Use a repeater directory or website to find a repeater in your area. Determine the repeater’s input and output frequencies. Set up your radio to listen on the repeater’s output frequency . You can also listen to stations transmitting to the repeater — an act called listening on the input.
Read moreWhat ham radio frequencies should I use?
Many ham bands are found in the frequency range that goes from above the AM radio band (1.6 MHz) to just above the citizens band (27 MHz). During daylight, 15 to 27 MHz is a good band for long-distance communications. At night, the band from 1.6 to 15 MHz is good for long-distance communications .
Read moreWhat is the most popular ham frequency?
20 meters – 14.0–14.35 MHz – Considered the most popular DX band; usually most popular during daytime. QRP operators recognize 14.060 MHz as their primary calling frequency in that band. Users of the PSK31 data mode tend to congregate around 14.070 MHz. Analog SSTV activity centers on 14.230 MHz.
Read moreWhat are popular ham frequencies?
Common Ham Radio Repeater Channel Spacings and Offsets BandOutput Frequencies of Each Group (In MHz)222 MHz or 1-1/4 meters223.85 – 224.98440 MHz or 70 cm (local options determine whether inputs are above or below outputs)442 – 445 (California repeaters start at 440 MHz)447 – 4501296 MHz or 23 cm1282 – 1288Ham Radio For Dummies Cheat Sheet www.dummies.com › Technology › Digital Audio Radio › Ham Radio
Read moreWhat frequency can you use on a ham radio without a license?
The Family Radio Server (FRS) authorizes 22 channels in the 462 MHz and 467 MHz range, and it is available without a license. This device can operate outside those frequencies. Using these outside that frequency in the US could land you with fines, loss of device, or worse.
Read moreWhat can I listen to on a ham radio?
FM radio: You can use the Ham radio to listen to music, news, program, etc. on your local FM stations without being licensed.
Read moreCan you scan police with a ham radio?
Not normally. Ham radio bands are outside those of the police . Additionally – analogue emergency broadcasts are usually scrambled, and you would need some form of decoder to unscramble the audio. Digital technologies provide for digitally-encrypted transmissions – which are impossible to decode on ‘ordinary’ equipment.
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