The Packet BBS System: Store-and-Forward Excellence
At the heart of packet’s appeal is the Packet Bulletin Board System (BBS). These automated systems act as digital mailboxes and information hubs on the airwaves. The beauty of this system is that you don’t have to be constantly listening to a radio. You login in to your local BBS, read your messages and various bulletins such as from the ARRL, DX bulletins, and daily US situation reports.
Popular software like BPQMail supports robust forwarding, routing, and even internet gateways (AX/IP) for hybrid links while keeping core operations RF-only. Networks like those in here in Ohio maintain multiple BBS nodes with dedicated backbone frequencies, ensuring reliable traffic flow. For users, it’s simple: Connect, list messages with “L”, read with “R”, and post bulletins addressed to “ALL” or specific regions. Autoforwarding means your traffic reaches distant operators efficiently, even across sparse areas.
Grid-Down Emergency Communications: Packet’s True Strength
In a true grid-down scenario—where commercial power, cell towers, and internet fail—packet radio excels because it requires minimal infrastructure. A battery-powered radio, simple antenna, and laptop or Raspberry Pi can keep data flowing. BBS autoforwarding allows health-and-welfare traffic, situation reports, and resource requests to move methodically across regions. Unlike voice nets that rely on human operators 24/7, packet BBS systems store and forward automatically.
Integration with Winlink and APRS: Many use packet for Winlink gateways (RMS Packet), sending formatted emails or forms. APRS adds real-time position tracking and short messages, ideal for coordinating teams.
Low Power, Local/Regional Focus: VHF/UHF packet works well with modest power and omnidirectional antennas. In extended outages, it supports ARES/RACES operations for damage assessments, supply logistics, and family check-ins without depending on vulnerable infrastructure.
During events like hurricanes, packet and related digital modes have relayed critical info when traditional systems were overloaded or destroyed. Its store-and-forward nature means messages persist even if paths are temporarily unavailable.
Getting Started Today:
Hardware/Software: Start with DireWolf (software TNC) and a sound card interface. BPQ32 is excellent for running your own node or BBS.
Frequencies: Check local 2m/1.25m/70cm packet channels. Common BBS freqs include 145.010 MHz. For Ohio, go to OhioPacket.org.
Practice: Connect to active BBS systems, experiment with forwarding, and participate in drills.
Community: Join packet-focused groups or your local ARES team. Resources like The Modern Ham and established networks provide guides.
Packet radio isn’t competing with shiny new modes—it’s complementing them. In an era of increasing emphasis on emergency preparedness and self-reliance, its ability to create decentralized, automated data networks is more relevant than ever.
Dust off that old TNC or fire up DireWolf. The packet network is alive, growing, and ready for the next generation of operators. Whether passing bulletins across your state or preparing for the unthinkable, packet delivers reliable digital comms when it matters most.
73 and happy packeting!
— Mike WB8ERj
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