MBD Compliant Raspberry Pi HAT Enclosure

# MBD Compliant Enclosure for Raspberry Pi HATs ## Project Overview This is a precision-engineered **Raspberry Pi HAT Enclosure** designed for rapid, low-volume production. This model is built using a **Model-Based Definition (MBD)** approach, meaning all necessary **Geometric Dimensioning and Tolerancing (GD&T)** data and manufacturing specifications are embedded directly within the 3D CAD file. The design prioritizes functionality and manufacturability, perfect for developers needing a robust casing for their HAT expansion boards. ## Key Design Features & Technical Details Leveraging my background as an Electrical Engineer, I focused on ensuring maximum functionality and thermal performance. - **MBD Compliant:** Model includes fully annotated 3D views, eliminating the need for separate 2D drawings. - **Design for Manufacturing (DFM):** Optimized for **Injection Molding** (recommended material: *ABS or high-grade PP*). Features include: - Uniform **2.0–2.5mm wall thickness**. - Generous draft angles and strategically placed ribs for structural integrity. - No deep undercuts, minimizing tooling costs. - **PCB Alignment:** Internal bosses and snaps are precisely located for secure mounting of the Pi and the HAT board, guaranteeing zero-tolerance alignment. - **Access Ports:** Dedicated cutouts for primary connectors (GPIO, camera, power, etc.). ## Tools & Deliverables The model was created using industry-standard software to ensure easy integration into your existing product lifecycle management (PLM) system. - **Primary CAD Software:** **SolidWorks** or **Fusion 360** - **Deliverables:** Native CAD files (*.SLDPRT, *.F3D*), STEP files, and annotated 3D PDF viewable files (if required for MBD viewing). **Ready to move your electronics project from concept to mass production?** Let's discuss your next project!