Aluminum Case for Raspberry Pi 5 — black, OEM protective enclosure

OEM aluminum case designed for the Raspberry Pi 5 single-board computer in a black finish. The enclosure provides a rigid protective shell that fits the standard Raspberry Pi 5 board layout and connector positions while offering heat-dissipating metal construction to help manage operating temperatures. Cutouts and mounting points align with the Pi 5 I/O so the board remains accessible for power, display, network and GPIO connections.

Advantages

The aluminum body delivers mechanical protection against impacts and abrasion while also acting as a thermal conduction surface to dissipate heat away from the processor and other components. The black finish offers a neutral appearance for desktop, kiosk or embedded installations. Precise cutouts maintain access to ports and headers without modification, and the OEM design ensures a compact footprint compatible with standard Pi 5 accessories.

Suitable for

• Desktop computing and media players based on Raspberry Pi 5
• Interactive kiosks and digital signage enclosures
• Educational projects and laboratory setups
• Embedded systems and industrial prototypes requiring a compact metal enclosure

Key specifications

• Material: aluminum metal housing for improved thermal conduction
• Color: black finish
• Compatibility: designed to fit Raspberry Pi 5 board layout and standard connector positions
• Access: precision cutouts for power, HDMI, USB, Ethernet and GPIO access
• Mounting: integrated mounting points for secure PCB attachment
• Form factor: compact, low-profile enclosure suitable for desktop and embedded use

How to use

Power down the Raspberry Pi 5 and disconnect all cables before installation. Place the board into the case aligning the PCB with the internal mounting points and port cutouts, then secure the board with the supplied screws or standoffs. Verify that all external connectors align with the corresponding openings and reattach power and peripherals. Ensure appropriate ventilation or additional thermal interface materials if you intend to run sustained high loads.

Usage recommendations

For improved thermal performance during heavy workloads, consider adding a thin thermal pad between the processor and the case interior or ensure uninterrupted airflow around the enclosure. Avoid exposing the case to corrosive environments and clean with a dry or slightly damp cloth.