Communications to the EOC via Amateur Radio: Difference between revisions
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a. In the event mobile phone service is disrupted, NET AROs can attempt to communicate with the | a. In the event mobile phone service is disrupted, NET AROs can attempt to communicate with the Emergency Operations Center (EOC) via the VHF Amateur Radio system. Optimally, every team will have an Amateur Radio Operator and a backup operator in case the primary ARO is not available.In an emergency deployment, an ARO using VHF radio must accomplish three goals: | ||
* First, the ARO must be able to communicate with the Incident Team Leader. The first assignment of every NET ARO is to support the Incident Team Leader and take direction from that person. | * First, the ARO must be able to communicate with the Incident Team Leader. The first assignment of every NET ARO is to support the Incident Team Leader and take direction from that person. | ||
* Second, the ARO must have a means to | * Second, the ARO must have a means to a subnet control who is in touch with the EOC radio room. | ||
* Third, the ARO must be prepared to relay messages between the Incident Team Leader and the | * Third, the ARO must be prepared to relay messages between the Incident Team Leader and the EOC. | ||
Team Leaders and AROs should work out ahead of time how to accomplish these three goals, to prepare an approach that best suits resources available to the NET, and to include that information in the NET’s Operation Plan. | Team Leaders and AROs should work out ahead of time how to accomplish these three goals, to prepare an approach that best suits resources available to the NET, and to include that information in the NET’s Operation Plan. The common solutions are listed below from most common to least common. | ||
1. In the event of a disaster, the NET ARO deploys to the NET Staging Area with a portable radio and works face to face with the Incident Team Leader, and relays messages with the portable | 1. In the event of a disaster, the NET ARO deploys to the NET Staging Area with a portable radio and works face to face with the Incident Team Leader, and relays messages with the handheld or portable radio equipment (see “Staging Area” in figure below). | ||
2. An ARO has radio equipment at home that is more powerful than any portable amateur radio. Therefore, the ARO plans to shelter in place during a disaster if safe to do so, use FRS/GMRS to communicate with the Incident Team Leader, and relay messages to the | 2. An ARO has radio equipment at home that is more powerful than any portable amateur radio. Therefore, the ARO plans to shelter in place during a disaster if safe to do so, use FRS/GMRS to communicate with the Incident Team Leader, and relay messages to the EOC with the radio equipment located in their home (see “Home” in figure below). | ||
3. In another scenario, the NET ARO deploys to the nearest fire station to use the Fire Station Orange Go-Kit and antenna located there. The ARO reaches the Incident Team Leader via handheld GMRS and relays messages between the NET Staging Area and the | 3. In another scenario, the NET ARO deploys to the nearest fire station to use the Fire Station Orange Go-Kit and antenna located there. The ARO reaches the Incident Team Leader via handheld GMRS and relays messages between the NET Staging Area and the EOC from the fire station (see “Fire Station” in figure below). | ||
Whether an ARO deploys to the NET Staging Area, remains at home with radio equipment, or deploys to the nearest fire station to use the radio kit available is a decision that the ARO and TL must consider in operations planning. Any option that works best for the team is appropriate, so long as the ARO and the TL are in communication with each other (e.g. by FRS radio) | Whether an ARO deploys to the NET Staging Area, remains at home with radio equipment, or deploys to the nearest fire station to use the radio kit available is a decision that the ARO and TL must consider in operations planning. Any option that works best for the team is appropriate, so long as the ARO and the TL are in communication with each other (e.g. by FRS radio). | ||
In all of the above cases the ARO will normally communicate with the EOC via a regional subnet controller. The subnet controllers have radio equipment and a communication path that allows them to use simplex communication with the EOC Radio Room without the use of a repeater. In many cases the subnet controller will use Winlink digital communication to increase the speed and accuracy of communication with the Radio Room.. | |||
[[File:New NET Radio Operator Graphic.png|1000px]] | [[File:New NET Radio Operator Graphic.png|1000px]] | ||
b. The ARO checks in with the Multnomah County Amateur Radio Emergency Service (ARES) Resource Net Controller on the Resource Net MC-2. Checking in with MC-2, the ARO gives his or her FCC call sign and frequency, and waits for acknowledgement from the net control operator. Once recognized, the ARO then provides their name and any other information requested by the net control operator. | |||
c.The ARO then declares that she or he already has an assignment (which is to support the NET). | |||
d. If no contact is possible on the Multnomah County ARES Resource Net (MC-2), AROs should attempt to make contact with a Multnomah County ARES Net Controller via Multnomah Resource Net | |||
Simplex (MC-12). | |||
e. The Resource Net controller or another operator will then provide information about regional subnets and any recent changes to those subnets frequencies. When the subnet controller releases the NET AROs each of them will change to their regional subnet frequency and check in with that subnet. | |||
f. Regular radio traffic and monitoring commences. The EOC radio room may route informational bulletins or request for situation reports to the NET AROs via their regional subnets. The NET AROs may route situation reports and requests to the EOC or replies to previous messages from the EOC. | |||
Latest revision as of 17:22, 20 October 2024
a. In the event mobile phone service is disrupted, NET AROs can attempt to communicate with the Emergency Operations Center (EOC) via the VHF Amateur Radio system. Optimally, every team will have an Amateur Radio Operator and a backup operator in case the primary ARO is not available.In an emergency deployment, an ARO using VHF radio must accomplish three goals:
- First, the ARO must be able to communicate with the Incident Team Leader. The first assignment of every NET ARO is to support the Incident Team Leader and take direction from that person.
- Second, the ARO must have a means to a subnet control who is in touch with the EOC radio room.
- Third, the ARO must be prepared to relay messages between the Incident Team Leader and the EOC.
Team Leaders and AROs should work out ahead of time how to accomplish these three goals, to prepare an approach that best suits resources available to the NET, and to include that information in the NET’s Operation Plan. The common solutions are listed below from most common to least common.
1. In the event of a disaster, the NET ARO deploys to the NET Staging Area with a portable radio and works face to face with the Incident Team Leader, and relays messages with the handheld or portable radio equipment (see “Staging Area” in figure below).
2. An ARO has radio equipment at home that is more powerful than any portable amateur radio. Therefore, the ARO plans to shelter in place during a disaster if safe to do so, use FRS/GMRS to communicate with the Incident Team Leader, and relay messages to the EOC with the radio equipment located in their home (see “Home” in figure below).
3. In another scenario, the NET ARO deploys to the nearest fire station to use the Fire Station Orange Go-Kit and antenna located there. The ARO reaches the Incident Team Leader via handheld GMRS and relays messages between the NET Staging Area and the EOC from the fire station (see “Fire Station” in figure below).
Whether an ARO deploys to the NET Staging Area, remains at home with radio equipment, or deploys to the nearest fire station to use the radio kit available is a decision that the ARO and TL must consider in operations planning. Any option that works best for the team is appropriate, so long as the ARO and the TL are in communication with each other (e.g. by FRS radio).
In all of the above cases the ARO will normally communicate with the EOC via a regional subnet controller. The subnet controllers have radio equipment and a communication path that allows them to use simplex communication with the EOC Radio Room without the use of a repeater. In many cases the subnet controller will use Winlink digital communication to increase the speed and accuracy of communication with the Radio Room..
b. The ARO checks in with the Multnomah County Amateur Radio Emergency Service (ARES) Resource Net Controller on the Resource Net MC-2. Checking in with MC-2, the ARO gives his or her FCC call sign and frequency, and waits for acknowledgement from the net control operator. Once recognized, the ARO then provides their name and any other information requested by the net control operator.
c.The ARO then declares that she or he already has an assignment (which is to support the NET).
d. If no contact is possible on the Multnomah County ARES Resource Net (MC-2), AROs should attempt to make contact with a Multnomah County ARES Net Controller via Multnomah Resource Net Simplex (MC-12).
e. The Resource Net controller or another operator will then provide information about regional subnets and any recent changes to those subnets frequencies. When the subnet controller releases the NET AROs each of them will change to their regional subnet frequency and check in with that subnet.
f. Regular radio traffic and monitoring commences. The EOC radio room may route informational bulletins or request for situation reports to the NET AROs via their regional subnets. The NET AROs may route situation reports and requests to the EOC or replies to previous messages from the EOC.