A proof of concept for a 3D-printable, modular emergency communications kit with interchangeable components
This project provides a modular framework for building emergency communications (EMCOMM) go-kits that can be easily customized and reconfigured without fabrication of new parts. The system uses 3D-printed structural components, module enclosures, and panel-mounted equipment to create a flexible communications platform that fits inside protective cases like Pelican cases.
Key Features:
- Modular Design - Swap equipment without redesigning the entire panel
- Case Agnostic - Move layouts between different case sizes with minimal work
- Non-Destructive - No drilling or permanent modifications to cases
- Interoperable - Uses Powerpole connectors and standard dimensions for compatibility
.
├── cad/ # FreeCAD source files
├── stl/ # Ready-to-print STL files
│ ├── Borders/ # Case-specific border components
│ ├── Modules/ # Equipment module enclosures
│ └── Structure/ # Rails, connectors, and mounts
└── README.md
See the Build Guide for assembly instructions.
This system follows several key design guidelines:
- External Power - Uses external 12V power via Powerpole connectors (not internal batteries)
- Powerpole Standard - All 12V connections use Powerpole in RRTT orientation (Red-Right, Tongue-Top)
- Standard Dimensions - Modules are 100mm wide (or 50mm for center panels), heights in 50mm increments
- 3mm Top Panels - Ensures consistent mounting across modules
- Friction-Fit Borders - Case-specific borders hold modules without permanent modifications
This proof of concept includes designs for:
- Power distribution panel
- Network switch module
- Raspberry Pi module (ATAK server)
- Cooling fan module
- Meshtastic node integration
- Ethernet and SMA antenna pass-throughs
Specific equipment choices are for demonstration. Users should customize components for their use case.
Borders are currently available for:
- Pelican 1400
- Strongway 13" frame
New borders can be designed for other cases while reusing all internal modules.
This is a proof of concept. All CAD files are provided in FreeCAD format for modification.
See LICENSE file for details.
