Aviation Handheld Radios: The Complete Buyer's Guide

Not sure which aviation handheld radio is right for your flying? This guide breaks down every feature that matters, compares Icom and Yaesu across the full range, and helps you match the right radio to your actual use case.


By Neil Glazer
12 min read

Aviation Handheld Radios: The Complete Buyer's Guide

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Aviation Handheld Radios: How to Choose the Right One

COM only or NAV/COM? Icom or Yaesu? Li-ion or AA batteries? Six watts or five? This guide answers every feature question so you can match a handheld radio to your actual flying, your aircraft, and your budget.

Shopping for an aviation handheld radio is more nuanced than it looks. The feature list on any modern transceiver can feel overwhelming, and the difference between a COM-only radio and a full NAV/COM GPS unit is not just a spec line, it determines what you can actually do with the radio in the air and on the ground.

This guide is specifically about how to choose. If you already know you want one and want to see model-by-model recommendations with detailed use-case analysis, the Best Aviation Handheld Radios 2026 guide covers the full PilotMall lineup by pilot type. If you are newer to the topic and want to understand why every pilot should carry one in the first place, start with Why Every Pilot Needs a Portable Aviation Radio.

COM Only vs NAV/COM vs NAV/COM+GPS

The single most important feature decision you will make is the radio type. These three categories describe what the radio can do beyond basic voice communication, and the difference in capability is significant.

COM Only

Transmits and receives on VHF aviation frequencies (118.000 to 136.975 MHz). Full voice communication with ATC, CTAF, ATIS, ground, tower, and approach. No navigation capability. The simplest, most portable option. Ideal as an emergency backup or for pilots who do not need standalone navigation.

NAV/COM

Everything a COM-only radio does, plus VOR and ILS reception. Allows you to tune a VOR ground station and get bearing information, and in some units receive ILS localizer and glideslope signals. Useful for situational awareness and as a navigation backup, though the display and usability vary significantly between models.

NAV/COM with GPS

Full COM and NAV capability with an integrated GPS receiver. Provides position data, direct-to navigation, and moving-map capability depending on the model. The most capable category, and the most complex. Most useful for pilots who want a genuinely capable backup navigation tool independent of panel avionics.

Which Type Do Most Pilots Need?

For the majority of VFR pilots who want a backup radio for emergencies, loss of electrical power, or use as a student on the ramp, a COM-only radio is the right answer. It is lighter, simpler, has longer battery life, and costs less. The primary purpose of a portable aviation radio for most general aviation pilots is to maintain communications if the panel radio fails. COM-only covers that entirely.

A NAV/COM makes sense if you fly IFR or want to receive VOR bearings for situational awareness independent of your panel. Bear in mind that using a handheld for IFR approaches is a very different situation from using it as a backup reference, and you should understand those limitations before relying on one in IMC.

A NAV/COM with GPS is for pilots who want maximum capability from a single handheld device, or who frequently fly unfamiliar routes and want GPS-based navigation available even when panel avionics fail. It is the most expensive and most complex option.

A handheld radio does not replace panel avionics. Every category of handheld transceiver is a supplemental and backup device. Antenna placement, battery life, and transmit power are all limited compared to panel-mounted equipment. The handheld is there for when the panel fails, not as a primary system.

Wattage: Does Output Power Actually Matter?

Aviation handhelds typically transmit at 5 or 6 watts of output power. That single watt difference matters less than pilots often think, but there are real-world implications worth understanding.

5W Transmit Power

Adequate for normal GA operations, taxi and ground communications, and line-of-sight transmissions at altitude. Most situations where you need a handheld radio are line-of-sight, so 5W is often perfectly functional.

6W Transmit Power

Approximately 20% more transmit power. Meaningfully better for long-range transmissions at altitude, border-line coverage areas, and situations where you need maximum range from a portable antenna. The real-world difference in most normal flight operations is modest, but it is the better choice if you fly in areas with limited ground station coverage.

Both power levels meet the needs of typical emergency backup use. If you are choosing between two otherwise equivalent radios, prefer the 6W unit. If the 6W option costs significantly more or adds features you do not need, the 5W radio is not a meaningful compromise for most pilots.

Antenna quality matters as much as transmit power. The stock flexible antennas on most handhelds are adequate but not optimal. If you plan to use a handheld as a primary communication tool in a specific scenario, an aftermarket aviation antenna can improve performance more than a 1-watt increase in transmit power.

Battery Type: Li-ion vs AA

Every aviation handheld uses one of two battery approaches, and the choice has real implications for how useful the radio is in practice.

Lithium-Ion (Li-ion)

Rechargeable battery pack built into or included with the radio. Higher capacity means longer operating time per charge, often 10 to 15 hours depending on use. Lighter weight, full transmit power throughout the charge. Requires USB or proprietary charger to recharge, which means if the battery is depleted and you have no charger, the radio is non-functional.

AA Alkaline Backup

Some radios include an AA battery tray as an alternative to the Li-ion pack. AA batteries are widely available at hardware stores, convenience stores, FBOs, and pilot shops, making them easy to carry as emergency spares. If the Li-ion pack dies on a trip and you have no charger, dropping in AA batteries and continuing is a genuine advantage. Typically provides lower transmit power on AA (often 1.5W vs full power on Li-ion).

The Practical Recommendation

For most pilots, a Li-ion radio that is kept charged and in the flight bag is the better choice. The longer operating time and full power output make it more useful in any scenario where you need it. The AA backup capability is genuinely valuable if you travel internationally, fly to remote locations, or want maximum redundancy in an emergency kit.

The worst situation is carrying a handheld radio with a dead battery. Whichever type you choose, build a habit of checking the charge level during preflight the same way you check everything else. A handheld radio that you know is charged is infinitely more valuable than one you think might be charged.

Bluetooth and Headset Connectivity

Several current aviation handhelds include Bluetooth connectivity, which allows you to pair the radio with a Bluetooth-enabled aviation headset. This is more useful than it might initially appear.

Without Bluetooth, using a handheld radio in a noisy cockpit requires either a wired connection to your headset, holding the radio to your ear (impractical in flight), or using the built-in speaker at full volume (inaudible over engine noise in most aircraft). With Bluetooth, the audio routes directly to your headset exactly as it would from the panel radio, which means you hear transmissions clearly and transmit by pressing the mic button on your headset.

If you fly with a Bluetooth-capable headset such as the Bose A30, Lightspeed Zulu series, or Lightspeed Delta Zulu, a Bluetooth-enabled handheld radio such as the Icom IC-A16B makes the backup radio significantly more usable in an actual in-flight emergency. The radio can sit in a pocket or bag and still deliver clear audio.

ATC-priority Bluetooth matters here too. Some headsets prioritize radio audio over other Bluetooth sources, interrupting music or phone calls when a transmission comes through. If you are using a handheld radio via Bluetooth, verify that your headset's ATC-priority function applies to paired devices, not just the panel radio input.

Waterproofing and Build Quality

Aviation handhelds live in flight bags, get set on wet runways, and sometimes get used in rain during preflight or ground operations. Build quality and environmental protection matter.

IP67 Rated

Dust-tight and rated for immersion in water up to 1 meter for 30 minutes. The highest common waterproofing standard in aviation handhelds. Handles rain, condensation, brief submersion, and the general abuse of flight bag life without issue.

IPX4 / Splash Resistant

Rated for water splashing from any direction. Adequate for most general aviation use including rain during preflight and ground operations, but not submersion. Acceptable for pilots who primarily use the radio in normal conditions.

MIL-SPEC

Some radios are built to MIL-STD-810 specifications for shock, vibration, temperature, and humidity resistance. More relevant for rugged outdoor or military use than typical GA flying, but indicates a high standard of overall construction quality.

Icom vs Yaesu: Brand Comparison

The two dominant brands in aviation handheld radios are Icom and Yaesu. Both are Japanese electronics manufacturers with long histories in amateur and professional radio, and both make well-regarded aviation transceivers. The choice between them is genuinely close, and pilots who use either brand tend to be loyal to it. Here is where they actually differ.

Feature Icom Yaesu
Build quality reputation Excellent, industry standard Excellent, comparable to Icom
Transmit power 6W (IC-A25 series), 6W (IC-A16B) 5W (FTA-250L, 450L), 6W (FTA-850 series)
Bluetooth models IC-A16B FTA-850L
IP waterproofing IP67 on IC-A16B; IP57 on IC-A25N IPX5 water protection on current models
AA battery tray option Available on IC-A25C-S Sport Available on FTA-550AA, FTA-850AA
COM-only options IC-A16B, IC-A25C, IC-A25C-S Sport FTA-250L, FTA-450L
NAV/COM options IC-A25N (VOR + GPS) FTA-550L, FTA-550AA
NAV/COM+GPS options IC-A25N (GPS model) FTA-850L (Bluetooth + GPS)
Interface/display Generally simpler, faster to learn Feature-rich, deeper menus
Current availability Check product pages for current stock Check product pages for current stock

The Real Difference

Pilots who prioritize simplicity and quick operation tend to prefer Icom. The menu structure is shallower and frequency changes are faster in field conditions. Pilots who want maximum features and are comfortable with deeper menus tend to appreciate Yaesu's more comprehensive configuration options.

Neither brand is meaningfully better on audio quality or RF performance at comparable wattage levels. Both brands have strong long-term reliability records. If you have an existing relationship with one brand through amateur radio or other equipment, staying within that ecosystem often makes sense for charging accessories and familiarity.

Aviation Handhelds Available at PilotMall

Icom IC-A16B handheld aviation radio Bluetooth IP67
Bluetooth Headset Option

Icom IC-A16B

COM Only 6W IP67 Bluetooth Li-ion

The IC-A16B is the Bluetooth-equipped version of Icom's compact aviation COM transceiver. At 6 watts with IP67 waterproofing and Bluetooth connectivity for wireless headset pairing, it is the most practical choice for pilots who fly with modern ANR headsets and want seamless audio integration from their backup radio.

The Bluetooth implementation pairs with aviation headsets so that handheld radio audio comes through your headset speakers exactly as panel radio audio does. With a compatible Bluetooth aviation headset, handheld radio audio can route directly through the headset, which is far easier than trying to hear a small speaker in a noisy cockpit.

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Icom IC-A25C-S Sport COM handheld aviation radio AA battery
AA Battery Backup Option

Icom IC-A25C-S Sport

COM Only 6W IP57 AA Tray Included Li-ion + AA

The IC-A25C-S Sport is Icom's COM-only A25 variant built around maximum versatility. It includes both a Li-ion battery pack and an AA battery tray, meaning you can run it on standard rechargeable power normally and switch to alkaline AAs anywhere in the world if the Li-ion pack is depleted.

At 6 watts with IP57 water resistance, the IC-A25C-S keeps the A25 platform's core performance while adding AA battery flexibility. Compared with the IC-A16B, the tradeoff is simple: choose the IC-A16B if Bluetooth headset pairing matters most, or choose the IC-A25C-S Sport if AA battery backup is the priority.

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Icom IC-A25N NAV/COM VOR GPS handheld aviation radio
Full NAV/COM GPS Option

Icom IC-A25N

NAV/COM 6W IP57 VOR GPS Li-ion

The IC-A25N is Icom's most capable handheld, adding VOR navigation reception and GPS to the IC-A25 platform. It provides full COM capability alongside the ability to receive VOR bearings for situational awareness, and GPS-based position and direct-to navigation independent of panel avionics.

For IFR pilots, instrument students, and cross-country flyers who want a fully capable backup navigation and communication tool in one unit, the IC-A25N is the top-end answer in the PilotMall handheld lineup.

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Yaesu FTA-550L NAV/COM handheld aviation radio Li-ion
Yaesu NAV/COM

Yaesu FTA-550L

NAV/COM 5W VOR / ILS Li-ion

The FTA-550L is Yaesu's Li-ion NAV/COM handheld, covering full VHF communication plus VOR and ILS reception. For pilots who want Yaesu's interface and build quality in a NAV/COM package, the FTA-550L is a strong option to compare. The 5W transmit power is adequate for typical backup use scenarios.

A solid choice for Yaesu-loyal pilots or those who prefer the FTA-series layout and menu structure.

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Which Aviation Handheld Radio Is Right for You?

Match Your Flying to the Right Radio

Student or VFR Pilot — Emergency Backup

COM-only with good battery life. The IC-A16B with Bluetooth if you fly with a modern headset. The IC-A25C-S Sport if you want AA battery backup capability.

Pilot Who Travels or Flies Remote Routes

IC-A25C-S Sport with the AA battery tray. Being able to source AA batteries more easily helps reduce the dead-battery risk in unfamiliar locations.

IFR Pilot or Instrument Student

IC-A25N for full NAV/COM+GPS capability. The VOR and GPS functions are genuinely useful as backup references when you are in the system.

Pilot with Bluetooth Headset

IC-A16B. The Bluetooth integration with modern aviation headsets makes the backup radio significantly more usable in actual in-flight scenarios where you need it most.

Yaesu Brand Preference

FTA-550L for NAV/COM. Check the full Yaesu range at PilotMall for current COM-only availability if NAV/COM is more than you need.

Flight Instructor or Multi-Aircraft Pilot

COM-only at 6W is the practical workhorse. Prioritize rugged construction, long battery life, and simple operation over navigation features you may not use regularly across different aircraft types.

Side-by-Side Specs: Featured Radios

Radio Type Power Waterproof Bluetooth AA Backup GPS
Icom IC-A16B COM 6W IP67 Yes No No Shop
Icom IC-A25C-S Sport COM 6W IP57 No Yes No Shop
Icom IC-A25N NAV/COM 6W IP57 Yes No Yes Shop
Yaesu FTA-550L NAV/COM 5W IPX5 No No No Shop

Frequently Asked Questions

Can I use a handheld aviation radio as my primary COM radio?
Technically yes for VFR flight, but it is not ideal as a primary system. Panel-mounted radios have better antennas, stronger power supplies, and are integrated into your cockpit ergonomics. A handheld used as a primary system is typically working around a panel problem. The handheld is most valuable as a backup that you know is charged, tested, and ready.
Do I need a license to use an aviation handheld radio?
For most domestic U.S. flying, aircraft radio stations are licensed by rule, so a separate FCC aircraft station license is not normally required. International operations are different: if you fly to a foreign destination or communicate with foreign ground stations, you generally need an FCC Aircraft Radio Station License for the aircraft and a Restricted Radiotelephone Operator Permit for the pilot. No amateur radio license applies to aviation VHF frequencies.
What frequency does 121.5 MHz transmit on, and can my handheld reach it?
121.5 MHz is the international distress frequency, also called Guard, and every aviation handheld transceiver covers it. All current Icom and Yaesu aviation handhelds can monitor and transmit on 121.5 MHz. Some radios allow dual-watch monitoring of 121.5 alongside your primary frequency, which is useful for situational awareness on long flights.
What is the difference between the Icom IC-A16B and the IC-A25C?
The IC-A16B is Icom's Bluetooth-equipped COM handheld in a more compact form factor, while the IC-A25C and IC-A25C-S Sport are part of Icom's A25 platform, which offers more feature variants including the NAV/COM IC-A25N and the AA-battery Sport version. Both are 6-watt COM-capable options, but the IC-A16B emphasizes Bluetooth headset pairing and IP67 protection, while the IC-A25C-S Sport emphasizes AA battery backup and IP57 water resistance. If you fly with a Bluetooth headset, the IC-A16B is the cleaner choice. If you want AA battery backup, the IC-A25C-S Sport is the one to get.
Should a student pilot carry a handheld radio?
Yes, and particularly during solo flights. A student pilot who loses radio contact with an instructor or cannot reach the tower has limited options without a backup radio. A COM-only handheld is an inexpensive insurance policy that covers the most likely scenarios: dead headset battery, stuck PTT, failed panel radio. The IC-A16B or IC-A25C-S are both solid choices for students who want a capable but uncomplicated backup.
Can I listen to ATIS and weather broadcasts on a handheld?
Yes. ATIS, AWOS, ASOS, and HIWAS broadcasts all transmit on standard VHF aviation frequencies that every handheld covers. A COM-only radio receives weather broadcasts just as a panel radio does. NAV/COM models may additionally receive WX alert tones on some frequencies. This is one of the practical uses of a handheld on the ground before flight, where you can get the ATIS while walking to the aircraft before turning on the panel.

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