When All Else Fails — Ham Radio as Your Lifeline in Wartime & National Emergencies

When All Else Fails — Ham Radio as Your Lifeline in Wartime & National Emergencies

Posted by VE1AC | March 2, 2026

When All Else Fails — Ham Radio as Your Lifeline in Wartime & National Emergencies

🚨 Your Radio May Be the Last Line of Communication When Everything Else Goes Dark

7.200 ⚔ EMERGENCY COMMUNICATIONS ⚔ WHEN ALL ELSE FAILS — AMATEUR RADIO STANDS READY SOS !

The world changed. In the spring of 2024, the skies over the Middle East lit up with ballistic missiles and drone swarms as Iran launched its largest-ever direct attack on Israel. Within minutes, cell towers were overwhelmed. Internet slowed to a crawl. Government hotlines were jammed. But in basements and rooftops across the region, amateur radio operators were already on the air, relaying critical information when every other system buckled.

This wasn't hypothetical — it happened. And it could happen anywhere. Whether you live in North America, Europe, Asia, or the Middle East, the question isn't if a major disruption will occur — it's when. And when it does, amateur radio may be the only communication system still standing.

"When all else fails, amateur radio works." — The motto of the Amateur Radio Emergency Service (ARES), and it has been proven true in every major disaster of the last century.

šŸŒ Why Ham Radio Matters in Wartime — Lessons from Real Conflicts

Modern warfare doesn't just target armies — it targets infrastructure. Cell towers, fiber optic cables, power grids, internet exchange points, and satellite uplinks are all high-priority targets in any modern military conflict. Here's what we've learned from recent events:

šŸ‡®šŸ‡·šŸ‡®šŸ‡± Iran-Israel Conflict (April 2024)

When Iran launched over 300 drones and missiles at Israel on April 13, 2024, the country's civilian communication infrastructure was pushed to its absolute limits. Cell networks experienced massive congestion as millions of people tried to call loved ones simultaneously. Israeli ham radio operators activated emergency nets on 40m and 2m bands, providing real-time situational awareness to civil defense organizations.

  • Cell networks were overloaded within minutes of the first air raid sirens
  • WhatsApp and Telegram experienced severe delays due to bandwidth saturation
  • Amateur radio operators on 7.100 MHz and 145.500 MHz provided continuous updates
  • HF radio was unaffected by local infrastructure damage — signals bounced off the ionosphere

šŸ‡ŗšŸ‡¦ Ukraine-Russia War (2022–Present)

Ukrainian ham operators became critical information relays when cell towers were deliberately destroyed by Russian strikes. In cities like Mariupol and Kherson, amateur radio was sometimes the only way to communicate with the outside world. Operators used HF bands to relay humanitarian information across borders when all internet and phone service was destroyed.

  • Russian forces specifically targeted cell towers and internet infrastructure
  • Starlink satellites filled some gaps, but weren't available everywhere
  • Ham operators on 80m, 40m, and 20m bands relayed casualty reports and supply requests
  • VHF/UHF simplex was used for local tactical communication between neighborhoods

šŸ‡ŗšŸ‡ø Continental United States — The "What If" Scenario

Imagine a large-scale cyberattack takes down the US power grid in a coordinated strike. No electricity means no cell towers (most have only 4–8 hours of battery backup). No internet. No landlines. FEMA estimates that in a prolonged grid-down scenario, amateur radio would become the primary civilian communication backbone within 48 hours.

  • Over 750,000 licensed amateur radio operators in the US alone
  • ARES and RACES networks exist in every state, ready to activate
  • Many ham operators have solar panels, generators, and battery backup systems
  • HF radio can reach across continents without any infrastructure whatsoever

šŸ“» Emergency Frequencies Every Ham MUST Know

In an emergency — especially wartime — knowing exactly where to tune is the difference between being connected and being in the dark. These frequencies are internationally recognized calling and emergency frequencies. Memorize them. Program them into every radio you own. Write them on a card and tape it to your radio.

🚨 CRITICAL: In a declared emergency (FCC Part 97.401–97.407), normal amateur radio rules are relaxed. You may use any frequency and any mode necessary to establish communication for the immediate safety of human life and protection of property. This includes communicating with non-amateur stations if needed. Save lives first — worry about regulations later.

šŸ”“ HF (High Frequency) — Long-Distance Emergency Frequencies

HF radio is your lifeline for long-distance communication — it can reach hundreds or thousands of miles by bouncing signals off the ionosphere (skywave propagation). No cell towers, no internet, no satellites required.

Frequency (MHz) Band Mode Purpose
3.860 75 meters SSB (LSB) Eastern US/Canada regional emergency net — best at night
3.985 75 meters SSB (LSB) International Assistance & Traffic Net
5.357 60 meters USB FEMA/SHARES interoperability channel (channelized, 100W max)
7.185 40 meters SSB (LSB) IARU Region 2 emergency center of activity
7.240 40 meters SSB (LSB) North American emergency/traffic — reliable day & night
7.290 40 meters SSB (LSB) Alternate emergency calling frequency
14.300 20 meters SSB (USB) International emergency/maritime — intercontinental daytime
14.313 20 meters SSB (USB) Alternate international emergency calling
18.160 17 meters SSB (USB) International disaster relief operations
21.360 15 meters SSB (USB) Intercontinental emergency — best during solar maximum
šŸ’” Pro Tip — Band Selection by Time of Day:
Nighttime (local): 80m (3.5 MHz) and 40m (7 MHz) — signals travel 500–2,000 miles via skywave
Daytime (local): 20m (14 MHz) and 17m (18 MHz) — signals travel 1,000–10,000+ miles
24/7 Reliable: 40m (7 MHz) — the "workhorse" emergency band, works day and night
Local/Regional: 60m (5 MHz) — shared with government, channelized, excellent for medium distances

🟔 VHF/UHF — Local & Regional Emergency Frequencies

VHF and UHF are your local communication backbone — perfect for city-wide, county-wide, and regional coordination. These are line-of-sight frequencies (typically 5–50 miles depending on terrain and antenna height).

Frequency (MHz) Band Mode Purpose
146.520 2 meters FM Simplex National calling frequency — THE frequency everyone monitors first
146.550 2 meters FM Simplex Secondary simplex — overflow from .520
147.420 2 meters FM Simplex Simplex emergency coordination
145.010 2 meters Packet/Digital Winlink/APRS emergency digital messaging
144.390 2 meters APRS Automatic Packet Reporting System — position & status
446.000 70 cm FM Simplex UHF national calling frequency
446.100 70 cm FM Simplex UHF simplex emergency alternate
462.5625 GMRS Ch 1 FM GMRS emergency — family/neighborhood coordination
āš ļø Repeaters vs. Simplex: In wartime, do NOT rely solely on repeaters. Repeaters need electricity, antennas, and physical infrastructure — all of which can be destroyed. Always know your local simplex frequencies (radio-to-radio, no repeater needed). Program 146.520 and 446.000 into every radio. These work even when every repeater is down.

šŸ”µ Digital & Data Emergency Modes

System Frequency Purpose
Winlink Multiple HF/VHF Email over radio — send/receive emails with NO internet. Used by FEMA, Red Cross, and ARES/RACES.
JS8Call Multiple HF Keyboard-to-keyboard weak signal chat. Works with incredibly weak signals over thousands of miles.
APRS 144.390 MHz Position reporting, weather data, and short messages via packet radio network.
VARA HF Multiple HF High-speed HF data modem for Winlink — send messages, forms, and even images.
FT8/FT4 Multiple HF Ultra-weak signal mode — confirm you're alive and transmitting with just a few watts.

šŸ›”ļø Rules of Engagement: Emergency Communication Protocols

Emergency communication on amateur radio follows specific protocols. These aren't just suggestions — they're the difference between organized, life-saving communication and chaos. Learn these before you need them.

šŸ”“ MAYDAY (Immediate Danger)

"MAYDAY, MAYDAY, MAYDAY" — Used when there is an immediate threat to life. This is the highest priority. ALL stations must stop transmitting and listen. Example: "MAYDAY MAYDAY MAYDAY, this is [callsign], we have wounded civilians at [location], requesting immediate medical evacuation."

🟔 PAN-PAN (Urgent Situation)

"PAN-PAN, PAN-PAN, PAN-PAN" — Urgent but not immediately life-threatening. Example: "PAN-PAN PAN-PAN PAN-PAN, this is [callsign], we are running low on medical supplies at the evacuation center on Main Street."

🟢 SÉCURITÉ (Safety Info)

"SÉCURITÉ, SÉCURITÉ, SÉCURITÉ" — Safety-related information broadcast. Example: "SÉCURITÉ SÉCURITÉ SÉCURITÉ, this is [callsign], be advised the bridge on Highway 7 has been destroyed."

šŸ“‹ SITREP (Situation Report)

Standardized format: WHO you are, WHERE you are, WHAT happened, CASUALTIES (how many), NEEDS (what you require), HAZARDS present. Keep it structured and brief.

šŸ“œ The 10 Commandments of Emergency Traffic

  1. Listen before you transmit. Spend at least 30 seconds listening on a frequency before keying up. An emergency net may already be active.
  2. Use the minimum power necessary. High power creates interference for others. Start low, increase only if needed.
  3. Keep transmissions SHORT. State your callsign, your message, and stop. No ragchewing during emergencies.
  4. Use plain language. No Q-codes beyond essential ones (QTH = location, QRR = emergency). Avoid jargon that non-hams won't understand — served agencies are listening.
  5. Follow net control. If an emergency net is active, the Net Control Station (NCS) directs all traffic. Wait to be recognized before transmitting.
  6. Identify every transmission. FCC rules still require your callsign. It also helps people know who's providing information.
  7. Never transmit unverified information. Rumors kill. Only pass information you have personally confirmed or received from an official source.
  8. Log everything. Write down times, callsigns, messages, and actions taken. This data is critical for emergency management and may be needed legally.
  9. Maintain operational security (OPSEC). In wartime, do NOT broadcast military positions, troop movements, or defensive capabilities. The enemy is listening.
  10. Stay calm. Your voice sets the tone. If you panic, everyone panics. Speak slowly, clearly, and with confidence.

āš–ļø Legal Framework: What Rules Apply During Emergencies?

Many operators worry about breaking FCC rules during a real emergency. Here's the truth — the rules specifically anticipate this scenario and provide clear authority to act.

šŸ“˜ FCC Part 97.401 — Operation During a Disaster:
“No provision of these rules prevents the use by an amateur station of any means of radiocommunication at its disposal to provide essential communication needs in connection with the immediate safety of human life and immediate protection of property when normal communication systems are not functioning.”
šŸ“˜ FCC Part 97.403 — Safety of Life and Protection of Property:
“No provision of these rules prevents the use by an amateur station in distress of any means at its disposal to attract attention, make known its condition and location, and obtain assistance.
šŸ“˜ FCC Part 97.405 — Station in Distress:
“No provision of these rules prevents the use by a station, not in distress, of any means of radiocommunication at its disposal to assist a station in distress.

What this means in practice:

  • You can transmit on any amateur frequency regardless of your license class
  • A Technician can use HF bands if needed to save lives
  • You can communicate with non-amateur stations (Coast Guard, military, EMS)
  • You can exceed normal power limits if necessary
  • You can use otherwise prohibited modes or encryption IF needed for safety
  • These powers activate automatically — no one needs to "declare" an emergency for you
āš ļø Canadian Operators (RAC/ISED): Similar provisions exist under Canada's Radiocommunication Act. Section 47(1) allows the use of radio apparatus to make distress signals. RAC-ARES groups coordinate with provincial emergency management. In a declared emergency, Innovation, Science and Economic Development Canada (ISED) can authorize expanded amateur radio privileges.

šŸŽ’ Your Emergency Go-Kit: What Every Ham Needs Ready

When disaster strikes, you don't have time to dig through your shack looking for cables. Your emergency radio go-kit should be packed, tested, and ready to grab at a moment's notice.

šŸ“» Essential Radios

  • HT (HF/VHF/UHF handheld) — e.g., Yaesu FT-60R, BaoFeng UV-5R
  • HF QRP transceiver — e.g., Yaesu FT-891, IC-705, or Xiegu G90
  • Spare HT as backup
  • Scanner/receiver for broadcast monitoring

šŸ”‹ Power Sources

  • Rechargeable battery packs (at least 3 sets)
  • Portable solar panel (50W+ foldable)
  • 12V LiFePO4 battery (20Ah+)
  • AA/AAA battery adapter for HTs
  • 12V car adapter cable
  • Hand-crank emergency charger

šŸ“” Antennas

  • Telescoping whip for HT
  • End-fed half-wave (EFHW) wire antenna for HF
  • Roll-up J-pole for VHF/UHF
  • 50 feet of paracord for hanging wire antennas
  • Antenna adapters (SMA → BNC, SO-239 → BNC)

šŸ–„ļø Digital & Data

  • Laptop/tablet with Winlink Express installed
  • Signalink or Digirig USB sound card interface
  • JS8Call and VARA HF software pre-installed
  • USB cables and adapters
  • Printed Winlink gateway list (you won't have internet to look it up)

šŸ“‹ Documentation & Supplies

  • Laminated frequency card with all emergency frequencies
  • Copy of your amateur radio license
  • ICS-213 message forms (printed)
  • Waterproof notebook and pencils
  • Local repeater directory (printed)
  • Maps of your area (paper — GPS may not work)
  • Headlamp with extra batteries
🚨 Go-Kit Rule #1: Test your go-kit every 3 months. Charge all batteries, verify all cables work, update software, and practice setting up your portable HF station in under 10 minutes. A go-kit that hasn't been tested is a go-kit that won't work when you need it most.

šŸ›ļø ARES, RACES & AUXCOMM — The Organized Response

Individual operators are valuable. But organized operators are force multipliers. These are the three major emergency communication organizations you should know and consider joining:

🟢 ARES (Amateur Radio Emergency Service)

Run by the ARRL. Volunteer-based. Provides communication support to served agencies (Red Cross, hospitals, shelters, etc.) during disasters. You don't need to be an ARRL member to join. Over 25,000 registered volunteers across the US.

  • Contact your local ARES Emergency Coordinator
  • Attend weekly/monthly nets and training
  • Complete FEMA ICS-100, ICS-200, and IS-700 online courses (free)

šŸ”µ RACES (Radio Amateur Civil Emergency Service)

Government-affiliated. Operates under local emergency management agencies. Activated by civil authorities. Provides communication specifically for civil defense purposes. Members are pre-registered with local government.

  • Must be registered with your county/city Emergency Management Agency
  • Operates under government authority when activated
  • May have access to government frequencies during declared emergencies
šŸ’” AUXCOMM (Auxiliary Communications): A DHS/FEMA program that trains and credentials amateur radio operators to serve alongside professional emergency communicators. AUXCOMM-trained operators are recognized by FEMA and can be deployed to emergency operations centers. This is the "professionalizing" of emergency ham radio — and it's worth pursuing if you're serious about emergency communication.

🧠 Essential Behaviors & Mindset for Wartime Communication

Having equipment and knowing frequencies is only half the battle. Your behavior and mindset under pressure will determine whether you help or hinder the emergency response.

šŸ”’ Operational Security (OPSEC)

The enemy is listening. In any conflict scenario, hostile forces actively monitor amateur radio frequencies. Never broadcast:

  • Military unit positions or movements
  • Location of defensive installations
  • Number of casualties at specific military sites
  • Supply routes or schedules
  • Government VIP locations or travel plans

DO broadcast: civilian evacuation info, shelter locations, medical needs, water/food availability, and road conditions.

🧘 Emotional Discipline

During a crisis, the airwaves will be chaotic. People will be scared, angry, and desperate. As a trained amateur radio operator, you are a force of calm.

  • Speak slowly and clearly — 60 words per minute max
  • Use a calm, steady voice — never yell
  • Repeat critical information twice
  • Acknowledge messages: "Copy" or "Roger"
  • If you feel overwhelmed, hand off to another operator
  • Take breaks — fatigue leads to errors

šŸ“ Message Handling Discipline

Use the ICS-213 General Message Form format for all formal traffic:

  1. TO: (recipient agency/person)
  2. FROM: (originating agency/person + callsign)
  3. SUBJECT: (brief description)
  4. DATE/TIME: (use UTC/Zulu)
  5. MESSAGE: (clear, concise, factual)
  6. PRIORITY: (Routine / Priority / Immediate / Flash)

šŸ”„ Shift Operations

Emergency communication is a marathon, not a sprint. In a wartime scenario, you may need to operate for days or weeks.

  • Operate in 4-hour shifts maximum
  • Brief your replacement thoroughly
  • Maintain a written log of all traffic
  • Keep a status board visible at all times
  • Stock food, water, and medications at your station
  • Have a plan for your family — you can't help others if your family isn't safe

šŸ—ŗļø Propagation: Understanding How Your Signal Travels

In an emergency, understanding radio propagation isn't academic — it's survival knowledge. Here's a quick guide to which bands work when:

IONOSPHERE (F2 Layer ~300km) VHF/UHF Ground Wave (line of sight) HF Skywave (bounces off ionosphere) NVIS PROPAGATION MODES HF Skywave (500-10,000mi) NVIS (0-400mi, 40m/80m) VHF/UHF Line-of-Sight
šŸ’” NVIS — The Secret Weapon for Regional Emergency Comms:
Near Vertical Incidence Skywave (NVIS) is a technique where you aim your HF signal straight up at the ionosphere, and it comes back down covering everything within a 0–400 mile radius — filling in the "skip zone" that normal HF misses. Use 40m (7 MHz) during the day and 80m (3.5 MHz) at night with a horizontal dipole antenna mounted low (under 25 feet). This is the technique used by military and emergency communicators worldwide for reliable regional coverage.

🌐 International Emergency Communication — Crossing Borders

Wartime emergencies don't respect borders. Here are the key international frequencies and organizations:

Organization Primary Freq Region Notes
IARU Region 1 3.760, 7.060, 14.300 MHz Europe, Africa, Middle East IARU Emergency Centre of Activity frequencies
IARU Region 2 3.985, 7.185, 14.300 MHz Americas Regional emergency nets, 14.300 global
IARU Region 3 3.600, 7.110, 14.300 MHz Asia-Pacific Coordinates with national societies
Maritime Mobile Net 14.300 MHz Global Continuous operation, 24/7 monitoring
Salvation Army (SATERN) 14.265 MHz Global Disaster welfare traffic
Hurricane Watch Net 14.325 MHz Atlantic/Gulf Active during tropical weather events
VOIP Hurricane Net 14.265 MHz Atlantic/Gulf Works with NWS and FEMA

⚔ Wartime Scenarios: What to Do When...

šŸ’„ Scenario 1: Air Raid / Missile Attack

Immediate actions:

  1. Get to shelter FIRST — your life takes priority over radio operations
  2. Once safe, power on your HT and monitor 146.520 MHz
  3. If you have HF capability, monitor 7.240 MHz (North America) or your regional emergency frequency
  4. Report ONLY what you can personally see/hear: "This is [callsign], I heard/saw [what] at approximately [time] in [general area]"
  5. Do NOT broadcast specific impact locations — this is intelligence that can be used for targeting adjustments
  6. Listen for the local ARES/RACES net to activate — follow net control instructions
  7. If you are a trained Skywarn observer, report weather-related effects (fires, chemical plumes) to the NWS

šŸ”Œ Scenario 2: Extended Power Grid Failure (Grid Down)

Hour 0-4: Monitor local repeaters while they still have battery backup. Switch to 146.520 simplex when repeaters go silent.
Hour 4-24: Activate your solar/battery station. Establish contact with nearby operators on 2m simplex. Begin welfare check-ins on a regular schedule (every 2 hours).
Hour 24-72: Move to HF for regional/national information. Monitor 7.240 MHz continuously. Establish a neighborhood information relay — you receive info on HF, relay locally on VHF.
Day 3+: You are now a critical communication node. Establish daily schedules (skeds) with operators in neighboring areas. Use Winlink for formal message traffic to authorities.

šŸ“± Scenario 3: Communications Blackout (Internet + Cell Down)

When EVERYTHING is down — no internet, no cell, no landlines — here's the ham radio protocol:

  1. Activate your go-kit. Set up HF and VHF stations.
  2. On VHF: Begin calling on 146.520 — "CQ EMERGENCY, CQ EMERGENCY, this is [callsign], monitoring for emergency traffic"
  3. On HF: Call on 7.240 MHz — connect with the national emergency net to report your area's status
  4. Use Winlink to send email messages to family members and emergency contacts (their email still works on the receiving end even if your local internet is down)
  5. Listen on AM broadcast radio (540-1700 kHz) for official government Emergency Alert System (EAS) broadcasts
  6. If you can reach other hams, establish a relay chain to pass messages to areas with working infrastructure

šŸ“Š By the Numbers: Why Amateur Radio is Critical Infrastructure

750K+ Licensed US Hams
3M+ Licensed Worldwide
25K+ ARES Volunteers
100% Infrastructure-Free
12,000+ Miles HF Range
0 Internet Required
0 Cell Towers Needed
$0 Monthly Service Fee

šŸ”§ Setting Up Your Emergency Station — A Practical Guide

Option 1: Minimum Viable Emergency Station (~$100)

  • BaoFeng UV-5R ($25) — VHF/UHF handheld
  • Nagoya NA-771 antenna ($10) — upgraded whip, doubles your range
  • Extra batteries ($15) — at least 2 spare battery packs
  • Programming cable + CHIRP software ($10) — pre-program all emergency frequencies
  • Roll-up J-pole antenna ($25) — hang from a tree, dramatically improves performance
  • Waterproof bag ($10) — protect your gear

Range: 5-15 miles local (VHF/UHF simplex)

Option 2: Full Emergency Station (~$800-$1,500)

  • Yaesu FT-891 or Xiegu G90 ($500-650) — compact HF transceiver, 20W-100W
  • Yaesu FT-60R or FT-65R ($80-120) — rugged VHF/UHF HT
  • Bioenno LiFePO4 12V 20Ah battery ($200) — 12+ hours of operation
  • 50W foldable solar panel ($80) — indefinite power
  • End-Fed Half-Wave antenna kit ($70) — covers 80m through 10m HF
  • Digirig Mobile ($50) — digital modes interface
  • Small tablet/laptop with Winlink, JS8Call, VARA HF pre-installed

Range: Worldwide on HF + 5-50 miles local VHF/UHF


šŸ“… Training: Be Ready BEFORE the Emergency

The absolute worst time to learn emergency communication is during an emergency. Train now. Practice regularly. Build the muscle memory before you need it.

šŸ“š Required FEMA Courses (Free Online)

  • IS-100.c — Introduction to ICS
  • IS-200.c — Basic ICS for Initial Response
  • IS-700.b — NIMS Introduction
  • IS-800.d — National Response Framework
  • EC-001 — ARRL Emergency Communications Course (Level 1)

These courses are free at training.fema.gov and take about 3 hours each.

šŸ—“ļø Regular Practice Activities

  • Weekly ARES/RACES nets — Check in every week without fail
  • Simulated Emergency Tests (SET) — ARRL runs these annually in October
  • Field Day — The ultimate emergency preparedness exercise, every June
  • Winlink Wednesday — Practice sending Winlink messages weekly
  • SKYWARN training — Weather spotting from NWS (annual)
  • Monthly go-kit deployment — Set up your portable station in the field

šŸ’­ Final Thoughts: Your Responsibility as a Licensed Operator

You hold an amateur radio license — a privilege granted by your government that gives you access to radio spectrum that most people don't even know exists. With that privilege comes responsibility.

In a world where we've become completely dependent on cell phones, the internet, and social media for communication, it's easy to forget that all of those systems are fragile. They require electricity, infrastructure, and stability to function. When those things disappear — and history shows they will — amateur radio is the last technology standing.

You don't need to be a prepper or a survivalist to take emergency communication seriously. You just need to be a responsible amateur radio operator who:

  • Knows the emergency frequencies by heart
  • Has a go-kit packed and tested
  • Participates in local ARES/RACES nets
  • Has completed basic FEMA ICS training
  • Practices regularly — not just during contests
  • Has a family communication plan
  • Can set up an HF station in the field in under 15 minutes
  • Understands that saving lives is always more important than following rules
"The amateur radio operator who is prepared for an emergency is the one who makes the difference between order and chaos, between hope and despair, between life and death." — Unknown

Get Licensed. Get Trained. Get Ready.

Don't wait for the sirens to start. HamRadioList.com offers AI-powered exam prep for both FCC and ISED licenses, a complete QSO logging system to practice your skills, and a community of operators who take emergency preparedness seriously.

Join HamRadioList.com — It's Free 🚨

šŸ“‹ Quick Reference Card — Print This & Tape It to Your Radio

🚨 EMERGENCY FREQUENCY QUICK REFERENCE 🚨 HF EMERGENCY FREQUENCIES 3.860 MHz LSB — 75m Regional Emergency 5.357 MHz USB — 60m FEMA/SHARES 7.240 MHz LSB — 40m PRIMARY EMERGENCY NET 14.300 MHz USB — 20m International Emergency 14.265 MHz USB — SATERN Disaster Relief VHF / UHF EMERGENCY FREQUENCIES 146.520 MHz FM — 2m NATIONAL CALLING 146.550 MHz FM — 2m Secondary Simplex 144.390 MHz — APRS Position/Status 446.000 MHz FM — UHF NATIONAL CALLING EMERGENCY PROTOCOLS MAYDAY x3 = Immediate danger to life PAN-PAN x3 = Urgent but not life-threatening SÉCURITÉ x3 = Safety information broadcast SITREP: WHO / WHERE / WHAT / CASUALTIES / NEEDS / HAZARDS FCC Part 97.401: In emergencies, use ANY frequency/mode needed to save lives. Listen first. Keep it short. Stay calm. Log everything. HamRadioList.com — When All Else Fails

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