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Falcon SRx2 v4 Receiver Board — image 1

Falcon SRx2 v4 Receiver Board

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Dimensionally accurate 3D reference model of the Falcon SRx2 receiver board for enclosure and mounting design.

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Model information

Category
Electronics
License
Creative Commons — Attribution — Noncommercial — Share Alike

Falcon SRx2 v4 Receiver Board – 3D Reference Model (STL)

This is a 3D mechanical reference model of the Falcon SRx2 v4 receiver board, intended for enclosure design, mounting layout, and fit verification.

The model focuses on external geometry, mounting locations, and connector placement to help plan custom receiver enclosures without repeatedly measuring a physical board. It’s provided as a design reference, not a functional or electrical representation.

Intended Use

  • Custom receiver enclosure and box design

  • Wall or panel mounting layout planning

  • Connector and cable clearance checks

  • CAD visualization and fit testing

Important Notes

  • Mechanical reference only

  • Not an official Falcon manufacturer model

  • Geometry may be simplified where appropriate

  • Not suitable for PCB fabrication or electrical analysis

Included Files

  • STL files only (for visualization and test fitting)

👉 Editable STEP and native Shapr3D files are available on Patreon for eligible tiers.

Patreon files include colorized models to better distinguish the board, connectors, and components during design work.

Why STL Only Here

To keep public downloads lightweight and accessible, this listing includes STL files only.

Editable and colorized CAD formats (STEP + Shapr3D) are provided via Patreon to support ongoing development and iteration.

Project Context

This model is part of a larger, standardized system used in my Generation 2 holiday light show. The design focuses on modularity, cold-weather serviceability, and swap-first maintenance rather than in-field repairs.

Ongoing design documentation, system architecture notes, and future iterations are published on Patreon.

🔗 https://www.patreon.com/cw/ElmStreetLights

Support helps fund prototyping, hardware, and continued design work.

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