This guide covers every major aspect of ham radio emergency channels in 2026: the key frequencies you need to program today, the organizations coordinating emergency response, the digital modes revolutionizing emcomm, the FCC rules that govern everything, and the practical steps to get involved and get ready.
What Are Ham Radio Emergency Channels?
Definition and Purpose of Emergency Channels in Amateur Radio
Amateur radio, commonly known as ham radio, is a licensed service regulated by the Federal Communications Commission (FCC) that allows individuals to transmit on specific frequency bands. During emergencies, these licensed operators provide critical communication services when commercial systems fail. Ham radio emergency channels are specific frequencies - both simplex and repeater-based - that the amateur radio community has designated, by convention or by formal agreement, for use during disasters, public safety incidents, and declared emergencies.
These channels differ from everyday ham frequencies in a critical way: they carry an understood priority status. During the time that these frequencies are in emergency operations, it is suggested that they be given 5 kHz spacing on either side to protect ongoing emergency traffic from interference. Well-prepared operators know these channels in advance, have them programmed into their radios, and monitor them before, during, and after any significant incident.
The Role of Amateur Radio in Public Safety and Disaster Response
Across North America, ARES and RACES volunteers support shelters, hospitals, emergency operations centers, relief agencies, and local governments using radio systems that can operate completely off-grid. Unlike commercial radio services, emergency ham radio operators can legally transmit across multiple frequency bands, adjust power levels, and employ various transmission modes to overcome challenging conditions. This flexibility - paired with the independence from infrastructure that defines ham radio - makes the amateur service uniquely valuable in real disaster scenarios.
Key Organizations Behind Ham Radio Emergency Communication
ARRL Amateur Radio Emergency Service (ARES) Overview
The Amateur Radio Emergency Service (ARES) consists of licensed amateurs who have voluntarily registered their qualifications and equipment, with their local ARES leadership, for communications duty in the public service when disaster strikes. In the United States and Canada, ARES is a corps of trained amateur radio operator volunteers organized to assist in public service and emergency communications. It is organized and sponsored by the American Radio Relay League (ARRL) and the Radio Amateurs of Canada (RAC).
Every licensed amateur, regardless of membership in ARRL or any other local or national organization, is eligible to apply for membership in ARES. ARES groups are generally organized by city or county and are made up of volunteers from the local area. The only requirements to join ARES are a willingness to serve and a valid amateur radio license.
Radio Amateur Civil Emergency Service (RACES) Explained
RACES (Radio Amateur Civil Emergency Service) operates under FCC Part 97.407 and is tied directly to government emergency management agencies. During official activations, RACES operators may work inside municipal or state emergency operations centers alongside emergency-management staff.
If the President invokes emergency powers, RACES is the only amateur radio operation allowed to continue. RACES operators work directly with FEMA and local civil defense agencies. A critical practical note: in practice, the distinction often overlaps. Many operators belong to both groups, train together, and use the same communications infrastructure. An ARES group also enrolled as RACES can "switch hats" from ARES to RACES and back to meet the requirements of the situation as it develops. During a non-declared emergency, ARES can operate under ARES, but when an emergency or disaster is officially declared by a government emergency management authority, the operation can become RACES with no change in personnel.
SKYWARN and National Weather Service Partnerships
SKYWARN is a National Weather Service program that trains volunteer weather spotters - many of them licensed amateur radio operators - to observe and report severe weather directly to their local NWS forecast office. Ham radio provides the communications backbone for SKYWARN operations, allowing spotters in the field to relay real-time ground truth that radar alone cannot provide.
Each NWS forecast office maintains relationships with local amateur radio clubs and ARES groups that coordinate SKYWARN operations in their county warning area. When severe weather threatens, the NWS activates a SKYWARN net on a designated local repeater. The role of the spotter is to serve as the eyes and ears of the NWS during severe weather situations. Most SKYWARN volunteers are involved with amateur (ham) radio, because ham radio operators are well-equipped to relay their reports of severe weather.
How These Groups Coordinate with FEMA and Local Emergency Management
At the state level, hams are often involved with state emergency management operations. In addition, hams operate at the national level through the Radio Amateur Civil Emergency Service (RACES), which is coordinated through the Federal Emergency Management Agency, and through the Amateur Radio Emergency Service (ARES), which is coordinated through the American Radio Relay League and its field volunteers. The Incident Command System (ICS) structures this coordination. The Incident Command System (ICS) is a management tool being adopted by professional emergency responders throughout the country. ICS provides a coordinated system of command, communications, organization, and accountability in managing emergency events.
National and International Emergency Frequencies
HF Emergency Frequencies: 14.300 MHz, 7.290 MHz, and 3.985 MHz
Most large-scale emergency communications activity still relies heavily on HF radio because it allows regional and interstate communication without infrastructure. Several key HF frequencies serve as recognized emergency channels in the United States and internationally.
- 14.300 MHz (20 meters): This frequency is reserved for emergency communications globally - 14.300 MHz is the 20m maritime mobile and international distress frequency. It is widely monitored by operators coordinating with the Red Cross and other relief agencies.
- 14.325 MHz (20 meters): The Hurricane Watch Net on 14.325 MHz becomes especially active during tropical storms and hurricanes, maintaining direct communications with stations in affected regions.
- 14.265 MHz (20 meters): 14.265 MHz is widely associated with SATERN (Salvation Army Team Emergency Radio Network), which handles health-and-welfare traffic and disaster support communications.
- 7.290 MHz and the 40-meter band: On HF, 3.750 - 3.800 MHz (80m) and 7.200 - 7.300 MHz (40m) carry most regional emergency traffic. The 40-meter band is particularly valuable at night and during periods of poor solar conditions, when 20 meters may not support reliable regional paths.
- 3.985 MHz (80 meters): Key HF calling frequencies include 3.985 MHz on 80m SSB for North America. Many ARES sections designate 80-meter frequencies as their primary HF emergency and health-and-welfare nets.
The 2-Meter National Calling Frequency: 146.520 MHz
In the vast world of amateur radio, few frequencies are as iconic as 146.520 MHz. Known simply as "five-two," this frequency occupies a unique role as the national calling frequency for FM simplex communication on the 2-meter band in the United States.
During emergencies or search and rescue operations, 146.520 is the first frequency emergency managers expect licensed operators to monitor. In a grid-down situation where repeaters might be offline due to power loss, this is your primary coordination point. The ARRL and virtually every emergency communications group in the country recognizes 146.520 MHz as the default initial contact frequency for emergency simplex operations on VHF.
70cm Emergency Simplex Frequency: 446.000 MHz
The standard calling frequency for the 70cm band is 446.000 MHz. UHF is particularly effective in urban environments. The shorter wavelengths can penetrate buildings and navigate through "concrete canyons" better than VHF. For VHF/UHF operation, the national calling frequencies to be concerned with are 2m and 70cm FM simplex (non-repeater). These are 146.520 MHz and 446.000 MHz, respectively, and should be included in your radio's scanned channels.
Maritime and Aeronautical Crossover Frequencies Relevant to Hams
Ham operators occasionally serve as relay points during maritime or aeronautical emergencies. Key awareness frequencies include:
- 121.5 MHz: One of the most important emergency frequencies is 121.5 MHz. This frequency is used for emergency distress calls and is monitored by search and rescue teams. In an emergency situation, ham radio operators can use this frequency to call for help and to establish communication with search and rescue teams.
- 2182.0 kHz: 2182.0 kHz is another important emergency frequency. This frequency is used for marine distress calls and is monitored by the Coast Guard.
- 156.800 MHz (Channel 16): The international maritime distress and calling frequency, monitored by the U.S. Coast Guard on all vessels. While hams cannot transmit on marine VHF channels, awareness of this frequency is essential when coordinating with maritime agencies during coastal or inland waterway disasters.
VHF and UHF Emergency Simplex Channels
Why Simplex Communication Matters During Infrastructure Failures
One advantage of ham radio is that it operates on simplex mode, which means radios can communicate directly with each other without relying on infrastructure. This matters enormously during disasters. Repeaters - while powerful range extenders - depend on power, physical infrastructure, and Internet connections (for linked systems). Simplex removes all of those dependencies. Two operators with handheld radios in the same region can communicate directly on a simplex frequency even when every repeater in the area is dark.
Nationally Designated 2-Meter Simplex Emergency Channels
The 2-meter band plan includes several simplex frequencies used for emergency purposes beyond the primary 146.520 MHz calling channel:
- 146.520 MHz - National FM simplex calling frequency (primary emergency coordination point)
- 146.460 MHz - Common alternate simplex working frequency
- 146.580 MHz - Common alternate simplex working frequency
- 147.435 MHz - Common simplex working frequency in many regions
- 52.525 MHz - 6-meter national simplex calling frequency, also part of the Wilderness Protocol monitoring schedule
There are simplex frequencies listed for each county and district that are used for the individual county's use, as well as mutual aid frequencies that would be used in the case of other counties and districts coming into an area to lend assistance. All ARES members are urged to program these frequencies into their mobile, handheld, and go-box setups.
70cm Simplex Channels Used in Emergency Operations
On the 70cm (UHF) band, 446.000 MHz serves as the national simplex calling frequency. During large-scale incidents, emergency managers may also designate working simplex frequencies such as 446.025 MHz, 446.050 MHz, and 446.100 MHz as operational channels to move traffic off the calling frequency. UHF ham radio frequencies like 70cm penetrate buildings better, making them ideal for urban environments. For EOC-to-shelter or hospital-to-hospital communication inside a metro area, 70cm simplex often outperforms 2 meters.
Programming Simplex Channels Into Your Handheld or Mobile Radio
Programming your emergency ham radio with the right frequencies and settings is essential for rapid response. Preload local and national emergency frequencies using software like CHIRP or manufacturer tools. Store repeater information, simplex channels, and weather alerts (such as NOAA and Skywarn) in your radio's memory. Organize your memory channels into logical groups: national calling frequencies first, then local ARES/RACES simplex channels, then local repeaters, and finally NOAA weather alert channels.
Repeater Networks and Emergency Communication
How Linked Repeater Systems Extend Emergency Communication Range
Emergency repeater networks dramatically extend the effective range of VHF and UHF communication. A single 2-meter or 70cm repeater typically covers 30 to 75 miles, depending on terrain and antenna height. Linked systems - connecting multiple repeaters via radio links, the Internet, or dedicated lines - can extend coverage across an entire region or state. During Hurricane response operations, linked repeater networks have provided reliable voice circuits across hundreds of miles when HF propagation was unpredictable.
IRLP, EchoLink, and Wires-X in Emergency Scenarios
Internet-linked amateur radio systems such as IRLP (Internet Radio Linking Project), EchoLink, and Yaesu's Wires-X allow repeaters and hotspots to be connected
