Commercial Two-Way Radios: What Long Range Actually Buys a Business

Russel Dewalt, General Radiotelephone Operator
Technical consultant to Echo Radios

A yard controller has to reach a picker in aisle 40, a driver at the gate and a truck already out on the interstate. Those are three different radio problems, and the phrase printed across category pages, long range, covers all three without describing any of them.

Not one of five page-one results for this search, as they stood on 2026-09-20, defines long range, gives a distance, gives a license cost, or gives a cost over any period. This guide gives all four, sized for a 20-device fleet, with every dollar figure carrying its source and the date it was read.

What long range means, and it means three things

Three technologies get sold under the same two words, and each one runs into a different wall. Knowing which wall you are about to hit is most of the buying decision.

Line of sight: the limit is geometry, then a 2.0 W cap

Start with the horizon, because no radio beats it. The standard approximation puts the radio horizon in statute miles at roughly 1.41 times the square root of antenna height in feet, worked out for each station and then added (radio engineering reference, read 2026-09-19). Two handhelds held at 6 feet are looking at about 3.5 miles each, so roughly 7 miles between them over flat open ground, before a single obstruction. Carried lower, at chest height of about 5 feet, it is nearer 3.2 miles each and roughly 6 miles between them. Put an antenna 100 feet up and it has about 14 miles of radio horizon on its own.

Then the rules close off both ways out. Effective radiated power on a license-free handheld must not exceed 2.0 W on channels 1 to 7 and 15 to 22, and 0.5 W on channels 8 to 14 (47 CFR 95.567). The antenna "must be a non-removable integral part of the FRS transmitter type", with gain no greater than a half-wave dipole (47 CFR 95.587, both retrieved 2026-09-20). A license-free business handheld cannot be made longer-range. Whatever it covers out of the box is what it covers forever.

Repeater-extended: the limit is the antenna you are allowed to put up

A repeater listens on one frequency and retransmits on another from a fixed high antenna, so handhelds talk to the repeater instead of to each other. The horizon arithmetic above is why it works, and it is also why the roof matters more than the radio.

Three things bite, in the order they usually bite. The service contour you can justify under 47 CFR 90.205. Frequency coordination, which 47 CFR 90.175 requires as "a showing of frequency coordination" for each new assignment or change. And whether you own or control the structure, because in a leased warehouse this is a landlord conversation before it is an engineering one.

Network: the limit is whether a network exists where the radio stands

A network radio registers on a mobile network, so what it needs is a signal from its carrier where it stands. Two Echo radios then work the same across a yard as across the country, and distance stops being the variable.

What replaces it is coverage, and coverage is a modeled word. 47 CFR 1.7004 sets out what may be reported as covered on the FCC's own map: "a minimum expected user download speed of 5 Mbps and user upload speed of 1 Mbps at the cell edge", in areas where users should expect those speeds "with cell edge coverage probability of not less than 90% and a cell loading of not less than 50%" (47 CFR 1.7004, retrieved 2026-09-20). A map showing your yard as covered is a propagation model with a nine in ten edge probability, not a measurement taken there.

Which is why you survey a site with the radios, and never with a phone. No bars on a handset is not proof that a spot has no coverage: it means one phone, locked to one carrier, could not hold a signal there, and the Echo radio has all major carriers to pick from and an antenna that reaches towers three to four times farther than a phone's, so it is not the same test. The mechanism is taken apart in full in do nationwide walkie talkies really work. Somewhere with absolutely no coverage at all from any carrier is outside what the Echo radio does, and the way to find that out is to walk the site with the radios in your hand.

If you want the mechanics of that third row in detail, our guide to how push-to-talk over cellular works takes the call path apart step by step.

The cheapest answer first, and it is not a network radio

For a single building with no coverage problem, a license-free handheld wins on three-year cash and it is not close. One seller lists license-free business handhelds at $22.99 to $95.99 per unit (its license-free business category page, read 2026-09-20), which lands at roughly $68 to $145 per device over three years once damage cover is added. No license, no coordination, no repeater, no airtime. The Echo Radios walkie-talkie costs $168 per device over the same window, and a licensed system starts at $334.

What you are buying for that $68 to $145 is a system with no next step. The 2.0 W cap and the non-removable antenna are the regulator's, not a manufacturer's, so there is no accessory, no upgrade and no firmware change that moves them. The day a mezzanine, a second building or the road between two sites defeats that radio, you are not upgrading. You are buying again.

That boundary is the thing worth paying to move, and it is where a radio running over a mobile network earns its place: it is the one option whose reach does not end at the walls of the building it is standing in. For the Echo radio, range equals coverage, not distance.

What a license actually involves for a business

A business cannot get a GMRS license

This is the finding that changes what a lot of small operations have already bought. 47 CFR 95.1705 states that "only an individual who is at least 18 years old and who meets the requirements of § 95.305 is eligible to obtain a new individual GMRS license". Non-individual entities are grandfathered only if they were licensed before 31 July 1987, and those old licenses authorize "only continued operation of those specific stations by these licensees, at the specified locations, channels, antenna heights and transmitting power", with no modifications, assignments or transfers accepted (47 CFR 95.1705, retrieved 2026-09-20).

A company cannot license GMRS in its own name. Not a new license, not a transferred one. A business that bought GMRS-capable equipment on a consumer recommendation has bought hardware it cannot license as a business. The pool a company can actually hold is Part 90 Industrial/Business, whose eligibility under 47 CFR 90.35(a) covers persons primarily engaged in "the operation of a commercial activity".

What $205 buys, and what it does not

The license is cheap, and any page implying otherwise is selling something. A new Part 90 license is a $105 application fee (47 CFR 1.1102) plus a $10 per year regulatory fee for land mobile below 470 MHz (47 CFR 1.1152), which is $205 across a term that may run up to ten years (47 CFR 90.149, all retrieved 2026-09-20). That figure matches the Enterprise Wireless Alliance's published FCC filing fee for new licenses at 30 to 470 MHz exactly.

What $205 does not buy is a channel of your own. 47 CFR 90.173(a) states that frequencies "are available on a shared basis only and will not be assigned for the exclusive use of any licensee", and 90.173(b) obliges every licensee to "cooperate in the selection and use of frequencies in order to reduce interference" (47 CFR 90.173, retrieved 2026-09-20). An operations manager who expects a private frequency for the fee has misread what a license is.

Coordination is the line that actually costs money at scale. It runs $195 per frequency per site (Enterprise Wireless Alliance service fees, read 2026-09-20), and 90.175(j)(5) exempts applications requesting a frequency designated for itinerant operations. In practice, itinerant channels licensed once travel between sites; a fixed repeater on a regular frequency is coordinated and licensed site by site.

The FCC licenses a contour, not a distance

47 CFR 90.205 opens by telling applicants to "request and use no more power than the actual power necessary for satisfactory operation". For the 450 to 470 MHz business band the power ceiling is not one number. It is derived from the service area radius you justify and a reference antenna height, tested against a signal strength of 39 dBu at the edge of that service area. A radius greater than 32 km has to be justified, and operation beyond 80 km from the base station is secondary and "entitled to no protection" (47 CFR 90.205, retrieved 2026-09-20).

Read that back as a buyer. The regulator never grants a distance, so no honest page can print a mileage figure for a licensed system, and any page that does is quoting a marketing department rather than a license. On a radio that runs over a mobile network there is no FCC license needed and no coordination to file at all, because it runs on the carriers' licensed networks rather than on a shared business channel.

What three years costs per device

Here is the method, because the fleet size decides everything. Hardware is a one-off. The FCC license is a one-off that buys up to ten years but is charged here in full, since that is what the buyer actually writes the check for, and seven years of license life remain at the end of the window. Coordination and application preparation are one-offs. Airtime is monthly times 36, plus any one-time activation the vendor publishes, plus the handset where it is sold separately from the airtime. Damage cover is a market-priced one-off per device. Shared lines are divided by 20.

The repeater high case is worth one line of working too, because it is where an all-in dealer quote can be counted twice. The dealer's $800 covers the FCC fee, the coordination and the application preparation, so on that path the high case is the $566 handheld, $145 for a share of a 50 W repeater, $40 for a share of the $800, and $49 damage cover, which is $800 per device and not a penny of coordination on top.

Showing the working matters most for the longest bar, because no vendor totals it for you: 36 months at $24.95 is $898.20, the one-time activation is $19.95, and the handset is $129.00 for the cheapest model up to $389.00 for the dearest (Peak PTT's catalogue read 2026-09-20, its pricing matrix and FAQ read 2026-09-21). That is $1,047 at the bottom and $1,307 at the top.

Two readings of that chart matter more than the ordering. The first is that the license is not the expensive part of a licensed system: $205 spread across 20 devices is $10.25 each, and about $4 each at 50. Coordination per site, the repeater and the installation are what move the total. The second is that a licensed line-of-sight system beats both a repeater build and a dedicated device on monthly airtime, at $334 against $414 and $1,047. One of the six options here is cheaper than the Echo radio and the Echo radio is cheaper than four, which is a result about these published prices at this fleet size, not a law about the technologies.

Twenty devices, the smallest fleet at which wholesale pricing applies. At 50 devices the shared license and coordination lines roughly halve per device; at six devices they roughly triple, and the handheld price dominates either way. Licensed-system prices are from a dealer warehouse guide carrying an August 2026 page credit and from Enterprise Wireless Alliance service fees, both read 2026-09-20; Echo Radios figures are its own published pack price and terms, with the first year of service included and renewal at $20 per device per year. The retail pack price is a ceiling, since Echo Radios quotes wholesale from 20 units.

One number on the licensed side deserves a second look. A dealer page quotes an all-in license service at "$800.00 and is good for 10 years" (that dealer's repeater page, read 2026-09-20), against the FCC's own $205. Set the lines side by side and the gap explains itself: $205 in fees, $195 in coordination and $205 to $275 in application preparation comes to $605 to $675, and $800 is that plus a margin. Apply the same arithmetic to any all-in quote you are handed.

Damage cover is priced by the market and two vendors price it independently: Echo Radios charges $45.00 for its Armor Protection Plan, and a comparable vendor's plan is $49.00 (a comparable vendor's plan page, read 2026-09-20). That vendor's page says plainly that the plan does not cover loss or theft, and loss is the line nobody has a defensible rate for, so treat it as an assumption rather than a statistic. Assume one handset in ten goes missing over three years and add a tenth of the hardware price: $8 per device on an $83 radio, $28 on a $275 handheld, $57 on a $566 handheld. Change the fraction to whatever your yard actually loses. The shape survives any fraction you pick, because the cheaper the handset, the cheaper the loss.

Sizing a warehouse system

Size the system to the loaded footprint, not the published one. A dealer's own warehouse guide corrects its own product claims: "plan on 30 to 40% less than the published figure once loaded steel racking is in the path. A radio rated for 250,000 sq ft realistically covers a 150,000 to 175,000 sq ft facility at typical rack density" (page credit August 2026, a dealer's small warehouse guide, read 2026-09-20). A vendor publishing a number that shrinks its own spec sheet is worth more than three that do not.

Building structure does the rest of the damage, and it is measurable. A 2024 study of a 450 MHz network recorded building entry loss of 22.4 dB for a modern office with coated glass, 15.5 dB for a modern energy-efficient building and 3.2 dB for an older mixed-use one, with no usable signal in any basement measured (Sorgatz, Lüders and Rademacher, arXiv 2405.09344, May 2024, retrieved 2026-09-19). Newer and better-insulated buildings are harder on radio than older ones, which is the opposite of what most buyers assume.

So the criteria are UHF rather than VHF inside an enclosed structure, coverage sized to the loaded footprint, and group capacity that fits every shift plus temps and contractors. Then the decision that actually matters. One building, no dead spots, crew never leaves the site: buy license-free and stop reading. Mezzanines, below-grade levels or a second building within about half a mile: price a repeater and start the landlord conversation early. People who also drive, deliver or cover a second site: a radio on a mobile network, because that is the only one of the three where coverage follows them out of the gate. Whichever you pick, walk the aisles and the lower levels with the radios before you buy quantity. Our guide to walkie talkies for construction sites covers the same survey on a site that changes shape every week.

Where each option genuinely wins

Line of sight wins when everything that has to talk is inside one building or one yard, the crew stays inside it, and you want no recurring cost at all. That case is common and it is genuinely the cheapest three-year answer in this guide.

Repeater-extended wins when you control one site, the site defeats handheld-to-handheld, and you will be there for years. You pay once for coverage of a fixed area and then it costs almost nothing to run. It stops winning the moment the coverage has to be somewhere the antenna is not.

An app on a phone the business already issues deserves its own paragraph, because for a fleet already carrying company phones it is a real answer. One published price is $5.99 per user per month, or $215.64 over 36 months (a push-to-talk app vendor's pricing page, read 2026-09-20), with no hardware line at all. On the chart it sits above the Echo radio at $216 against $168, and what the chart cannot show is that the phone is already bought and already carried, so nothing new goes out to the shift.

What the Echo radio does about that is specific rather than rhetorical. The Echo radio's antenna reaches towers three to four times farther than a phone's. It registers on all major carriers and switches automatically instead of failing with one. A press of the button sends a short burst of data rather than holding a voice call open, so it gets through on links that will not carry a call. And a phone is not a device you hand to a shift, drop in a tote and hand to somebody else on Monday. Against Peak PTT, which sells a dedicated push-to-talk device with monthly airtime at $24.95 per radio per month plus a one-time $19.95 activation per device (Peak PTT pricing matrix and FAQ, read 2026-09-21), most of the gap is service: $40 of renewal over three years in the table above against $918.15 of airtime and activation.

Network radio wins the moment coverage has to follow people off the site: a fleet across three counties, two or more sites, drivers, a yard plus the road, or a building where you will never get the roof. The Echo radio also wins when the group is large or changes often, because adding a person is a change you make from the admin panel, or one Echo Radios makes for you, rather than a hardware change.

Running the fleet after the purchase

Most of the cost of a radio system lands after the invoice, in the changes nobody priced. Five things are worth settling before you sign, and here is where Echo Radios stands on each.

• How many people fit in a group. Echo Radios fits up to 250 people per group as standard, extendable to 5,000 on request.
• Who makes changes after the sale. You can manage groups and names yourself from an admin panel, or ask Echo Radios to make any change for you, for as long as you own the radios.
• What happens to stored audio. By default nothing is stored. Call recording is available on request for wholesale orders.
• What the radios weigh, and how often they come off the floor. Each Echo radio is 135 g, with a 3,000 mAh 3.7 V battery giving up to 5 days on a single charge, so radios do not come off the floor every night.
• What happens abroad. Echo's IoT SIM roams globally and that roaming is included, so a radio in one country reaches a radio in another, and the country list is available on request.

Audio is encrypted with AES-256 in transit. There is also a vehicle-mounted version with an attached microphone that runs off the vehicle's power, which is the usual answer for trucks and yard vehicles that already carry a handheld for the walk-around. If the question is whether this holds up across state lines rather than across a yard, do nationwide walkie talkies really work takes that apart with the coverage condition attached.

Echo Radios quotes wholesale pricing from 20 units, with a quote within one business day.

Two neighbouring cases are worked through separately: a building site, where the structure rather than the fleet size sets the problem, in walkie talkies for construction sites, and a party spread across country with patchy service in the best walkie talkies for hunting.

Frequently asked questions

Can a business get a GMRS license?

Not a new one, and not by transfer. 47 CFR 95.1705 limits new GMRS licenses to individuals aged 18 or over, and grandfathering for non-individual entities closed on 31 July 1987, with no transfers accepted. The license a company can hold in its own name is Part 90 Industrial/Business, at $205 for a ten-year term.

What is the best two-way radio for a warehouse?

Size it to the loaded footprint. A dealer's own warehouse guide advises planning on 30 to 40% less coverage than the published figure once loaded steel racking is in the path. Choose UHF for an enclosed structure, check group capacity against every shift plus temps, and walk the aisles with the radios before buying quantity.

How much does a business radio license cost?

$205 for a ten-year term: a $105 application fee (47 CFR 1.1102) plus $10 a year in regulatory fees (47 CFR 1.1152). Frequency coordination adds $195 per frequency per site unless you are on itinerant channels. The license is the cheap part of a licensed system.

How far do commercial two-way radios reach?

On a licensed system there is no single number, because the FCC licenses a service contour rather than a distance: power is set against a 39 dBu edge, a radius over 32 km has to be justified, and operation past 80 km is unprotected (47 CFR 90.205). The Echo radio's range equals coverage, not distance.

Where that leaves the sizing decision

Answer one question before you price anything: does coverage have to leave the site? If it does not, buy license-free handhelds for a clean single building, or price a repeater for one you control and will keep. If it does, the building stops being the constraint and the network becomes it, and the Echo radio, which works on all major carriers and switches between them automatically, with an antenna that reaches towers three to four times farther than a phone's, is the one that follows your people out of the gate. Walk the site with the radios, count the devices, and the column you belong in has already chosen itself.

Checked 2026-09-21.