenna you use.

What is the difference between a voltage and current balun?

When considering voltage and current baluns, there are a few important differences to note. Voltage baluns are easier to use and cheaper to manufacture. If you use a current balun you’re more likely to have a balanced load. Current baluns have lower losses, they tolerate high impedances and balance out fluctuations better.

Unless you are using the device specifically, you should not use a voltage balun. Some companies will recommend them, although they’re less effective and could ruin your electrical system if you’re not careful. Make sure you contact a few professionals to get their opinions before deciding on the type to buy.

Depending on the type of antenna you want to install, the type of balun will vary. If you want to control the currents flowing through your antenna system, turn to a company with a surplus of background knowledge like Moonraker.

Popular RF baluns to try

The number of brands, models and variants currently available on the market is numerous and can be confusing for people just beginning to install their antenna system. If you’re looking for simple tools to help you install your antenna, we’ve highlighted the two top products from our collection.

Although we’ve listed a few of our favorites here, you can check out the rest of our merchandise on our website. Not only do we have baluns, we also have other antennas and accessories for you to choose from.

MB-1 – 400 W 1:1 POWER BALUN – Best seller and best value for money

The 400W 1:1 Power Balun is a device available in the Moonraker catalogue. The balun is popular with professional and amateur radio operators. Our fair pricing system ensures that customers, regardless of their financial background, can purchase the tools they need to install an antenna. The current balun is a 1:1 ratio between input and output impedance.

The device runs up to 400 watts. The frequency ranges from one to thirty MHz. The interference impedance is about 50 ohms. You should connect SO239 wires for the second antenna cable and brass clamps for the wiring. With the small device you can make a connection between your antenna and the ground power source.

MB-1X – HIGH PERFORMANCE 1:1 CURRENT BALUN – The best and best quality all around

Moonraker has a high performance 1:1 power balun in their catalog. Customers looking to put more energy into their electrical system should consider the product. The machine works for both professional and amateur radio enthusiasts. We price baluns fairly to ensure everyone has access to the gear they need.

The device runs with 1000 watts of power. The frequency can be between one and thirty MHz. You will experience an impedance disturbance of about 50 ohms. When making the connection, use SO239s for the second antenna cable and brass clamps for the wiring.

When should I use a balun?

Baluns have a variety of occasions in which they can be used. Their use depends on what electrical or antenna system you want to complete. Baluns are used in a variety of electrical situations. They are commonly used to connect antennas to ground power supplies.

1. When you need power lines to communicate with each other smoothly.

When you install power lines, you will find that there are baluns on both sides of the power wire. The difference between the power cord and other baluns is the wiring connected to the device. Power cable baluns have an external connector for the input transmission line and for the output transmission line.

2. If your data communication alternates between Cat 5, Cat 6 etc. and Twinax.

Transmission lines bounce between a variety of currents depending on what speed your antenna’s current is running at. For this reason, your inputs and outputs can be operated with different communication streams. Cat is short for category and denotes the speed that the specific cable can transmit without much radio frequency. The lower speed category cables do not have their own shielding while the higher cables (6, 6a, 7) do have a shielding. Because of this, the balun types must be modified to accommodate the different current speeds.

The twinax is typically used on the antenna side of the electrical system. Twinax is short for Twin-Axial Cable, which means the wire has two inner conductors instead of one. This is why the balun is required. When the cat cables are connected to the twinax cables, the speeds of the streams are different. They ensure that the individual streams do not interfere with each other.

3. When you need to convert video transmissions between a twisted pair and a coaxial cable.

Both coaxial and twisted pair cables have the same original purpose. The devices are used to connect the different parts of antenna networks. No matter which one you choose, there will be some level of signal interference. The interference means that external signals disturb the transmission currents within the cable. You’ll also have to deal with some signal leakage, which means that signals in the cable leak out and interfere with other electronics you have around the home.

Also known as a coax, the element has four inner layers. The core layer is an inner conductor, which can be copper or gold, and the top three layers are insulation. The last layer of rubber is visible to the individual. Coaxial cables are popular with both professional and amateur radio operators. Regardless of which coaxial cable you buy, there is little difference in interference.

Twisted pair cable is a unique cable that is also suitable for antenna network purposes. The devices are available in two variants, shielded and unshielded. Both cable types are constructed with two conductors wrapped around each other, hence the name. One conductor works as a forward line, the other as a return line. The unshielded versions are cheaper than the shielded versions. If you buy an unshielded twisted pair cable, you risk exposing your electrical system to further interference from other devices.

Both types of twisted pairs work better and use a balun to negate interference.

4. If you want to connect your antenna, you can use any balanced antenna, e.g. B. a dipole antenna, to a ground power source.

Using a balun to connect your balanced antenna to a ground power source gives your system better control over the various electrical currents. The balun allows the coaxial feeder to work properly and make decisions as optimally as possible. The overall antenna radiation pattern will be affected if you do not use a balun. Keeping the radio frequency current around the antenna transmitter to a minimum will avoid problems such as data mode interruptions.

Conclusion

Baluns are a small but essential aspect of installing and maintaining an electrical and antenna system. Either voltage or current baluns are used to make the currents flow smoothly from one side to the other. If you take apart most cables, coaxial or otherwise, you will see small baluns that help maintain internal power balance.

If you are looking for a variety of baluns to use to install your antenna, contact our team at Moonraker today.

We are the UK’s largest stockist, distributor and manufacturer of amateur, CB and scanner antennas and accessories. Our team works with both commercial and residential customers to ensure their radio and antenna accessory needs are met, whatever the circumstances.

NCPR broadcasts throughout the North Country on FM. FM is a truly wonderful thing when managed properly. In order to be able to receive and enjoy our quality programs to the fullest, you need the three A’s of the radio:

A good radio A good antenna A good location

If you have all three, you can potentially pick up an FM station up to 100 miles away! However, most of us only have one of these items at best

RADIOS: For good reception, a radio must have good selectivity (selectivity is a radio’s ability to separate weak, nearby, on the FM dial, strong stations) and good sensitivity (the ability to pick out weak, distant stations at all). to recieve!)

Car radios: You probably already have a radio with these functions. This radio is in your car. Car radios must be built to high standards to ensure decent reception in a moving vehicle over variable terrain and with a serious source of interference nearby (your engine!). Surely you’ve noticed that FM radio reception in your car is usually better than at home. This is partly because your car radio is probably better than your home radio.

Home/Office Radios: Most home radios have poor selectivity and sensitivity (we like to call them “junk” in the radio business). Typical $19.95 radios with analog tuning (as opposed to digital tuning, which shows the radio station’s frequency in illuminated numbers) will work, but only near a radio station’s transmitter. Most clock radios, under cupboard radios, “boom boxes”, crank radios, etc. just don’t work very well, especially when compared to a car stereo!

Boston Acoustics Horizon Solo

Boston Acoustics Horizon Duo

Tivoli Model One

Sangean WR-2

SONY XDR-F1HD

RadioBob recommends:

Ripping a car stereo out of a car, building a 12 volt DC power supply, building a really cool Honduran mahogany or purpleheart case, and finding some nice external speakers.

OK, seriously, there are some great radios out there, yes they cost more than a $19.95 disposable plastic radio, but they are MUCH better. They sound great and are a quality product. Today (early 2009) I would recommend the Boston Acoustics Horizon Solo clock/table radio for around $100. Or the stereo version (the Boston Acoustics Horizon Duo) for $150. Then there’s the Tivoli “Model One” if you don’t need a watch, and like a “retro” analog tuning wheel (around $140) or even the button-filled Sangean WR-2 (also around $140).

If you happen to have a component stereo system (typically separate amplifier/tuner with separate speakers), your tuner may already have decent sensitivity and selectivity. Try connecting a better antenna (see below) and see how your reception improves! If you’re looking to buy a state-of-the-art FM tuner (at a very reasonable price), get the SONY XDR-F1HD (under $100). Reviews have ranked this as one of the best tuners ever built! Remember that you must have an external amplifier and speakers for this!

ANTENNA/LOCATION LOCATION/ANTENNA ANTENNA/LOCATION LOCATION/ANTENNA

These two points are actually more important than the type of radio you are using and they are strongly related. You can get the same reception in a bad place (with a good antenna) as in a good place (with a bad antenna)! But let’s work on improving both!

Statement from Radio Bob: You MUST have an antenna (of some kind) to receive any signals on a radio!

Another statement from Radio Bob: VHF radio waves travel more or less in straight lines. They are weakened by objects that get between the transmitter and receiver.

POSITION:

The closer you are to an NCPR transmitter (check out this map), the greater your chance of receiving a clear signal from NCPR.

The higher your antenna is located, the greater your chance of receiving a clear signal from NCPR. In other words, if your radio has a built-in antenna, it will work better in your attic than in your basement! Or if you have an outside antenna, it works better on the roof than on your kid’s old swing.

If your house is on a hill, you will have better reception than in a valley.

If there is a large object (e.g. a mountain) between your house and the NCPR transmitter, you are probably getting a bad signal!

If your antenna is outdoors, it will work better than indoors.

ANTENNA:

Someone once said that you MUST have an antenna to get any radio reception at all, and he/she was right! The cheapest radios ONLY have built-in antennas, with no provision for connecting an external antenna. With better radios, you have a choice.

A radio with a built-in antenna Built-in antennas: Even the lowest-end radio typically has a built-in antenna with typically poor performance. Most clock/table radios use the power cord as an antenna. A “Walkman” or iPod with FM radio uses the headphone cable as an antenna! Except in strong signal areas (near a transmitter), none of these work very well. Signals they receive are usually variable; For example, as you walk across the room, the signal strength will change (usually for the worse!). Here is a photo of a radio with an antenna built in:

Radio Bob recommends: If your radio has a built-in antenna and you’re almost happy with its performance, try moving the power cord around, it may work slightly better draped over the dresser rather than on the floor.

Wire Dipole (usually supplied with better radios): This is a flexible wire antenna that comes with some radios, including the few I’ve recommended before. Using this antenna will improve reception somewhat, but as with ALL antennas, this is not the perfect solution. It attaches to the back of the radio and then “hangs” somewhere in space as a “T” with the two ends as far apart as possible. (That’s the tricky part, because who wants unsightly wire pinned to the walls of their living room, not even me!) It’s also somewhat directional; It will (theoretically) pick up radio stations better perpendicular to the horizontal part of the “T”. So if you’re listening to multiple stations broadcasting from different directions, this might not be ideal. (You could try snaking the antenna out of a window and somehow tacking the “T” part outside to improve reception.)

Three antenna types: rabbit ears (top left); outward direction (top right); Outdoor Omnidirectional (bottom right) Telescoping Antenna(s)/”Bunny Ears”: Some “boomboxes” and portable radios have one or two telescoping antenna rods. These work a little better than the wire “dipoles” as you can move the one (or two) rods around for optimal performance. You can buy a pair of “bunny ears” from Radio Shack for about $10.

Radio Bob Tip: Don’t bother with other indoor antennas that DO NOT come with unsightly long poles. Round, ashtray-sized, and other types of indoor antennas are intended for UHF television and do not work very well with an FM radio.

Boosted Indoor Antennas: People ask me about these things every day (maybe every few months). and I guess my answer is something along the lines of “it all depends”. There are several available, made by Terk, Audiovox and others. They are dipole or similar antennas in an “attractive” case with a small preamp designed to boost the signal before it reaches your radio. Technically, there are several things wrong with this approach. Usually your radio already has a very good preamp built into its circuitry. A ‘dipole’ antenna connected to your radio should work just as well as a boosted antenna (unless your radio is somehow ‘received’!). there are strong FM stations in the neighborhood and you are trying to pick up a weak one!

On the other hand, if you can’t have an outdoor antenna and an indoor dipole or a pair of “bunny ears” is too unsightly, then a snazzy looking indoor antenna might be best for you. However, I don’t think it will “work wonders” with your FM reception. Let me know how they work for you. Email [email protected]

Outdoor Antennas: If you can somehow manage an outdoor antenna, this is the way to go! Apartment dwellers, renters, cave dwellers, submarine operators. I’m sorry as I know you probably can’t install an outside antenna.

The best thing for the rest of us is to use (or repurpose) a TV antenna that’s already on your roof. If you still use it to receive off-air TV, then get a cheap TV FM splitter. Or if you’ve switched to cable TV or satellite TV, simply connect your old TV connection to your FM radio. You will be surprised how well this works!

If you are looking to install a new outdoor FM antenna, there are two types to choose from, “Omnidirectional” and “Directional”. An Omni, like the Winegard HD-6010 ($20), receives FM signals from all directions. This is a decent choice if you like hopping from station to station.

If you only listen to one station most of the time (maybe NCPR?) or most of the stations you listen to are in (more or less) the same direction, or you could use an antenna “rotator” then you need a directional antenna. NCPR typically buys $800 for high-performance log periods like this pup, but you can almost as easily do it yourself with a Winegard HD-6000FM ($25).

Installing an outdoor antenna can be fun, challenging, or both! Here’s how:

The easiest way to do this is to hire someone to install it. Check the Yellow Pages or ask around.

To do it yourself, “somehow” mount your new VHF antenna to a metal tube. (You can get antenna towers in 5 and 10 foot lengths). Somehow attach the pipe to the roof or side of your house (remember, the higher the better!). Radio Shack has tripod roof mounts and wall mounts, as well as antenna masts. (Attention by the way!)

If the antenna is directional, point it towards the station of your choice (actually, it’s better to wait until the antenna connects to the radio, then manually rotate and lock the antenna for best reception). Or buy an antenna rotator with enough wire to connect it to the rotator controller that will be somewhere in your home.

Then you need to get the signal from your antenna to your radio somehow. In the “old” days, a flat cable about ½ inch wide called a “twin-lead” was all that was available. Now everyone uses a round coaxial cable. Your new antenna will likely have two screw terminals, so you will need a coaxial “balun” or matching transformer to connect to this type of antenna. The matching transformer has an “F” connector on the end away from the antenna. You can purchase coax cable with mating “F” connectors already installed, or use a special crimping tool and install your own “F” connectors on coax cables that you purchase separately.

Run the coaxial cable through the basement etc. to the radio. Newer radios also have an “F” connector and a switch labeled something like “internal” and “external”, connect the new wire from your new antenna to your radio, switch to “external” and listen More FM Stations Than You’ve Ever Heard!

INTERFERENCE: Wait! I didn’t mention any disorder! (Though as adults we should at least discuss it)

The atmosphere is FULL of high frequency signals, some of which conflict with each other. Here are a few examples of types of interference with NCPR that we’ve heard about.

NCPR broadcasts throughout the North Country on FM. FM is a truly wonderful thing when managed properly. In order to be able to receive and enjoy our quality programs to the fullest, you need the three A’s of the radio:

A good radio A good antenna A good location

If you have all three, you can potentially pick up an FM station up to 100 miles away! However, most of us only have one of these items at best

RADIOS: For good reception, a radio must have good selectivity (selectivity is a radio’s ability to separate weak, nearby, on the FM dial, strong stations) and good sensitivity (the ability to pick out weak, distant stations at all). to recieve!)

Car radios: You probably already have a radio with these functions. This radio is in your car. Car radios must be built to high standards to ensure decent reception in a moving vehicle over variable terrain and with a serious source of interference nearby (your engine!). Surely you’ve noticed that FM radio reception in your car is usually better than at home. This is partly because your car radio is probably better than your home radio.

Home/Office Radios: Most home radios have poor selectivity and sensitivity (we like to call them “junk” in the radio business). Typical $19.95 radios with analog tuning (as opposed to digital tuning, which shows the radio station’s frequency in illuminated numbers) will work, but only near a radio station’s transmitter. Most clock radios, under cupboard radios, “boom boxes”, crank radios, etc. just don’t work very well, especially when compared to a car stereo!

Boston Acoustics Horizon Solo

Boston Acoustics Horizon Duo

Tivoli Model One

Sangean WR-2

SONY XDR-F1HD

RadioBob recommends:

Ripping a car stereo out of a car, building a 12 volt DC power supply, building a really cool Honduran mahogany or purpleheart case, and finding some nice external speakers.

OK, seriously, there are some great radios out there, yes they cost more than a $19.95 disposable plastic radio, but they are MUCH better. They sound great and are a quality product. Today (early 2009) I would recommend the Boston Acoustics Horizon Solo clock/table radio for around $100. Or the stereo version (the Boston Acoustics Horizon Duo) for $150. Then there’s the Tivoli “Model One” if you don’t need a watch, and like a “retro” analog tuning wheel (around $140) or even the button-filled Sangean WR-2 (also around $140).

If you happen to have a component stereo system (typically separate amplifier/tuner with separate speakers), your tuner may already have decent sensitivity and selectivity. Try connecting a better antenna (see below) and see how your reception improves! If you’re looking to buy a state-of-the-art FM tuner (at a very reasonable price), get the SONY XDR-F1HD (under $100). Reviews have ranked this as one of the best tuners ever built! Remember that you must have an external amplifier and speakers for this!

ANTENNA/LOCATION LOCATION/ANTENNA ANTENNA/LOCATION LOCATION/ANTENNA

These two points are actually more important than the type of radio you are using and they are strongly related. You can get the same reception in a bad place (with a good antenna) as in a good place (with a bad antenna)! But let’s work on improving both!

Statement from Radio Bob: You MUST have an antenna (of some kind) to receive any signals on a radio!

Another statement from Radio Bob: VHF radio waves travel more or less in straight lines. They are weakened by objects that get between the transmitter and receiver.

POSITION:

The closer you are to an NCPR transmitter (check out this map), the greater your chance of receiving a clear signal from NCPR.

The higher your antenna is located, the greater your chance of receiving a clear signal from NCPR. In other words, if your radio has a built-in antenna, it will work better in your attic than in your basement! Or if you have an outside antenna, it works better on the roof than on your kid’s old swing.

If your house is on a hill, you will have better reception than in a valley.

If there is a large object (e.g. a mountain) between your house and the NCPR transmitter, you are probably getting a bad signal!

If your antenna is outdoors, it will work better than indoors.

ANTENNA:

Someone once said that you MUST have an antenna to get any radio reception at all, and he/she was right! The cheapest radios ONLY have built-in antennas, with no provision for connecting an external antenna. With better radios, you have a choice.

A radio with a built-in antenna Built-in antennas: Even the lowest-end radio typically has a built-in antenna with typically poor performance. Most clock/table radios use the power cord as an antenna. A “Walkman” or iPod with FM radio uses the headphone cable as an antenna! Except in strong signal areas (near a transmitter), none of these work very well. Signals they receive are usually variable; For example, as you walk across the room, the signal strength will change (usually for the worse!). Here is a photo of a radio with an antenna built in:

Radio Bob recommends: If your radio has a built-in antenna and you’re almost happy with its performance, try moving the power cord around, it may work slightly better draped over the dresser rather than on the floor.

Wire Dipole (usually supplied with better radios): This is a flexible wire antenna that comes with some radios, including the few I’ve recommended before. Using this antenna will improve reception somewhat, but as with ALL antennas, this is not the perfect solution. It attaches to the back of the radio and then “hangs” somewhere in space as a “T” with the two ends as far apart as possible. (That’s the tricky part, because who wants unsightly wire pinned to the walls of their living room, not even me!) It’s also somewhat directional; It will (theoretically) pick up radio stations better perpendicular to the horizontal part of the “T”. So if you’re listening to multiple stations broadcasting from different directions, this might not be ideal. (You could try snaking the antenna out of a window and somehow tacking the “T” part outside to improve reception.)

Three antenna types: rabbit ears (top left); outward direction (top right); Outdoor Omnidirectional (bottom right) Telescoping Antenna(s)/”Bunny Ears”: Some “boomboxes” and portable radios have one or two telescoping antenna rods. These work a little better than the wire “dipoles” as you can move the one (or two) rods around for optimal performance. You can buy a pair of “bunny ears” from Radio Shack for about $10.

Radio Bob Tip: Don’t bother with other indoor antennas that DO NOT come with unsightly long poles. Round, ashtray-sized, and other types of indoor antennas are intended for UHF television and do not work very well with an FM radio.

Boosted Indoor Antennas: People ask me about these things every day (maybe every few months). and I guess my answer is something along the lines of “it all depends”. There are several available, made by Terk, Audiovox and others. They are dipole or similar antennas in an “attractive” case with a small preamp designed to boost the signal before it reaches your radio. Technically, there are several things wrong with this approach. Usually your radio already has a very good preamp built into its circuitry. A ‘dipole’ antenna connected to your radio should work just as well as a boosted antenna (unless your radio is somehow ‘received’!). there are strong FM stations in the neighborhood and you are trying to pick up a weak one!

On the other hand, if you can’t have an outdoor antenna and an indoor dipole or a pair of “bunny ears” is too unsightly, then a snazzy looking indoor antenna might be best for you. However, I don’t think it will “work wonders” with your FM reception. Let me know how they work for you. Email [email protected]

Outdoor Antennas: If you can somehow manage an outdoor antenna, this is the way to go! Apartment dwellers, renters, cave dwellers, submarine operators. I’m sorry as I know you probably can’t install an outside antenna.

The best thing for the rest of us is to use (or repurpose) a TV antenna that’s already on your roof. If you still use it to receive off-air TV, then get a cheap TV FM splitter. Or if you’ve switched to cable TV or satellite TV, simply connect your old TV connection to your FM radio. You will be surprised how well this works!

If you are looking to install a new outdoor FM antenna, there are two types to choose from, “Omnidirectional” and “Directional”. An Omni, like the Winegard HD-6010 ($20), receives FM signals from all directions. This is a decent choice if you like hopping from station to station.

If you only listen to one station most of the time (maybe NCPR?) or most of the stations you listen to are in (more or less) the same direction, or you could use an antenna “rotator” then you need a directional antenna. NCPR typically buys $800 for high-performance log periods like this pup, but you can almost as easily do it yourself with a Winegard HD-6000FM ($25).

Installing an outdoor antenna can be fun, challenging, or both! Here’s how:

The easiest way to do this is to hire someone to install it. Check the Yellow Pages or ask around.

To do it yourself, “somehow” mount your new VHF antenna to a metal tube. (You can get antenna towers in 5 and 10 foot lengths). Somehow attach the pipe to the roof or side of your house (remember, the higher the better!). Radio Shack has tripod roof mounts and wall mounts, as well as antenna masts. (Attention by the way!)

If the antenna is directional, point it towards the station of your choice (actually, it’s better to wait until the antenna connects to the radio, then manually rotate and lock the antenna for best reception). Or buy an antenna rotator with enough wire to connect it to the rotator controller that will be somewhere in your home.

Then you need to get the signal from your antenna to your radio somehow. In the “old” days, a flat cable about ½ inch wide called a “twin-lead” was all that was available. Now everyone uses a round coaxial cable. Your new antenna will likely have two screw terminals, so you will need a coaxial “balun” or matching transformer to connect to this type of antenna. The matching transformer has an “F” connector on the end away from the antenna. You can purchase coax cable with mating “F” connectors already installed, or use a special crimping tool and install your own “F” connectors on coax cables that you purchase separately.

Run the coaxial cable through the basement etc. to the radio. Newer radios also have an “F” connector and a switch labeled something like “internal” and “external”, connect the new wire from your new antenna to your radio, switch to “external” and listen More FM Stations Than You’ve Ever Heard!

INTERFERENCE: Wait! I didn’t mention any disorder! (Though as adults we should at least discuss it)

The atmosphere is FULL of high frequency signals, some of which conflict with each other. Here are a few examples of types of interference with NCPR that we’ve heard about.

Anything that creates an electric field can introduce unwanted static into your car’s audio system. The alternator, wiper motor, and components in a sound system produce different levels and types of noise and static. So while it’s possible to isolate and fix the source of almost any type of car audio noise, finding and fixing it often takes real work.

Finding the source of static and noise

The first step in finding the source of car audio interference or hiss is to determine whether the problem is with the radio, an accessory like a built-in CD player, or an external accessory like your iPhone. To do this, turn on the main unit so that you can hear the annoying noise.

If the noise only occurs when the engine is running and the pitch changes with engine RPM, the problem is likely related to the alternator. This type of car speaker whistle can usually be fixed by installing a noise filter. If the noise occurs regardless of whether the engine is running, note any audio sources associated with the noise and proceed.

Fixing the static AM/FM car radio

If you only hear the hissing when listening to the radio and not when listening to CDs or other audio sources, the problem is either with the antenna, the tuner, or an external source of interference. To determine the source of the interference, remove the main unit, locate the antenna cable, and perform other related operations.

Only start with this fix if you are familiar with working with car audio.

The steps of this process include:

Determine if the problem is external. Pay attention to whether the static changes while driving. If it’s only happening in some spots, or some spots are worse than others, the source of the problem is external and is almost certainly antenna related. Adding a car antenna booster can improve poor reception, but not much with static interference. You may experience “picket fences” caused by tall buildings, hills, or other obstacles in the area. There is little you can do about it.

Check the ground connection of the car radio. After you are sure that it is not an external problem, the next step in finding the cause of the AM/FM car radio static is to check the ground connection of the main unit. To do this, remove the main unit and prepare to pull back the carpet and remove the dashboards and other components to find the ground wire and trace it to where it is bolted to the chassis or frame. If the connection is loose, corroded, or rusted, tighten, clean, or relocate as necessary. Do not ground the main unit to the same point as other components as this can create a ground loop that will result in howling or humming.

Disconnect the radio antenna and check if the sound is still there. If the ground is good or the mounting does not eliminate static electricity, disconnect the antenna from the back of the main unit, turn on the main unit and check for static electricity. You probably won’t be able to tune into a radio station unless you live near a strong signal. Still, listen to the same hiss or hiss that you heard before. If removing the antenna eliminates the static charge, the interference is likely being introduced somewhere along the run of the antenna cable.

Check that moving the antenna cable removes static electricity. To resolve this issue, route the antenna cable so that it does not cross or get close to wires or electronic devices that could cause interference. If that doesn’t fix the problem or you can’t find any potential sources of interference, you may need to replace the antenna.

Check if moving other wires eliminates static electricity. If removing the antenna doesn’t eliminate the noise, then the offending noise will be introduced elsewhere. Remove the main unit if you haven’t already done so, and carefully rearrange all cables so that they are not near other cables or devices that could cause interference. If this eliminates the noise, carefully reinstall the main unit to keep the cables in the same home position.

Install a noise filter or replace the main unit. In some cases, you can’t get rid of the noise. If you still hear the noise when the head unit is away from the dashboard and moving it doesn’t change it at all, chances are the head unit is defective in some way. If the noise changes when you move the main unit, the only way to eliminate static is to move or shield the main unit. In the long run you may need to install a line noise filter.

Fix other sources of car audio glitches

If static builds up when you connect an auxiliary audio source such as an iPod or satellite radio tuner, and it doesn’t appear when you listen to the radio or CD player, you are dealing with a ground loop. If this is the case, locate the source of the ground loop and repair it, although installing a ground loop isolator may be an easier way to troubleshoot the problem.

Other times, you may find that you hear hissing no matter what audio source you select. If you hear the hissing when listening to the radio, CD player, and auxiliary audio sources, you may still be dealing with a ground loop problem, or noise is being introduced elsewhere in the system. To find out where, see the previous section to rule out the ground and power wires. If you have an amplifier, that can also be a source of noise.

exclusion of the amplifier

To determine if the noise is coming from the amplifier, disconnect the patch cords from the input of the amplifier. When the noise disappears, reconnect them to the amplifier and disconnect them from the main unit. If the noise comes back, check how they are routed.

If the patch cords are routed near power cables, rerouting them may fix the problem. If routed correctly, swapping them out for higher quality, better shielded patch cords can fix the problem. If this is not the case, a ground loop isolator can help.

wire of life

If you hear hissing when the patch cords are disconnected from the amplifier inputs, check the amplifier. If any part of the amplifier comes in contact with bare metal, relocate it or mount it on a non-conductive wood or rubber spacer.

If this does not solve the problem, or the amplifier did not make contact with the vehicle frame or chassis, check the amplifier ground wire. It should be less than 60 cm long and firmly attached to a good floor somewhere on the chassis. If not, install the correct length ground wire and attach it to a known good earth ground.

If that doesn’t fix the problem, or if the ground was good to begin with, the amplifier may be defective.

Whether you already have an FM radio or are planning to buy a new one, you want your radio to have sufficient range in terms of receiving radio signals to ensure you can enjoy your favorite radio stations with ease. To ensure the same, you can consider something like the best VHF antennas listed below because of the following features they offer:

Impedance: Before anything else, you need to make sure your FM antenna is fully compatible with your FM radio. To do this you need to check the impedance value of your FM antenna which should match your FM radio. Luckily, almost all VHF antennas have an impedance of 75 ohms, which is perfect for most cases.

Before anything else, you need to make sure your FM antenna is fully compatible with your FM radio. To do this you need to check the impedance value of your FM antenna which should match your FM radio. Luckily, almost all VHF antennas have an impedance of 75 ohms, which is perfect for most cases. Cable Length: In order to get the most out of your VHF antenna it is very important to ensure it is installed in the correct location. As such, all VHF antennas come with a built in cable that can be 4ft, 5ft or even 6ft, with a longer cable always being more practical.

In order to get the most out of your VHF antenna it is very important to ensure that it is installed in the correct location. As such, all VHF antennas come with a built in cable that can be 4ft, 5ft or even 6ft, with a longer cable always being more practical. Frequency Range: Since FM radios operate on wireless frequencies, it is very important to ensure that your FM antenna supports a wide range of frequencies. For this there are different types of frequencies like 80-100MHz, 90-120MHz and others where higher range is always better.

Although these are some of the most important features of VHF antennas, you can find much more information about them. Therefore, all of the best VHF antennas listed below have their most important specifications and factors along with a complete “buyer’s guide” for you to find the best VHF antennas at the end of this list.

Best VHF Antennas 2022

Best VHF Antennas Reviews:

Ancable is one of the more affordable and budget options when it comes to VHF antennas that still offer the user quite good performance.

Ancable’s FM antenna ranks #1 on this list as it is the cheapest option given here. While this is an extremely affordable VHF antenna, you still get an impedance of 75 ohms, making it fairly compatible.

You also get a cord length of 4.9ft with this VHF antenna, which is pretty good for the price given. While Ancable offers a 1-year warranty, the build quality reflects the entry-level price.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 4.9 foot cable

Comes with a 1 year warranty period

Advantages:

Extremely affordable VHF antenna for the budget conscious buyer

Decently long cable for easy installation

Standard impedance rating for high compatibility

Disadvantages:

The build quality could have been better

Buy now on Amazon

You can also consider Terk and its offerings if you’re looking for entry-level FM radios but also want a high-performance FM antenna at the same time.

Terk’s VHF antenna is ranked 2nd on this list because you get great value for money with this entry-level VHF antenna. Starting with the impedance of this VHF antenna, this VHF antenna is designed for 75 ohm devices, which is always great.

One of the best things about this Terk VHF antenna is that you get a 6 foot cable, which makes installation easy, which is very important given the large form factor. As a respected and popular brand of VHF antennas, Terk also offers a one-year warranty.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 6 foot cable

Comes with a 1 year warranty period

Advantages:

Entry level FM antenna for budget conscious buyers

Fairly long cable for easy installation

Decent warranty period with a robust build quality

Disadvantages:

A bit on the big and bulky side

Buy now on Amazon

Terk also offers more premium options when considering FM antennas that offer the user much more versatile and convenient features, making them great for most FM radios.

This FM antenna from Terk is third in this article as it is one of the few options available that works well for both FM and AM radio. Despite being supported by both AM and FM radios, it still offers the usual 75 ohm impedance.

Since this VHF antenna itself is quite large, the included 4.9 foot cable should be maple wood for most users. Just like the previous Terk FM antenna, this premium option also comes with a 1 year warranty.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 4.9 foot cable

Comes with a 1 year warranty period

Advantages:

Works great with AM and FM radios

Fairly large antenna for long range

Pretty great build quality

Disadvantages:

Not a budget-friendly option

Buy now on Amazon

Bingu is a fairly new and fairly small brand of VHF antennas to keep in mind if you’re looking for something budget friendly that still offers decent performance to the user.

The Bingu FM Antenna is one of the cheapest options you can find when using an FM antenna for your FM radio. While it might be a bit budget friendly, you still get a 75 ohm impedance with this VHF antenna.

Despite being an entry-level FM antenna, it only comes with a 4.3ft cable, which is a bit smaller than others. Another issue with this VHF antenna is that since Bingfu is such a small brand of VHF antennas, you don’t get a guarantee for it.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 4.3 foot cable

Advantages:

Great affordable and cheap VHF antennas

Common impedance rating for good compatibility

Pretty decent build quality for longevity

Disadvantages:

Cable length is a bit short than others

Buy now on Amazon

You can also consider generic options when choosing an external antenna for your FM radio that is ideal for versatile use and features to match.

Such a generic VHF antenna still gives the user great performance to be expected at this high-end price point. For starters, you get a common and standard 75 ohm impedance with this VHF antenna.

Another great thing about this FM antenna is that it also works with AM radios, which is very convenient for many users. And to simplify the installation of this VHF antenna, it also comes with a long 6-foot cable. However, if you are looking for something ideal for long-term use, you should look elsewhere as this device is not guaranteed.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 6 foot cable

Advantages:

Very versatile with compatibility for both FM and AM radios

Fairly long connection cable for easy installation

Fairly strong signal strength and range

Disadvantages:

There is no form of manufacturer warranty included

Buy now on Amazon

Bingfu also offers some VHF antennas that are more ideal for long-term use but still come at an affordable price, making them perfect for those on a tight budget.

The Bingfu VHF antenna is one of the easiest VHF antennas to install, especially if you want one for heavy-duty use while coming at an entry-level price. As far as impedance goes, this VHF antenna is rated at 75 ohms like most other options on the market.

But unlike other VHF antennas, this one offers a 10-foot cable, which is a lot longer than most other options out there. Just like the Bingfu FM antenna mentioned above, this one also lacks any warranty from the user.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 10 foot cable

Advantages:

VHF antenna with a high price-performance ratio

Excellent cable length for easy installation

Default Independence Rating

Disadvantages:

Waiver of an included manufacturer’s warranty

Buy now on Amazon

We have another FM antenna option from FM Antenna in this list, which can be another great option if you’re looking for something versatile without paying a premium.

Ancable’s FM antenna is one of the few options on the market that offers a variable impedance range, making it compatible with both FM and AM radios. To be precise, this VHF antenna is rated for 75-300 ohms, which is much higher than most.

Although this VHF antenna offers a built-in cable, it does not give you a length specification, which can be a problem during installation. Apart from that, Ancable offers a 1-year warranty, similar to the previous Ancable option given above.

Best Features:

Offers an impedance of up to 75-300 ohms

Comes with a 1 year warranty period

Advantages:

Very versatile with AM and FM antennas

Wide impedance range for high compatibility

Decent warranty and good build quality for the price

Disadvantages:

Does not mention cable length rating

Buy now on Amazon

Shakespeare is one of the most expensive and high quality options when it comes to VHF antennas as it offers one of the best performing options on the market.

This Shakespeare FM antenna is the best option when it comes to high performance FM antennas. One of the best things about these FM antennas is that you get a higher than usual 93 ohm impedance, which is ideal for powerful FM radios.

Although you might find the 4 foot cable length a bit short, it’s still more than adequate thanks to the large form factor of this antenna. But the best thing about this VHF antenna is definitely its 5-year warranty, making it the perfect option for long-term use.

Best Features:

Offers an impedance of up to 93 ohms

Includes a 4 foot cable

Comes with a 5 year warranty period

Advantages:

Offers high-end performance numbers for intensive use

Large format antenna for long range

Perfect for long-term use with a long guarantee

Disadvantages:

Pretty expensive VHF antenna

Buy now on Amazon

Dectan is another brand of VHF antenna that is a bit newer but still offers a great option if you want an easy to install VHF antenna.

This Dectan VHF antenna is one of the best options for beginners who want a simple and easy experience with their VHF antennas. Starting with the impedance rating of this FM antenna, it’s rated for 75 ohms, which is pretty good in terms of compatibility with most FM radios.

To further simplify the installation of this VHF antenna, you even get a 6ft cable with this VHF antenna, which is pretty awesome. The only problem with this VHF antenna is that you don’t get a guarantee for it.

Best Features:

Offers an impedance of up to 75 ohms

Includes a 6 foot cable

Advantages:

Ideal for beginners with easy installation

Fairly long cable for versatile installation options

Decent build quality for durability

Disadvantages:

Does not come with any warranty included

Buy now on Amazon

Buying guide to the best VHF antennas

Although all FM radios come with built-in antennas, they may not be the most powerful. Because of this, you may experience range problems when listening to your favorite FM radio station.

To solve this problem, you can consider using something like the best VHF antennas above. With these different FM antennas, you will also find their important specifications and factors to choose the right one for you. And for those of you interested in knowing even more, you can also check out this detailed best VHF antenna buying guide:

1. Impedance

Starting with one of the most important factors when it comes to FM antennas, you need to check the impedance rating to ensure it is properly compatible with your FM radio. Most of the time when you buy an FM antenna you will find FM antennas with an impedance of 75 ohms. And if your VHF antenna also offers this, it can be a great option in terms of ease of use and compatibility.

2. Cable length

If you use an external FM antenna for your FM radio, you should extend the signal range as much as possible. And to get the most out of our VHF antenna, you should install it in the right place. Because of this, many VHF antennas come with a built-in cable for a better and more effective installation.

However, not all VHF antennas have the same cable as they vary in length. Although entry-level FM antennas only offer cables up to 4 feet long, high-end models can even come with cables up to 6 feet long, which can be much more convenient when installing an FM antenna in any desired location.

3. Frequency range

While making sure you are using the correct FM antenna that will work well with your FM radio and the FM radios you intend to listen to, it is very important to check the frequency range. In this context, you can find several frequency range options like 80 to 100 MHz, 90 to 120 MHz and others. It is usually always a good idea to use a VHF antenna with as wide a frequency range as possible.

4. Reach

In addition to the supported frequency range of your VHF antenna, you should also check the range rating for the signal strength it provides over long distances. This is because an external VHF antenna can increase the signal range by values ​​such as 10 miles, 20 miles, 50 miles and even more depending on the VHF antenna used. Either way, long range is always great for getting the best performance from your FM radio.

5. Warranty

Just like your FM radio, you also want your FM antenna to last as long as possible to ensure it will last as long as your FM radio. To ensure this, it may be a good idea to check the warranty that came with your VHF antenna. While most VHF antennas out there come with a 1 year warranty, some much more reliable options can also be backed with a 5 year warranty for a much longer lifespan.

FAQs for the best VHF antennas

1. How is an FM antenna connected to an FM radio? Answer: In most cases, an FM antenna connects to your FM radio using a very popular F-connector. Therefore, if your FM antenna is also fitted with an F-type connector, this is excellent for compatibility and proper support with most FM radios. 2. Can you use FM antenna outdoors? Answer: In many cases you will also want to use your FM antenna outdoors for vehicles or even your home. For this reason, it is very important to choose an VHF antenna that offers a sufficiently robust construction for outdoor use. 3. Will an FM antenna work with AM radio stations? Answer: Because both FM and AM stations rely on wireless radio signals, almost all FM antennas support both FM and AM stations. To ensure this, you should also check their frequency range to ensure proper compatibility with FM and AM radio stations.

Conclusion:

As you can most likely understand from the name, an FM antenna is designed to be used in conjunction with an FM radio to improve signal strength and ensure that you get excellent audio quality when listening to any FM radio of your choice .

And to help you choose the right one, we’ve already discussed some of the best VHF antennas at the top of this list. All these different VHF antennas also have their most important factors and aspects which are properly explained along with an in-depth best VHF antenna buying guide. With all this detail and information in mind, here are some of our ideal picks for the best VHF antennas:

However, if your reception problems persist, you are probably dealing with a device malfunction, most of which can be easily fixed.

Depending on whether you’re trying to tune in to your favorite talk show on the AM band or listening to music on the FM band, anything from tall buildings to solar flares can interfere with your listening experience. And unless you have much clout with the local building authority — or have figured out how to control the sun with the power of your mind — most of these issues become firmly stuck on the “I can’t do anything about it” side of the line.

If you’re experiencing annoying signal drops or interference when listening to your car radio, there’s a pretty good chance it was caused by something you can’t really do anything about.

01 of 05 Has your antenna mast been extended? There are many ways a manual antenna mast can be pushed in, e.g. B. when a car wash master forgot to pull it out again, or perhaps a large bird perched on it. Whatever the case, if you have a retractable mast and your reception has been terrible lately, it’s definitely worth checking that out first. Since antennas work by picking up radio waves, it only stands to reason that pushing it down into the car could make it difficult for your antenna to function properly. If you find that it’s pushed in, you’ll have to pull it out again to greatly improve your reception. This may sound like extremely simple things, but it’s actually surprisingly common for manual antennas to be retracted and then left as is. Since there is no mechanism to prevent these masts from retracting, anyone can walk past and push your antenna down. It’s particularly common for car washes to push these in so they don’t break off during the wash, and if someone doesn’t think to pull them out the other side it’s pretty easy not wiser to just drive away. Electrical antennas that extend when the radio is on can also fail in the down position, in which case your radio reception will probably be pretty poor. And since many of those antennas are out of your normal field of view, you might not even notice that the motor is broken unless you’re specifically looking for it. While you can use pliers to pull out a faulty electrical antenna, doing so could damage the gears or damage the motor.

02 of 05 Check your antenna connections One of the most common causes of poor car radio reception is a bad antenna connection. When the antenna cable is badly seated in your head unit, or one of the connections is loose, worn, or corroded, you often find it difficult to tune into your favorite station. First check the connection between the antenna cable and the back of your main unit. Once that’s in place, you may want to find a station to tune into and then gently wiggle the antenna back and forth yourself. If the connection is solid, you shouldn’t notice anything. If the connection is loose, you will likely notice the tuner drop and then reacquire the signal. In this case, you should tighten the antenna and check the grounding.

03 of 05 Get a New Antenna Ryan McVay/Stockbyte/Getty Images When checking your antenna connections, you may find that your antenna hardware or mast is corroded, rusted, or otherwise damaged. In this case, it is usually sufficient to replace the antenna. Because rust and corrosion can prevent the antenna from making a solid connection with your head unit, simply replacing the unit often results in better reception. There are also a handful of other cases that will require a new antenna. For example, some cars are equipped with “grid-style” antennas mounted on the rear window instead of traditional whip or mast antennas. These flat antennas have some aesthetic advantages, and they can’t be snapped off by a car wash or vandalism, but they often suffer from poor reception in big cities or hilly areas. In some cases, a whip antenna will provide better reception.

04 of 05 Install a signal booster Wireless signal boosters are far from a cure-all for poor reception, but in certain circumstances they can cure your ailments. If you can get a signal from a particular station, but it’s particularly weak, then a signal booster can improve your reception. However, boosters won’t do anything for you if the signal degradation is due to obstacles like tall buildings and hills.