Handheld radios
For most new licensees the first radio is a dual-band 2 m/70 cm handheld. It is a good tool for local repeaters and simplex, and a limited one for everything else — mostly because of its antenna and power.
Bands and modes
Check what the radio transmits on, not what it can receive.
| Feature | What to check |
|---|---|
| Transmit bands | Dual-band (2 m/70 cm) is the norm; some add 1.25 m or 6 m. Wide receive coverage does not change where you may transmit. |
| Analog FM | CTCSS/DCS encode and decode, repeater offset handling, and how many memory channels you can name. |
| Digital voice | DMR, D-STAR, System Fusion (C4FM), and others are not interoperable. Pick the one your local repeaters use. |
| APRS / packet | Built-in APRS and GPS, or a TNC/Bluetooth link to a phone app. |
| Receive-only extras | NOAA weather, airband, or broadcast FM can be handy; none of them are transmit privileges. |
Monoband, Dual-Band & Tri-Band Handhelds
Choosing between dedicated front-end selectivity and multi-band convenience.
| Architecture | Bands Covered | Engineering Strengths | Compromises & Limits | Typical Role |
|---|---|---|---|---|
| Monoband | Single band (typically 2 m, 1.25 m, or 70 cm; rarely 6 m or 33 cm) | Superior RF front-end filtering and intermod rejection; tightly tuned helical resonators prevent receiver overload/desense; dedicated single-band antenna with no multi-band compromise; rugged commercial-grade simplicity. | Cannot access other bands; requires carrying separate radios if local emergency nets or clubs span both VHF and UHF. | Dedicated public safety / ARES event coordination, single-band DMR commercial portables, or specialized 1.25 m (222 MHz) operation. |
| Dual-band | 2 m and 70 cm (144–148 MHz & 420–450 MHz) | The usual amateur handheld: 2 m and 70 cm are the bands most FM and digital voice (DMR, D-STAR, System Fusion) handhelds are built for. One whip can be made to work on both, because three times 144–148 MHz is 432–444 MHz, inside the 70 cm band. | Broader front-end filtering than monobanders; stock dual-band rubber duck is still an efficiency compromise compared to a resonant 1/4-wave whip. | The standard first handheld radio for new licensees, club nets, repeater hopping, and everyday field carry. |
| Tri-band (Multi-band) | 2 m / 1.25 m / 70 cm (or 6 m / 2 m / 70 cm) | Unlocks the quiet, underutilized 1.25 m (222–225 MHz) band or 6 m (50 MHz) VHF DX band alongside standard 2 m and 70 cm in a single chassis without carrying multiple radios. | Extreme antenna compromise (a 6m or 1.25m rubber duck is severely lossy); some models put out less than their headline power on the third band, so check the per-band figures on the spec sheet; wide-open receiver front-end increases susceptibility to desense/intermod near broadcast and cell towers. | Enthusiasts active on 222 MHz repeaters, multi-agency emergency communication packs, and operators wanting all local VHF/UHF spectrum in one pocket. |
Selectivity vs. Versatility: The Receiver Trade-off
Handheld transceivers operate in crowded RF environments near high-power commercial FM broadcast stations, cellular towers, and paging transmitters:
- Monoband Front-End Rejection: Dedicated monoband radios feature tightly tuned helical resonators or narrow bandpass filters designed exclusively for their specific band (e.g. 2m or 70cm). In heavy RF environments, they maintain weak-signal sensitivity where wideband multi-band receivers suffer from desensitization (desense) and intermodulation distortion.
- Why one whip covers 2 m and 70 cm: Three times 144–148 MHz is 432–444 MHz, which sits inside the 70 cm band (420–450 MHz). A quarter-wave 2 m whip is therefore close to three-quarters of a wavelength on 70 cm, so a single element can be designed to work on both bands. Its radiation pattern and feed impedance are not the same on the two bands, which is why dual-band whips are designed and tuned for both rather than being a 2 m whip that happens to work on 70 cm.
- Tri-Band 1.25m Access: Tri-band HTs (commonly 2m / 1.25m / 70cm) provide the most accessible way to operate on the underutilized 222–225 MHz band. Check the per-band power ratings on the spec sheet: some tri-band handhelds put out less on 1.25 m or 6 m than their headline figure.
Power limits & license privileges
A handheld's few watts are well inside the rules; the rules still apply.
For Technician licensees, standard dual-band (2 m / 70 cm) handhelds provide 100% full operating privileges across all modes (FM voice, digital voice, APRS packet) from day one. Handheld power output (typically 0.5 W to 5–8 W) operates well within statutory limits, making the universal minimum-necessary-power rule (§ 97.313(a)) a natural habit that preserves battery endurance.
| Scope / Band Segment | Statutory Power Limit | FCC Rule | Operational Context |
|---|---|---|---|
| Universal operating rule (all amateur stations) | Minimum power necessary | 47 CFR § 97.313(a) | An amateur station must use the minimum transmitter power necessary to carry out the desired communication. |
| General ceiling (all bands unless restricted) | 1,500 W PEP | 47 CFR § 97.313(b) | Absolute statutory ceiling on transmitter peak envelope power output for Technician, General, and Extra on VHF/UHF (including 1.25m) and for General/Extra on HF. |
| Technician / Novice HF segments (80m, 40m, 15m, 10m) | 200 W PEP | 47 CFR § 97.313(c)(2) | Restricts Novice and Technician power on all HF allocations—including 28.0–28.5 MHz on 10 meters—regardless of transceiver rating. (General and Extra may run 1,500 W PEP on 10m). |
| 30 Meter band (10.100–10.150 MHz) | 200 W PEP | 47 CFR § 97.313(c)(1) | Applies to all license classes (including Amateur Extra) to protect primary government and fixed services. |
| 1.25 Meter band (222–225 MHz) | 1,500 W PEP (25 W Novice) | 47 CFR § 97.313(b),(d) | Technician, General, and Extra have the full 1,500 W PEP legal limit on 1.25m (222–225 MHz). Only grandfathered Novice licensees are limited to 25 W PEP. |
| 60 Meter band (4 channels + 5351.5–5366.5 kHz segment) | 100 W ERP on the channels; 9.15 W ERP in the segment | 47 CFR § 97.313(i) | Channels centered on 5332, 5348, 5373, and 5405 kHz; the 5358.5 kHz channel was eliminated on 13 Feb 2026. ERP is relative to a half-wave dipole (100 W ERP ≈ 164 W EIRP), so antenna gain counts against the limit. |
| 630 Meter band (472–479 kHz) | 500 W PEP / 5 W EIRP | 47 CFR § 97.313(l) | 1 W EIRP for stations within 800 km of the Russian Federation (Alaska). Antennas limited to 60 m above ground (§ 97.15(c)); UTC notification required before operating (§ 97.303(g)). |
| 2,200 Meter band (135.7–137.8 kHz) | 1.5 kW PEP / 1 W EIRP | 47 CFR § 97.313(k) | Antennas limited to 60 m above ground (§ 97.15(c)); UTC notification required before operating (§ 97.303(g)). |
PEP is peak envelope power measured at the transmitter output. ERP/EIRP limits on 60m/630m/2200m include antenna gain and feedline loss. All stations must observe RF exposure compliance evaluations under §97.13(c) before transmitting.
Range depends heavily on terrain, antenna height and pattern, receiver performance, and the other station. Moving the antenna up and away from your body usually does more than switching to high power.
Check the antenna connection by exact model
Connector fit and antenna suitability are separate questions.
Handhelds use SMA-family connectors, but standard SMA and reverse-polarity SMA are different, and sellers use “male” and “female” inconsistently. Inspect both mating halves before buying an antenna or adapter.
- Confirm the radio-side part from the manual or a clear close-up.
- Match both the threads and the center contact.
- Confirm the antenna covers the bands you transmit on. A longer whip or a roll-up J-pole is often the cheapest upgrade.
Connector reference: Amphenol RF SMA family.
Other things worth checking
Model choices, not universal requirements.
- Programming: CHIRP support or the manufacturer's software, and which cable it needs. Front-panel programming is slow on most HTs.
- Battery system: Replaceable packs, charging on the road, cold-weather behavior, and the cost of a spare.
- Clean signal: Spurious emissions are the operator's responsibility (§97.307). Prefer models with published spectrum measurements.
- Identification: Give your call sign at the end of each contact and at least every 10 minutes (§97.119).
- Weather resistance: Read the exact IP rating and warranty terms; “rugged” is not a test standard.