REDISCOVERING 222 MHZ, THE FORGOTTEN BAND

For decades, the 1.25-meter band (222–225 MHz) has been called “the forgotten band.” It sits quietly between the 2 meter and 70 centimeter bands, offering clear frequencies and excellent propagation with remarkably low noise. Most hams rarely use this band—but that may be about to change. In the late 1980s, the FCC reallocated part of the 220 MHz spectrum (220–222 MHz) to commercial users (UPS mostly, who never even developed the radio network to use it), leaving amateurs with only 3 MHz of space.

Manufacturers pulled back, equipment options dried up, and the band slowly faded from daily use. For years, only a handful of repeaters and operators remained active on 222 MHz. Yet 222 MHz is one of the most enjoyable corners of the VHF spectrum. Its signals travel farther than 70cm but are less affected by urban noise than 2m—the best of both worlds. Antennas are compact, easy to build, and with so few users, open frequencies are plentiful for experiments or simplex rag-chews.

Some repeater networks rely on the band for control links, and it’s an excellent platform for digital work like packet, APRS, or newer modes such as M17. Another reason the band has stayed under the radar is geography. The 1.25-meter allocation is primarily available only to amateurs in ITU Region 2—the Americas—while most countries in Europe and Asia lack access. Japan, for example, reserves nearby frequencies for other services.

With much of the amateur world outside the band, major manufacturers have had little incentive to design gear for it, which explains the long scarcity of dedicated 222-MHz rigs.

That’s why Kenwood’s return to the band in 2025 is turning heads. The TM-D750A Digital Tri-Band Mobile Transceiver covers 144/222/440 MHz and brings modern APRS and digital features with full-power operation on all three bands. It’s the first major production radio in years from a top-tier manufacturer to include 222 MHz support—a welcome sign that the industry is paying attention again.

The D750A arrives at just the right time. Many new handhelds and mobile DMR rigs, such as the AnyTone 578UVIII, already include 222 MHz capability. Repeater groups across the country are reactivating systems, breathing new life into a long-neglected band. The beauty of 222 MHz is that it’s clean, quiet, and wide open—an ideal VHF sandbox for experimentation.

NWS Cleveland Computer Update May 12 through May 14, 2025

The National Weather Service Forecast Office in Cleveland will conduct a scheduled update to our Advanced Weather Interactive Processing System (AWIPS) from the morning of Monday, May 12, 2025, through the afternoon of Wednesday, May 14, 2025. The NWS uses the AWIPS computer system to display and integrate weather and water information, as well as to send life-saving information, such as weather and water warnings, to the public and you. During the update period (possibly extending into Thursday, May 15), forecast operations will be managed by the National Weather Service Forecast Office in Buffalo, NY, to minimize any potential service interruptions.

No impacts to our core services of forecast products and weather watches, warnings, and advisories are anticipated during this time. However, there will be limited impacts to the following services: All NOAA Weather Radio transmitters maintained by NWS Cleveland will be offline during the installation. This includes the following transmitters: Akron, Cleveland, Bellevue, Mansfield, Youngstown, Carey, Toledo, Grafton, Erie, and Meadville. Additionally, the weekly radio test scheduled for May 14 will be postponed to Thursday, May 15.

Local graphical forecast maps hosted in various locations on www.weather.gov/cle will not be updated. This includes all maps on the Graphical Hazardous Weather Outlook page (https://www.weather.gov/erh/ghwo?wfo=cle) and many graphics focusing on northern Ohio and northwest Pennsylvania on our Briefing page (https://www.weather.gov/cle/quick_brief). The Weather Forecast Office in Cleveland will remain open and staffed during this period for public and partner phone calls, as well as for additional functions that can be performed without AWIPS. If you have any questions, please contact Freddie Zeigler, Warning Coordination Meteorologist, via email at Freddie.Zeigler@noaa.gov or by phone at (216) 416-29146384 ext 223

WPSD Project, the Better Pi-Star replacement

WPSD Project.

WPSD is a next-generation digital voice software suite & distribution for amateur radio use, enjoyed by many thousands of hams around the globe. It is used for personal hotspots and repeaters alike. It supports M17, DMR, D-Star, Yaesu System Fusion (YSF/C4FM), P25, NXDN digital voice modes & POCSAG data/paging.

WPSD is available as installable disk images, and multiple platforms & devices are supported. The WPSD Project is free and open-source software (FOSS).

I find the WPSD hotspot software to be very well done. It is actively maintained and regularly improved. The project is worthy of support from the amateur radio community. Chip W0CHP has a page explaining how people can help the project, at: https://w0chp.radio/articles/how-to-contribute-to-wpsd/. Please take a look and consider giving some much needed support to the WPSD project.