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Connect Locally:
Somerset and MeshCore

Discover the power of mesh networking in Somerset County. Our platform is dedicated to empowering local residents with information and resources for community connectivity.

Our Mesh Infrastructure

K3MV 7Springs Repeater (91D4)

This REPEATER is located at Seven Springs near Lake Tahoe and is a main hub between Somerset County and the surrounding area.

7Springs Air1 (08ED)

This REPEATER is located at Seven Springs near the airport and is a link between Somerset County and areas West (Pittsburgh, Greensburg, etc.)

Hays Mill (9781)

This REPEATER is located in Hays Mill and is a major backbone to the county infrastructure. We would like to thank Kevin W3KKC, Scott N3XCC for sponsoring us on the tower, and Dave NU3T for climbing. Click here to see the drone footage of Dave in action.

Somerset East (054C)

This REPEATER is located at the Somerset County Technology Center and helps link 7Springs to Somerset and the surrounding area.

Somerset EMA (A800)

This REPEATER is located at the EMA Office in Somerset County and helps link repeaters within Somerset and the surrounding area.

Industrial Park (F100)

This REPEATER is located at the Somerset County Industrial Park and helps link Laurel Mountain to Somerset and the surrounding area.

K3MV Darksky (092A)

This REPEATER overlooks Rockwood and assists connections to the surrounding mesh system.

Somerset South (07CF)

This REPEATER is Located near the Somerset Area High School, it serves the Southwestern side of Somerset and the uptown areas.

K3HM_IndianLake (D300)

This REPEATER is Located on the east side of Indian Lake and serves parts of Rt 160, connecting other area repeaters. Thanks to Don KN3N for hosting this repeater.

More to come as we finish our transition to MeshCore.

Visit meshmapper.net for a complete mesh map of Pennsylvania

Understanding MeshCore

What is MeshCore?

 

Meshtastic is a way for people to communicate even when cell phone services and the internet don’t work.

 

It uses small, low-power radios instead of cell towers. These radios talk directly to each other and pass messages along, so information can travel many miles without needing Wi-Fi, cell service, or any company-owned infrastructure.

 

 

How does it work?

 

Think of MeshCore like a bucket brigade for messages.

 

Each small device (called a node) can send and receive messages.

If a message can’t reach someone directly, nearby devices automatically pass it along.

The more devices there are, the farther messages can travel.

 

There’s no central server and nothing to “go down” — the network exists as long as people have devices powered on.

 

Why is it useful?

 

Works off-grid:

No internet or cell service required. It keeps working during power outages, emergencies, or in remote areas.

 

Long distance, low power:

Messages can travel several miles at a time while using very little battery. Many devices can run for days or weeks, or even on solar power.

 

Private and secure:

Messages are encrypted, so only people on the network can read them.

 

Simple messaging & location sharing:

Users can send text messages and share GPS locations, similar to texting, just without a phone network.

 

Affordable:

The node hardware is inexpensive and widely available.

To use it, you can use an old smart phone that can run the MeshCore app (Android or Apple) and has blue tooth. No cell service needed.

 

Common uses

 

  • Emergency and disaster communications

  • Rural communities and areas with poor cell coverage

  • Outdoor activities like hiking, hunting, and off-roading

  • Community networks that want local, independent communication

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