Pironman 5-MAX Case for Raspberry Pi 5: Dual NVMe SSD PCIe Mini PC NAS (RAID 0/1), Hailo-8L AI Accelerator, PWM Tower Cooler, Dual RGB Fans, OLED Display, and Safe Shutdown (RPI5 Board Excluded)

Overview

The Pironman 5-MAX Case is engineered to house a Raspberry Pi 5 system in a compact and organized form factor. It is designed for users who wish to build a small footprint compute or storage node that can be expanded with additional storage, AI acceleration, and visual feedback. The case supports two NVMe SSDs connected through PCIe, enabling a mini PC NAS configuration with RAID 0 or RAID 1 for data redundancy or performance. The Hailo‑8L AI accelerator is accommodated to provide inference capabilities for machine learning workloads. Cooling is handled by a PWM tower cooler, while two RGB fans give both airflow and illumination. An OLED display provides status information, and a safe shutdown feature is included to protect the system when power is lost. The Raspberry Pi 5 board itself is not included in the kit.

Key Features

• Dual NVMe SSD PCIe Slots – Two dedicated slots for NVMe solid‑state drives allow for high‑speed storage and the option to configure drives in RAID 0 or RAID 1.
• Mini PC NAS Configuration – The case is built to support a Network Attached Storage setup within a single, small chassis, making it suitable for home or small office use.
• Hailo‑8L AI Accelerator – Integrated support for the Hailo‑8L module provides hardware acceleration for artificial intelligence inference tasks.
• PWM Tower Cooler – A PWM‑controlled tower fan supplies adjustable cooling to maintain optimal temperature for the Raspberry Pi 5 and connected components.
• Dual RGB Fans – Two fans are included for airflow and customizable lighting, which can be synchronized via compatible software.
• OLED Display – A small OLED screen is mounted on the front of the case to show real‑time status information such as power, temperature, and network activity.
• Safe Shutdown Capability – The case incorporates a mechanism to shut down the system gracefully in the event of a power outage or other emergency.
• Raspberry Pi 5 Compatibility – Designed specifically for the Raspberry Pi 5 board, providing a ready‑to‑use enclosure once the board is installed.
• Board Exclusion Notice – The Raspberry Pi 5 board is not included; users must supply their own board to complete the setup.

Design and Build

The enclosure is constructed to accommodate a small footprint device while offering sufficient space for two NVMe drives, an AI accelerator module, and the Raspberry Pi 5 board. Mounting points for the drives are positioned to allow easy installation and maintenance. The case includes a dedicated area for the Hailo‑8L module, ensuring that its connectors line up correctly with the board’s PCIe interface.

Cooling is addressed through a combination of a central PWM tower fan and two side or rear fans. The fans are chosen for their low noise profile and high airflow. Their RGB LEDs can be configured through the Raspberry Pi’s GPIO or software drivers, giving users the option to match lighting to other components.

The front panel features an OLED display that can be programmed to show system metrics. While the exact display layout is left to the user’s configuration, the panel can show temperature readings, drive status, network connectivity, and other diagnostic information.

Installation and Configuration

To assemble a complete system, the user first mounts the Raspberry Pi 5 board onto the internal mounting plate. The board’s connectors then align with the case’s PCIe and power interfaces. Next, the two NVMe SSDs are installed into their respective slots and secured with screws or clips provided in the kit. The Hailo‑8L accelerator is positioned in its designated slot, and its pins line up with the board’s PCIe header.

After physical installation, the system’s power supply can be connected to the Raspberry Pi 5 and the case’s internal power distribution. The PWM fan is controlled through a PWM signal from the board, allowing software to adjust fan speed in response to temperature readings. The RGB fans can be controlled via a software library that exposes LED color and brightness settings.

The OLED screen can be programmed using the Raspberry Pi’s GPIO or I2C bus. The user may choose to display boot messages, temperature alerts, or other status information. For the safe shutdown feature, a dedicated GPIO pin can be wired to detect a loss of power and trigger a graceful shutdown routine on the board.

Use Cases

Because the case supports dual NVMe drives with RAID options, it is well suited for users who need fast local storage and redundancy in a small form factor. The Hailo‑8L accelerator makes the system capable of running machine learning inference tasks without requiring an external GPU. The inclusion of an OLED display and RGB lighting gives a small, integrated node a modern look and convenient status monitoring.

Potential applications include personal media servers, small home lab environments, or a lightweight edge computing node for IoT or AI workloads. The compact design allows it to be placed in a rack, on a desk, or even mounted behind a monitor for a streamlined appearance.

Maintenance and Expansion

Maintenance is facilitated by the easy‑access design. The top panel can be removed to service the drives or replace the Raspberry Pi board. The fans are accessible for cleaning or replacement. Because the case relies on the board’s PCIe interface, adding future modules that fit the same interface can be done with minimal modification to the enclosure.

Users looking to expand their storage capacity can swap the NVMe drives for higher‑capacity models, provided they maintain the same form factor and connector type. The RAID controller on the board can detect and configure new drives automatically, allowing for data migration or scaling.

Conclusion

The Pironman 5-MAX Case offers a structured, small‑footprint solution for Raspberry Pi 5 enthusiasts who need dual NVMe storage, AI acceleration, and reliable cooling. With a combination of dedicated cooling, visual status, and safe shutdown features, it provides a functional environment for a range of projects.