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Texas and Gulf Coast Networks

North American Networks Southeast and Gulf Coast Networks

Texas and Gulf Coast Networks Texas presents mesh radio operators with some of the most varied deployment challenges in North America -- a state so large that its four major metro areas each warrant their own network strategy, while vast rural expanses in the ...

How do I find other mesh users in my area?

FAQ Community and Social FAQ

Finding local mesh users is one of the most common early questions — and one of the most important, since a single node is useful but a community is transformative. Start With Online Resources meshmap.net — The global Meshtastic community map. Zoom to your...

How do I start a mesh network where there are none?

FAQ Community and Social FAQ

Starting from zero is actually common — most community networks were started by one person who got tired of being alone on the mesh and decided to fix that. Here's how to bootstrap effectively. The Minimal Viable Network You need at least 2 nodes to have a ne...

Can I use Meshtastic or MeshCore for commercial purposes?

FAQ Community and Social FAQ

The short answer: yes, with some limitations. Both platforms are open source with licenses that permit commercial use, and the ISM band spectrum they operate on allows commercial activity. Here's what you need to know. Software License Considerations Meshtast...

Do I need an external antenna?

FAQ Antenna and RF FAQ

The stock antenna that comes with most LoRa boards is a rubber duck (flexible whip) antenna, typically 3-5 dBi gain. For many use cases, this is adequate — but upgrading to an external antenna is one of the most cost-effective improvements you can make. When ...

What is the difference between dBi and dBd antenna gain?

FAQ Antenna and RF FAQ

Antenna gain specifications use two different reference points — dBi and dBd — and confusing them leads to incorrect link budget calculations. Here's what each means and how to convert between them. The Reference Antennas dBi (decibels relative to isotropi...

Budget MeshCore Repeater: Under $60

Meshcore Repeaters MeshCore Repeater Hardware Builds

Budget MeshCore Repeater: Under $60Not every deployment calls for a weatherproof solar installation. For indoor sites—offices, community centers, apartment building hallways, or any location with reliable mains power—a minimal MeshCore repeater built around th...

Pro MeshCore Solar Repeater: Complete Build

Meshcore Repeaters MeshCore Repeater Hardware Builds

Pro MeshCore Solar Repeater: Complete BuildThis guide covers a fully self-contained, weatherproof, solar-powered MeshCore repeater intended for rooftops, hilltops, and any site without mains power. Budget roughly $217 in parts and two to three hours of build t...

When to Add a Repeater vs. When to Move One

Meshcore Repeaters MeshCore Network Expansion Strategies

When to Add a Repeater vs. When to Move OneEvery mesh network operator eventually faces two related but distinct decisions: should you spend money on new hardware, or should you reallocate what you already have? This page gives you a structured framework for m...

Linking Isolated Mesh Islands

Meshcore Repeaters MeshCore Network Expansion Strategies

Linking Isolated Mesh IslandsAs independent community mesh networks grow, they sometimes develop in parallel—two neighborhoods, two towns, or two emergency response zones that each have healthy internal mesh coverage but no connection between them. When those ...

Designing for Reliability: N+1 Redundancy

Meshtastic Repeaters Meshtastic Repeater Network Patterns

Designing for Reliability: N+1 RedundancyA mesh network is only as reliable as its weakest single point of failure. In graph theory terms, a node whose removal splits a connected graph into two or more disconnected components is called a cut vertex. Real-world...

Planned Maintenance Procedures for Live Networks

Meshtastic Repeaters Meshtastic Repeater Network Patterns

Planned Maintenance Procedures for Live NetworksTaking a backbone node offline for maintenance—whether for firmware updates, hardware replacement, or antenna adjustments—affects the users routing through it. With proper planning, that impact can be reduced to ...

Channel Utilization Management

Meshtastic Repeaters Meshtastic Repeater Network Patterns

Channel Utilization ManagementChannel utilization (CU) is one of the most important health metrics for a Meshtastic network, yet it is frequently misunderstood or ignored until problems become severe. Understanding what CU measures, what causes it to rise, and...