Communications Plan

When a regional event hits, communications usually fail in layers, not all at once. Text messages may lag for hours. Voice calls may not connect. Home internet can disappear with the power.

Local overload often makes it easier to reach someone 500 miles away than someone 5 miles away. A good communications plan accepts that reality and gives your household or neighborhood a sequence to follow instead of hoping people improvise under stress.

Your plan should answer seven questions before the outage starts:

What tools do we have?
Who do we contact first?
What channel or frequency do we use?
When do we listen and transmit?
Where do we meet if radio and phones both fail?
How do we leave a message that others can understand?
How do we keep the system powered for at least 72 hours?

The simplest reliable flow is: inventory, groups, frequencies, schedules, rally points, protocols, distribution, and practice. That sequence works for a two-person household and for a neighborhood net.

Build a layered system, not a single solution

Every household should have at least three communication layers.

Layer 1: commercial networks

Use these first because they are fast and familiar.

Cell calls and SMS
Signal or other messaging apps
Email
Wi-Fi calling

These are convenient, but they depend on towers, backhaul, power, and congestion control. They are your primary layer, not your only layer.

Layer 2: local radio without towers

This is your main outage layer.

General Mobile Radio Service (GMRS) radios for household and neighborhood traffic
Ham radio for licensed operators, repeaters, and volunteer emergency nets
National Oceanic and Atmospheric Administration (NOAA) weather radio receivers for warnings and public alerts

Current consumer price bands are practical enough for most households:

Basic NOAA/weather-band pocket radios: about $16-25 USD
Tabletop NOAA alert radios: about $40-50 USD
Hand-crank or rechargeable emergency weather radios: about $18-100 USD
Consumer GMRS handhelds: about $30-100 USD for an entry-level 2-pack
GMRS mobile radios for vehicles or fixed posts: about $200-440 USD

Layer 3: no-infrastructure fallback

This is what you use when batteries are low, radios are damaged, or people miss the net.

Printed contact cards
Written message drops
Rally points
Runners on foot or bicycle
Prearranged visual signals

Optional Layer 4: regional or wide-area backup

If your budget allows, add a satellite communicator for evacuation, backcountry travel, or regional disasters.

Garmin inReach Messenger: about $300 USD
Garmin inReach Mini 2: about $350 USD
ZOLEO satellite communicator: about $149 USD
Garmin monthly enabled plans: starting around $7.99 USD per month

See satellite communications for device-specific tradeoffs.

Field note

If you only buy one radio tool, buy one that solves a real job in your plan. A $90 pair of GMRS handhelds that your family actually uses is more valuable than a $350 satellite device nobody trains with.

Inventory every tool and power source

Do not start with channels. Start with the actual equipment in your group.

Record these details for each device:

Device type and model
Owner
Normal storage location
Charger type: USB-C, micro-USB, barrel plug, AA, AAA, 12-volt vehicle, or wall AC
Spare batteries on hand
Programming status
Whether the user knows how to lock keypad, change channel, and disable tones

Include power support, not just the radio. A handheld that dies in 10 hours without a car charger or spare battery is not a 72-hour solution.

Useful minimums:

One charger per radio type
One vehicle charging option per household vehicle
One labeled spare battery pack or AA/AAA reserve set per radio
One printed frequency card per operator

If a handheld is roughly 6-8 inches long with the stock antenna, or about 15-20 cm, it still needs a place in the kit where the antenna will not be bent or snapped. Protect the tool you are depending on.

Define the people structure before the emergency

Most comms failures are human failures, not RF failures. People do not know who should call whom, who listens first, or who is allowed to pass group-wide instructions.

Set three levels.

Household group

Everyone in the home should know:

Primary and backup channel
Check-in times
Local and community rally points
Out-of-area relay number

Extended network

This is family, close friends, and trusted neighbors who may share information or resources but do not need every internal household detail.

They should know:

How to reach your net control
Your scheduled check-in windows
Your fallback rally point

Neighborhood net

This is where structure matters.

Assign:

Net control: opens check-ins, keeps order, summarizes traffic
Backup net control: takes over if primary is absent
Out-of-area relay: a contact far enough away to avoid the same local outage
Block captains or zone leads if you cover multiple streets or buildings

ARES guidance is useful here: licensed amateur operators provide the most value when they train before the incident and fit into an existing local structure instead of freelancing during it. If your area has ARES, CERT, RACES, or county volunteer communications programs, your local plan should plug into them rather than compete with them.

Write exact channels and frequencies

Never write only "walkie-talkie channel 1" unless everyone owns the same radio and has already tested it. Write the label and the frequency.

GMRS and FRS planning

GMRS is regulated by the FCC and uses channels in the 462 MHz and 467 MHz ranges. The FCC currently issues GMRS licenses for 10 years. For most families, GMRS is the best local preparedness radio because it is simpler than amateur radio while still giving better flexibility than relying on phones alone.

At minimum, your plan card should list:

Use	Label	Frequency	Tone
Primary local	Ch 1	462.5625 MHz	Off or exact code
Backup local	Ch 3	462.6125 MHz	Off or exact code
Tertiary	Ch 7	462.7125 MHz	Off or exact code
Neighborhood emergency traffic	Ch 15	462.5500 MHz	Off unless coordinated

Those are examples, not universal law. The key is to standardize your own plan and print it.

Privacy codes do not provide privacy

CTCSS and DCS tones only filter what you hear. They do not encrypt your traffic. If one radio is on the right channel but the wrong tone, the group can sound "dead" even when someone is transmitting. Test with tones set to Off unless you have deliberately coordinated a specific code.

If you use a GMRS repeater, record all four pieces of information:

Repeater name or location
Output frequency
Input or repeater access settings
Required tone

Ham radio planning

If you have licensed operators, add:

Local 2-meter repeater
Local 70-centimeter repeater
National 2-meter simplex calling frequency: 146.520 MHz
Local emergency net or ARES frequency

Do not build a neighborhood plan that depends entirely on ham operators unless you know who is licensed, trained, and likely to be present.

NOAA weather monitoring

NOAA Weather Radio All Hazards operates continuously and broadcasts watches, warnings, forecasts, and public-safety information 24 hours a day. NOAA states the network includes more than 1,000 transmitters and covers all 50 states, adjacent coastal waters, Puerto Rico, the U.S. Virgin Islands, and U.S. Pacific territories.

NOAA weather radio uses seven VHF frequencies:

162.400 MHz
162.425 MHz
162.450 MHz
162.475 MHz
162.500 MHz
162.525 MHz
162.550 MHz

Find your local station in advance and write it on the plan. Do not wait until severe weather starts.

Set a battery-saving schedule

Continuous monitoring sounds smart until everyone burns down their batteries by the first night. Scheduled listening windows are better.

Use one schedule for each phase.

Phase	Suggested schedule	Goal
Normal operations	Weekly, same day and time	Practice and equipment checks
Elevated risk	Every 6 hours	Confirm readiness before impact
Active incident	Every 2 hours, plus urgent traffic as needed	Status, safety, resource coordination
Recovery	Morning and evening	Reduce battery load while maintaining accountability

For small households, 8:00 AM and 6:00 PM works well because people can remember it under stress. For neighborhoods, pick windows that support shift workers and families with children.

Net control should use a fixed report format:

Call sign or name
Location
Status: OK, limited, urgent
Need or offer
Next movement, if any

Example:

Miller house, Oak and 3rd. OK. One adult, two kids, staying in place.
Need insulin pickup by tomorrow. Monitoring again at 1800.

That is faster and more useful than open-ended conversation.

Establish rally points and message-drop rules

When no one answers, people need somewhere to go and something to do next.

Set three rally points.

Local rally point

Within walking distance, ideally less than 1 mile or 1.6 km for children, older adults, or injured people.

Community rally point

A sturdier location outside the immediate block: school, church, community center, fire station area, or another landmark that can survive route disruptions.

Regional rally point

A destination outside the incident area for evacuation or long-duration disruption.

For each point, print:

Exact address
Two approach routes
What to do if nobody is there
How long to wait before moving to the next point
Where to leave a written note

A simple message drop standard prevents chaos:

FROM:
TO:
TIME/DATE:
WENT TO:
PEOPLE WITH ME:
NEEDS:
NEXT CHECK-IN:

Leave identical cards in every household binder and glove box.

Practical household card

IF PHONES FAIL: Primary channel: GMRS Ch 1 / 462.5625 MHz Backup channel: GMRS Ch 3 / 462.6125 MHz Check-ins: 0800 and 1800 Local rally point: Oak Park pavilion Community rally point: Lincoln High School gym parking lot Regional relay: Sarah Gomez, Boise, 208-555-0174

Use plain message rules instead of clever code words

Many groups overcomplicate this part. Simple beats clever.

Use short status words:

OK: safe, stable, no action needed
Limited: not life-threatening, but needs support soon
Urgent: immediate safety or medical issue
Moving: leaving current location
Dark: conserving battery, returning at next check-in

If you want extra shorthand, keep it obvious and limited. Avoid dramatic "secret code" culture. In real incidents, people forget fancy systems.

Use priority numbers for radio traffic:

Priority 1: life-threatening emergency
Priority 2: time-sensitive logistics or medical support
Priority 3: routine updates

If you operate a neighborhood net, net control should maintain a written traffic log with time, sender, receiver, and action taken. This matters when multiple requests start stacking up.

Distribute the plan in physical form

The final plan should exist in at least four places:

Household emergency binder
Vehicle glove box
Each go-bag
Wallet card or folded card for each family member old enough to carry one

Digital copies are fine, but they are secondary. The printed version is the real version.

Include on the one-page summary:

Contacts
Channels and frequencies
NOAA station frequency
Check-in schedule
Rally points
Battery and charger notes
Message-drop format

Pair this page with your mutual aid plan, your skills inventory, and your neighborhood security planning so communications supports actual decisions instead of floating by itself.

Practice before you need it

The minimum useful practice cycle is:

Monthly radio check
Quarterly neighborhood or family drill
Annual no-phone day or tabletop exercise

Monthly radio check:

Confirm every radio powers on
Confirm battery and charger location
Confirm everyone can hear and transmit on primary and backup channel
Confirm tones match
Confirm one person can monitor NOAA

Quarterly drill:

Simulate no cell service for one check-in window
Pass one logistics message and one urgent message
Move one person to the local rally point
Log how long it took the group to account for everyone

Annual review:

Replace damaged cards
Update contacts
Remove dead repeaters or stale channels
Re-brief new household members and neighbors

Field note

The most common comms-plan failure is not range. It is stale information. A dead phone number, changed custody schedule, new roommate, or missing charger will break the system faster than weak signal strength.

Neighborhood scaling rules

For 20-100 households, add structure early.

Divide the area by block, building, or zone
Assign a lead and backup per zone
Use one main net and one overflow or logistics channel if equipment allows
Keep a paper roster with high-risk residents, mobility limits, and special medical dependencies when your group has consent and a secure way to manage that information

If you have licensed amateurs in the group, use them to bridge outward to ARES, emergency management, shelters, or regional information sources. If you do not, your plan can still work locally with GMRS, NOAA monitoring, runners, and rally points.

Communications plan template

COMMUNICATIONS PLAN - LAST UPDATED: ___________

HOUSEHOLD / GROUP NAME: ______________________

CONTACTS
  Net control: _______________________________
  Backup net control: ________________________
  Out-of-area relay: _________________________
  Local emergency management / CERT: _________

PRIMARY TOOLS
  Phones / apps: _____________________________
  GMRS radio model(s): _______________________
  NOAA radio location: _______________________
  Satellite device, if any: __________________

CHANNELS / FREQUENCIES
  Primary: __________________________________
  Secondary: ________________________________
  Tertiary: _________________________________
  Repeater: _________________________________
  NOAA station: _____________________________

CHECK-IN TIMES
  Normal: ___________________________________
  Elevated risk: _____________________________
  Active incident: ___________________________
  Recovery: _________________________________

RALLY POINTS
  Local: ____________________________________
  Community: ________________________________
  Regional: _________________________________

MESSAGE STATUS WORDS
  OK / LIMITED / URGENT / MOVING / DARK

POWER
  Charger type(s): ___________________________
  Spare batteries stored at: _________________
  Vehicle charging option: ___________________

14-day implementation checklist

A working communications plan turns isolated households into a coordinated system. Combined with weather monitoring, GMRS planning, and mutual aid organization, it gives your group a way to move information even when normal infrastructure stops cooperating.