Spend enough time around CB radio and you'll eventually hear all sorts of general "rules of thumb" from old timers about it. One such saying recently posted in our Two Way Radio Forum is the claim that every foot of CB antenna adds another mile of communication range. It sounds simple enough. But is it actually true?
Well, not exactly. There's a lot more to it than that.
The idea goes back decades, during the peak of the CB radio boom in the 1970s, when operators noticed that longer antennas usually performed better than shorter ones. At 27 MHz, where CB radio operates, antenna size really does matter. The wavelength is long enough that a full quarter-wave antenna is around 102 inches tall. That's why the classic 102-inch steel whip became legendary among CB enthusiasts.
Shortened CB antennas are essentially compromises. While a compact 2-foot antenna may be more convenient on a vehicle, it typically sacrifices efficiency compared to a longer 4-foot or 5-foot antenna. As a result, many operators observed better performance with larger antennas and eventually simplified the concept into catchy sayings like "one foot equals one mile."
The problem is that it's oversimplified. Radio range simply doesn't work that way.
Communication range depends on far more than antenna length alone. Terrain, antenna height, installation quality, grounding, atmospheric conditions, receiver sensitivity, interference levels, and even weather can all affect how far a CB radio signal travels.
In many cases, the height of the antenna from the ground is actually more important than the physical length of the antenna itself. CB radio communication is largely line-of-sight, which means the signal travels best when there is a clear path between transmitting and receiving antennas. Raising an antenna higher above the ground, vehicle roofline, buildings, or surrounding terrain often allows the signal to travel farther with fewer obstructions in the way. That's why a properly mounted antenna on the roof of a vehicle will usually outperform the same antenna mounted lower on a bumper or side view mirror.
Even a shorter antenna mounted higher in the air can sometimes outperform a longer antenna mounted too low. While antenna length affects efficiency, antenna height often has a much greater impact on real-world communication range because it improves signal propagation and reduces blockage from hills, trees, structures, and even other vehicles.
Yet, there may be some truth behind the old saying. In general, a properly designed, longer CB antenna will often outperform a very short one when both are mounted on the same plane or level. But there is no scientific formula stating that each foot automatically adds another mile of range.
Like many old sayings, it's better viewed as radio folklore than engineering fact.
Still, the underlying lesson remains valid. The antenna matters far more to the overall operation of the radio than many operators realize. When it comes to CB radio performance, the real "rule of thumb" is that the antenna matters.[related_products is_auto_added="1"]
Spend enough time around CB radio and you’ll eventually hear all sorts of general “rules of thumb” from old timers about it. One such saying recently posted in our Two Way Radio Forum is the claim that every foot of CB antenna adds another mile of communication range. It sounds simple enough. But is it […]
Attic antennas can be a clever way to stay on the air without attracting attention from the HOA. But could that hidden ham or GMRS aerial also discourage unwanted attic tenants like squirrels, raccoons, rats, and mice?
Unfortunately, the science says probably not.
The idea sounds plausible at first. Radios radiate electromagnetic energy, and some pest-control gadgets claim to use sound or electromagnetic fields to repel rodents, therefore an operating antenna might make an attic uncomfortable for pests. It sounds reasonable on the surface. The problem is that there is very little scientific evidence supporting the idea.
The Federal Trade Commission has previously challenged manufacturers of ultrasonic pest-control devices over unsupported claims that they effectively repel pests. Studies generally show that animals such as rats and mice may initially react to unfamiliar sounds or vibrations, but they often adapt quickly and return to normal behavior. A ham aerial or GMRS antenna is even less likely to have much effect because it is not designed to produce ultrasonic sound in the first place.
A radio antenna is also not the same thing as an ultrasonic pest repeller. A GMRS or ham antenna radiates radio frequency energy while transmitting. It is not producing the kind of high-frequency sound marketed for pest control, and it is not transmitting continuously unless the radio is keyed. Most personal radio use is intermittent. That makes it even less likely to create a constant environmental nuisance for squirrels.
Could strong RF energy affect animals? Of course it can. At high enough exposure levels, RF energy can have biological effects on any living creature, primarily related to heating. But that is an RF safety concern, not a pest-control strategy. The ARRL notes that indoor and attic-mounted antennas require attention to RF exposure, distance, power level and duty cycle, especially when people may be nearby. In other words, if an attic antenna were producing enough RF energy to make wildlife uncomfortable, it would also raise questions about whether the installation is appropriate for humans.
Exterminators and wildlife control professionals point to a much less exciting answer, the simple fact that squirrels and other pests are best controlled by exclusion. That means finding entry points, trimming access routes such as overhanging tree branches, and permanently sealing openings after the animals are out. Some professional exterminators recommend keeping tree branches at least 8 feet from buildings and securing entry points after exclusion. In general, the primary control methods for these unwanted pests are removal, exclusion and habitat modification.
So, while an attic antenna may help prevent the HOA from pestering you, it probably will not stop raccoons, squirrels, rats, or mice from doing the same in your attic. For that, good home maintenance still works better than RF. For pest control, use screens, repairs and professional extraction. For radio, use the attic antenna because it works to keep HOAs from your invading your home communications, not because it doubles as a rodent repeller. Because it doesn't.[related_products is_auto_added="1"]
Attic antennas can be a clever way to stay on the air without attracting attention from the HOA. But could that hidden ham or GMRS aerial also discourage unwanted attic tenants like squirrels, raccoons, rats, and mice? Unfortunately, the science says probably not. The idea sounds plausible at first. Radios radiate electromagnetic energy, and some […]
Kenwood is extending its professional radio rebate promotions through June 30, 2026, giving businesses and organizations a chance to save on a wide range of ProTalk radios. The current offers include rebates of up to $30 per radio on select Kenwood analog and digital business radios, plus free batteries on qualifying models!
The promotion covers popular Kenwood ProTalk series radios designed for retail stores, warehouses, schools, hospitality, manufacturing and commercial operations. Entry-level 2 watt analog models such as the NX-P1202AVK and NX-P1302AUK qualify for a $20 rebate, while higher power 5 watt analog and digital models qualify for rebates up to $30. Read the Kenwood Rebate flyer for details.
In addition to the ProTalk NX series radios, Kenwood is offering a separate $20 rebate on the compact PKT-300 business radio. The rebate is available with the purchase of just one radio, making it an attractive option for smaller businesses or organizations looking to upgrade communications without a large upfront investment. Download the Kenwood PKT-300 Rebate flyer for details.
Both rebate promotions run from April 1 through June 30, 2026. This offer is fulfilled by Kenwood directly, so the rebate will be mailed to you after Kenwood receives your online rebate form. Customers must submit rebate claims online at Kenwood's rebate website by July 31, 2026 using the applicable promo codes provided by Kenwood.
| Model | Promo Code | Min Purchase | Offer | Free Battery |
|---|---|---|---|---|
| Kenwood NX-P1202AVK | 96140 | 1 | $20 rebate | Yes |
| Kenwood NX-P1302AUK | 96140 | 1 | $20 rebate | Yes |
| Kenwood NX-P1200AVK | 96140 | 1 | $20 rebate | Yes |
| Kenwood NX-P1300AUK | 96140 | 1 | $20 rebate | Yes |
| Kenwood NX-P1200NVK | 96140 | 1 | $30 rebate | Yes |
| Kenwood NX-P1300NUK | 96140 | 1 | $30 rebate | Yes |
| Kenwood NX-P1200ISNVK | 96140 | 1 | $30 rebate | Yes |
| Kenwood NX-P1300ISNUK | 96140 | 1 | $30 rebate | Yes |
| Kenwood PKT-300 | 96143 | 1 | $20 rebate | No |
NOTE: Model and claim information must be registered on-line on or before July 31, 2026 with the corresponding promo code. Radios delivered before or after the promotion date are not eligible, regardless of invoice date. Offer good only in the U.S. and Puerto Rico and is void where prohibited, taxed or restricted by law.[related_products is_auto_added="1"]
Kenwood is extending its professional radio rebate promotions through June 30, 2026, giving businesses and organizations a chance to save on a wide range of ProTalk radios. The current offers include rebates of up to $30 per radio on select Kenwood analog and digital business radios, plus free batteries on qualifying models! The promotion covers […]
One of the most common misconceptions about two-way radios is the notion that more power automatically means greater range or better performance. It's understandable. Manufacturers advertise radios by wattage, users compare power levels, and many people assume a 10 watt radio must always outperform a 5 watt model. But that's not necessarily true.
In reality, there is another factor that plays a much bigger role in how well your radio actually works than how much power it has. And it is one that is all too often overlooked.
It's the antenna.
Power does matter, of course. Increasing transmitter power can improve signal strength and help extend communication range under the right conditions. However, the gains are often smaller than people typically expect. Doubling the transmitter power does not double the range. In fact, to make a truly dramatic difference in range, you usually need a massive increase in power.
For example, moving from a 5 watt handheld radio to an 8 watt model may sound impressive on paper, but the real-world improvement is often minimal. Terrain, buildings, trees, elevation, and antenna efficiency usually have a far greater impact on communication quality.
That's where antennas come in.
The antenna is the part of the radio system that actually sends and receives the signal. Even the most powerful radio can perform poorly with an inefficient antenna. On the other hand, a lower power radio with a properly tuned, better-positioned antenna can often outperform a higher power radio using a poorly connected or tuned antenna.
This is especially noticeable with mobile and base station radios. A well-installed external antenna mounted high on a vehicle or building can dramatically improve both transmit and receive performance. In many cases, simply upgrading the antenna or relocating it to a better position provides far more benefit than increasing transmitter power alone.
Handheld radios are no exception. Many stock "rubber duck" antennas are designed to compromise between size, durability, and performance. Replacing them with a quality aftermarket antenna can sometimes improve communication more noticeably than switching to a higher wattage radio.
Height also plays a critical role. Two-way radio communication is largely line-of-sight. Raising an antenna even a few feet higher can significantly improve range because the signal has a clearer path. That's one reason why a mobile radio with an external roof-mounted antenna often outperforms a more powerful handheld radio used inside a vehicle.
Receive performance matters too. A better antenna doesn't just help others hear you. It also improves your ability to hear weaker incoming signals. Many users focus entirely on transmit power and forget that communication is, well, literally a two-way process.
This doesn't mean power is unimportant. On the contrary. Power does matter. A one watt portable handheld is no match for a 50 watt base station. There are certainly situations where additional wattage can help. However, power alone is rarely the perfect solution that people expect.
When trying to improve radio performance, it often makes more sense to start with the antenna first. This includes the antenna and the feed line, if it's a mobile or base station unit. A better antenna, finer tuning, better placement, and better elevation can frequently deliver much greater results than simply buying a radio with more watts printed on the box.[related_products is_auto_added="1"]
One of the most common misconceptions about two-way radios is the notion that more power automatically means greater range or better performance. It’s understandable. Manufacturers advertise radios by wattage, users compare power levels, and many people assume a 10 watt radio must always outperform a 5 watt model. But that’s not necessarily true. In reality, […]
A lot of people get their first two way radio, take it out of the box, start using it, and quickly come to the conclusion that something isn’t working the way its supposed to. Maybe the range isn’t what they thought it would be, maybe the audio doesn’t sound right, or maybe it just didn’t meet their overall expectations. However, In many cases, the issue isn’t the radio at all. It’s the misconception about how they think radios should operate versus how the technology actually works.
In this full video edition of the 2x award nominated The Two Way Radio Show Podcast, we discuss the most common mistakes new radio users make, why they happen, and how to fix them for better performance and clearer communication. We'll also take some of your comments and questions from our blog, YouTube Channel and our Two Way Radio Forum.
Listen to the audio only version of this episode and Subscribe to the show!
Want more videos about 2-way radios? Browse our video blog and subscribe to our YouTube channel and Rumble channel![related_products is_auto_added="1"]
A lot of people get their first two way radio, take it out of the box, start using it, and quickly come to the conclusion that something isn’t working the way its supposed to. Maybe the range isn’t what they thought it would be, maybe the audio doesn’t sound right, or maybe it just didn’t […]
An off-road event is bringing together trail riders, radio users, and the local community for a good cause. The First Annual 4×4 4Food Run, hosted by The NotARubicon and supported by Buy Two Way Radios with prizes and event swag, is scheduled for May 9, 2026 in the Cougar Buttes area near Lucerne Valley, California.
This event is built around a simple idea. Bring food to help people in need, spend the day on the trail, and take part in a community effort that goes beyond off-roading. All donations will go to The Neighborhood Vineyard Church Food Pantry in Rancho Cucamonga. Participants receive raffle tickets based on how much food they bring, so larger donations increase the chances of winning prizes.
The trail runs are designed to accommodate a wide range of drivers. There is a 22 mile route that most 4x4 vehicles can handle, along with a more advanced option that works through the tougher terrain in Cougar Buttes. That route includes well known obstacles such as Chicken Rock and The Staircase, which should appeal to experienced drivers looking for a challenge.
The raffle adds another layer to the event. Prizes include GMRS radios and swag, along with larger items like a television and computer equipment. Buy Two Way Radios is contributing radio gear as part of the giveaway, reinforcing the role that radios play in organized trail rides.
Communication is not an afterthought here. It is part of the plan. Organizers have assigned GMRS Channel 19 for staging, with Channels 20 and 21 used during the trail runs. A local repeater will also be available to extend range across the area. In a remote location like Cougar Buttes, reliable communication is essential for coordination and safety.
The schedule is straightforward. Food drop off begins at 8:00 in the morning, the raffle drawing starts at 10:00, and the trail runs begin at 11:00. The location is remote and there are no services on site, so participants are expected to come prepared for the day.
For The NotARubicon, this event reflects what their community has been building toward for some time. For Buy Two Way Radios, the sponsorship highlights how radios are used in real world situations. It is also a reminder that communication tools do more than keep groups connected. In this case, they are helping support a local food pantry.[related_products is_auto_added="1"]
An off-road event is bringing together trail riders, radio users, and the local community for a good cause. The First Annual 4×4 4Food Run, hosted by The NotARubicon and supported by Buy Two Way Radios with prizes and event swag, is scheduled for May 9, 2026 in the Cougar Buttes area near Lucerne Valley, California. […]
Wouxun has introduced a new addition to its business radio lineup, and it’s one that checks a lot of boxes for companies looking to upgrade or expand their communications. Introducing the new Wouxun KG-S94B DMR Digital Business Two Way Radio! It's the latest addition to the Wouxun S-series and is designed to deliver modern digital features while maintaining compatibility with existing analog systems.
One of the biggest advantages of the KG-S94B is its dual-mode operation. It supports both DMR digital and analog operation, which means it can be programmed to work with a wide range of UHF business radios already in use. For many organizations, that’s a practical benefit. If you want to move to digital comms, you don’t have to replace your entire fleet at once. The KG-S94B can be integrated into your current setup and scaled over time as your needs evolve.
Out of the box, the radio is pre-configured with both digital and analog channels organized into two zones, making it easy to get started quickly. At the same time, it offers a high level of customization. The KG-S94B supports up to 256 channels across 64 zones, allowing it to be tailored to specific licensed frequencies and operational requirements.
Performance is what you would expect from a business-class handheld. The KG-S94B delivers it. With up to 5 watts of transmit power on UHF frequencies, it provides reliable coverage for most commercial environments, whether that’s a warehouse, job site, or multi-building facility.
On the digital side, the KG-S94B includes features such as one-to-one calling, group and all-call capability, and preset text messaging. It also supports 256-bit encryption for secure communications when privacy is a concern.
The radio is built for everyday use in the field. It includes channel scan with priority scan, VOX hands-free operation, programmable keys, and an English voice guide. There’s also a built-in flashlight and an alarm function, which can be useful in low-light or emergency situations.
From a durability standpoint, the KG-S94B is rated IP65 for dust and water resistance. It also offers flexible charging options, including a desktop charger and a USB-C port for added convenience.
Overall, the Wouxun KG-S94B is a straightforward, capable digital business radio that offers a practical path to DMR without leaving analog users behind. It's available now at Buy Two Way Radios. Price: $109.99.[related_products is_auto_added="1"]
Wouxun has introduced a new addition to its business radio lineup, and it’s one that checks a lot of boxes for companies looking to upgrade or expand their communications. Introducing the new Wouxun KG-S94B DMR Digital Business Two Way Radio! It’s the latest addition to the Wouxun S-series and is designed to deliver modern digital […]
It’s a situation that comes up more often than it should. You’re using your radio legally, within the rules, and suddenly a voice cuts in with “You need to get off this channel. This is our frequency.”
For many users of FRS, MURS, GMRS, and even CB, that moment is confusing at best and frustrating at worst. The reality is, in most cases, the person making that demand doesn’t actually have the authority they think they do.
The root of the problem comes down to misunderstanding how the personal radio services work. The Federal Communications Commission (FCC) regulates FRS (Family Radio Service), MURS (Multi-Use Radio Service), GMRS (General Mobile Radio Service), and CB (Citizens Band Radio) as shared-use radio services. That means no individual, business, or organization “owns” a channel or frequency. These services are either licensed by rule (FRS, MURS, and CB) or require a simple individual license (GMRS), but none grant exclusive rights to a specific channel or frequency.
Unlike business band or public safety frequencies, which can be licensed for coordinated or even exclusive use in a defined area, The personal radio services that include FRS, MURS, GMRS, and CB are open to all. This is by design. They were created to allow the general public to communicate without the barriers of complex licensing or frequency coordination. That accessibility is their biggest strength. Yet sometimes it is also the biggest source of confusion.
So why do some businesses act like they own them?
It's often construed as arrogance. Sometimes it's just ignorance of the rules. However, in many cases, it’s convenience. FRS radios are inexpensive and require no license. MURS offers a bit more flexibility with fewer users. GMRS provides higher power and better range. CB, especially, has a long history in trucking, construction, and roadside operations. For small businesses such as retail stores, event staff, security teams, warehouses and construction crews, these services offer a quick, low-cost communications solution. And here's where the issue may occur.
Over time, those businesses begin to treat a specific channel as “theirs.” Employees are trained to use Channel 1, Channel 3, or CB Channel 19 day in and day out. Eventually, that habit turns into assumption, and that assumption turns into enforcement, directed at anyone else who happens to be using the same channel.
That’s where the conflict begins.
From a regulatory standpoint, no one is required to “get off” a shared channel simply because someone else is using it for business. As long as you’re operating within FCC rules, including power limits, proper equipment, and acceptable use, you have just as much right to that frequency as anyone else.
CB is a perfect example of this dynamic. Channel 19 has long been associated with highway communication, especially among truck drivers. But even there, no one owns it. It’s a convention, not a legal claim. Anyone can use it, and interference is simply part of the shared nature of the service.
That said, the practical reality is a little more nuanced.
These services are designed to be cooperative. The FCC expects users to share frequencies and avoid interference whenever possible. If two parties are stepping on each other, the best solution isn’t to argue over who has the “right” to the channel. It’s to move to another one that's available.
Unfortunately, that cooperative spirit isn’t always what happens. Instead, some businesses take a more aggressive approach, attempting to assert control over a channel they don’t legally own. This can lead to unnecessary tension, especially for families, hobbyists, truckers, and other legitimate users who are simply trying to communicate.
There’s also a bigger issue at play. It's using the wrong service for the job.
If a business truly needs reliable, interference-free communications, FRS, MURS, GMRS, and CB may not be the best choice. A business radio may be the optimal solution. Licensed business band frequencies, coordinated through the FCC, are specifically designed for that purpose. They provide a level of channel control and protection that shared services simply cannot offer.
In other words, the problem isn’t that other users are “on their channel.” The problem is expecting exclusivity from a system that was never designed to provide it.
At the end of the day, these radio services work best when everyone understands the rules and respects the shared nature of the spectrum. No one owns the channel. Everyone shares the responsibility to use it properly.[related_products is_auto_added="1"]
It’s a situation that comes up more often than it should. You’re using your radio legally, within the rules, and suddenly a voice cuts in with “You need to get off this channel. This is our frequency.” For many users of FRS, MURS, GMRS, and even CB, that moment is confusing at best and frustrating […]
Recently, an inquiry was posted in The Two Way Radio Forum regarding handheld CB radios. The poster lamented the fact that the handheld CB radios she found do not have single side band, or SSB. This is a standard feature on many mobile CB radios, so why is it that handheld models do not have single side band as well?
Great question! Here are five reasons why most handheld CB radios don't include Single Sideband (SSB) mode.
1. SSB is technically demanding to implement in a small form factor
SSB requires more complex circuitry than standard AM, which CB uses by default. Specifically, it needs a balanced modulator, a sharp filter to suppress the carrier and unwanted sideband, and a product detector for receiving. Cramming all of that into a compact, battery-powered handheld while keeping costs low is a significant engineering challenge.
2. The typical use case doesn't need it
Handheld CBs are designed for short-range communications, such as construction sites, trucker convoys, family road trips, etc. The main advantage of SSB is its potential for extended range, which is roughly 3–4 times farther than AM and FM modes. It concentrates all the transmitter power into one sideband rather than splitting it across a carrier and two sidebands. For the distances handheld users typically care about, which is a few miles at most, AM works fine.
3. Power and battery life trade-offs
SSB requires a more linear amplifier stage, which is less efficient and harder to run from small batteries. Mobile and base station CB radios have access to more stable power sources, making SSB far more practical there.
4. Cost and market demand
The CB handheld market is very price-sensitive. Adding SSB capability would raise manufacturing costs noticeably, but most buyers of handheld units simply don't need or want it. The people who do want SSB tend to be serious long-distance operators who are already buying mobile or base units.
5. Regulatory legacy
SSB was added to the CB band (channels 36–40 are the traditional SSB channels in the US) primarily with truckers and long-haul operators in mind — people using mobile rigs in vehicles. The FCC rules allow SSB on CB, but the ecosystem and culture around it developed around fixed and mobile setups rather than handhelds.
It's a combination of engineering complexity, size constraints, battery limitations, cost, and the fact that the use cases for handheld CB and SSB CB almost never overlap. If you need SSB range on a handheld, amateur radio HF handhelds or even some handheld SSB marine radios are the closer alternatives — though they come with their own licensing and cost considerations.
Still, considereing the caveats, the question remains. Are there any portable handheld CB radios on the market with SSB? The short answer is barely, and it's complicated. Here's the full picture. Brand-new, FCC-legal handheld CB radios with SSB essentially don't exist on the market today. The consensus among the radio community is that no manufacturer is currently producing them new for the US market.
However, a handful of models were made in the late 1990s and early 2000s that shared essentially the same chassis under different brand names. The Cherokee AH-100, Dragon SS201, Eagle Spitfire 454, and Titan Roadpro RPSY-201 were all variations of a similar radio type. These are long discontinued but occasionally pop up on eBay, sometimes at a premium.
If you want a handheld CB with SSB in the US right now, your realistic options are hunting for used units or looking into one from European suppliers. For a brand-new, off-the-shelf purchase domestically — there's essentially nothing currently available.[related_products is_auto_added="1"]
Recently, an inquiry was posted in The Two Way Radio Forum regarding handheld CB radios. The poster lamented the fact that the handheld CB radios she found do not have single side band, or SSB. This is a standard feature on many mobile CB radios, so why is it that handheld models do not have […]
We discuss the most common mistakes new two way radio users make, why they happen, and how to fix them for better performance and clearer communication. We’ll also take some of your comments and questions from our blog, YouTube channel and our forum at twowayradioforum dot com.
Intro :00
Billboard 1:10
The Biggest Mistakes New Radio Users Make 1:25
A lot of people get their first two-way radio, take it out of the box, start using it, and quickly come to the conclusion that something isn’t working the way it's supposed to. Maybe the range isn’t what they thought it would be, maybe the audio doesn’t sound right, or maybe it just didn’t meet their overall expectations. However, in many cases, the issue isn’t the radio at all. It’s the misconception about how they think radios should operate versus how the technology actually works. Here are some of the different types of Two Way Radios.
New GMRS Caps Now Available! 41:28
The Superhet Apparel GMRS Low Profile Unisex Brushed Cotton Twill Cap is now available exclusively from Buy Two Way Radios! Get yours now.
Questions and Answers 42:17
Comments and questions from our blog and members of the Two Way Radio Forum. Check out and join the forum! It's free!
Wrap up and Close 52:55
Send in your comments and questions for Danny and Rick to show[at]buytwowayradios.com. Feedback on this and other topics will be read by the hosts and included in future episodes of the show. If we read your comment about this episode on a future episode, we may send you a free t-shirt or some swag! Visit us at www.twowayradioshow.com!
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[related_products is_auto_added="1"]We discuss the most common mistakes new two way radio users make, why they happen, and how to fix them for better performance and clearer communication. We’ll also take some of your comments and questions from our blog, YouTube channel and our forum at twowayradioforum dot com. Intro :00 Billboard 1:10 The Biggest Mistakes New […]