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Figure: Transparent acrylic case with integrated cooling fan
Integrated Active Cooling for Stable Operation
Built‑in fan support enables continuous airflow across the processor and surrounding components, improving thermal management during heavy computation, multimedia playback, or long‑duration IoT tasks. This active cooling design reduces the likelihood of thermal throttling while maintaining consistent performance. Pairing the enclosure with the Raspberry Pi Heatsink Pack further enhances heat dissipation, creating an effective thermal solution for compact computing systems running demanding applications.

Figure: Case assembled with heatsink package
Precision‑Cut Acrylic Structure
Laser‑cut acrylic panels form a rigid and lightweight protective housing while maintaining full access to onboard connectors and expansion interfaces. Openings align with HDMI, USB, power input, and the 40‑pin GPIO header, allowing quick cable routing and hardware integration without disassembling the case. The transparent enclosure also helps visualize internal wiring and hardware status, making this protective shell especially useful in prototyping labs, teaching demonstrations, and hardware debugging environments.
Compatible with Multiple Raspberry Pi Generations
The protective enclosure is engineered to match the board layout of several Raspberry Pi models, including Model B+, 2B, and 3B. Mounting holes and port openings align precisely with these boards, ensuring stable installation and convenient assembly. This compatibility allows the acrylic housing to serve as a versatile cooling chassis for robotics controllers, DIY media centers, and embedded computing prototypes built around the Raspberry Pi ecosystem.
Transparent acrylic construction, integrated airflow support, and convenient interface accessibility make this compact cooling enclosure suitable for maker projects, classroom demonstrations, and embedded computing systems. The protective housing keeps development boards safe while maintaining visibility and thermal stability for robotics, IoT gateways, media players, and STEM Education hardware builds.
Note: Please use [email protected] power supply, since the cooling fan also need power resource.