The Flirc Raspberry Pi 5 Case (Flirc) is a black aluminum enclosure built specifically for the Pi 5. I like its clean media-center look. I also rate its passive, silent heat spreading as a smart choice for quiet setups. A thermal pad ships in the box, so I can get decent heat transfer without extra parts. The case assembles fast. Port alignment stays tidy. Daily access feels well thought out, with GPIO reach, power-button access, and visible front LEDs. I still see mixed results under sustained heavy loads. Airflow and placement can make or break long-run temperatures.
Key takeaways
- I see a strong 4.5/5 rating from 165 reviews, and I agree the build quality feels premium with solid aluminum
- I get a Pi 5-specific fit, so ports line up cleanly and cables route with less stress in tight spaces
- I can assemble it quickly using the included thermal pad, screws, plus a button/LED light pipe that helps keep everything lined up
- I like the bottom cover approach because it keeps the exterior clean while still letting me reach GPIO and connectors for HATs and wiring swaps
- I count on silent passive cooling for light to moderate use, yet I plan for extra airflow under sustained high-CPU workloads since placement can limit performance
Overall Rating & First Impressions
The Flirc Raspberry Pi 5 case earns 4.5 out of 5 stars from 165 reviews. I see why. The black aluminum enclosure feels solid, looks clean, and gives my Pi 5 a tidy media center vibe on a shelf. The build quality stands out, and aluminum helps shed heat without extra noise.
How I’d choose between popular Pi 5 enclosures
I compare cases by intent, then pick fast:
- Minimal, premium look: Argon One V3 NVMe case
- Storage-first NAS build: Pironman 5 Max dual NVMe
- Showpiece with display: Pironman 5 NVMe RGB OLED
- Compact AI projects: Pironman 5 Mini Hailo
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Flirc Raspberry Pi 5 Case (Flirc)
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Designed Specifically for Raspberry Pi 5
I use the FLIRC C because it fits Raspberry Pi 5 cleanly and keeps my setup compact. The enclosure aligns with Pi 5 ports without awkward adapters, so cable runs stay neat and stress-free. At 4.2 oz (0.12 kg), it adds barely any weight, which helps when I mount a Pi behind a monitor or move it between workbenches.
Fit, ecosystem, and upgrade paths
If I plan storage or AI expansions, I pair the case choice with the right add-ons:
- I choose https://thatbigtree.com/argon-one-v3-nvme-pcie-case-for-raspberry-pi-5/ for a compact NVMe-focused build.
- I step up to https://thatbigtree.com/pironman-5-max-dual-nvme-nas-case-ai-for-pi-5/ for dual-NVMe NAS setups.
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Flirc Raspberry Pi 5 Case (Flirc)
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Easy Assembly & Included Parts
Assembly stays quick and clean, so I can get from unboxing to a powered-on Pi without rework. I like that the included alignment pieces reduce guesswork, especially when I’m mounting storage or tightening down a heatsink where even small offsets can hurt contact.
What’s in the box and how I use it
Here’s what I expect to use during a tidy build:
- Thermal pad: I seat it flat with no overhang, then apply even pressure so the pad spreads contact across the hot spot.
- Four screws: I start all screws loosely, then tighten in a cross pattern to keep tension even and avoid warping.
- Button/LED pipe: I dry-fit it first, then close the case once I see clean alignment with the front opening.
I keep a small Phillips driver on hand and avoid overtightening. That protects threads and keeps panels flush.
Clean upgrade paths for Pi 5 builds
If I want a simple NVMe-ready enclosure, I like the Argon One V3 NVMe PCIe case. For an OLED and RGB-ready option, I look at the Pironman 5 NVMe case. Compact AI builds fit well in the Pironman 5 Mini, while storage-heavy setups match the Pironman 5 Max.
Check current pricing and availability at Amazon here!
Flirc Raspberry Pi 5 Case (Flirc)
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Access to Ports and GPIO
I like cases that let me change wiring fast without turning a clean build into a constant teardown. Here, the bottom cover plate gives me direct access to the GPIO header and keyboard connectors while keeping the exterior lines smooth. Cable strain stays low, and I can swap HATs, probes, or jumper sets without fighting tight clearances.
For Raspberry Pi 5 projects that add storage or AI, I pair this style with options like the Argon One V3 NVMe PCIe case, the Pironman 5 NVMe case, the Pironman 5 Mini Hailo kit, or the Pironman 5 Max NAS case.
Check current pricing and availability at Amazon here!
Flirc Raspberry Pi 5 Case (Flirc)
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Convenience Features for Daily Use
I keep daily setups friction-free by prioritizing quick access and instant status checks. Built-in access to the Pi 5 power button means I don’t have to fumble around the case when I need a clean reboot or a fast shutdown. It also helps when I’m testing peripherals or swapping OS images and want repeatable power cycles without unplugging cables.
Power-button access and fingertip indicators
For day-to-day reliability, I look for small touches that save time and prevent mistakes. These details matter most on a desk, in a media cabinet, or beside a router where access is limited:
- Direct access to the power button, so I can restart safely without yanking power.
- LED indicators placed up front, so I can confirm power/activity at a glance.
- Clear visibility in low-light setups, which helps during troubleshooting.
If I’m building something storage-heavy, I pair that same convenience mindset with cases like the Argon ONE V3 NVMe case or step up to the Pironman 5 Max dual NVMe NAS case. For compact performance builds, I like the Pironman 5 NVMe case or the Pironman 5 Mini.
Check current pricing and availability at Amazon here!
Flirc Raspberry Pi 5 Case (Flirc)
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Cooling Performance Notes (Mixed Feedback)
Cooling feedback lands in the middle. I’ve seen reports where the passive setup keeps a Raspberry Pi 5 stable for day-to-day tasks, light services, and casual desktop use. I’ve also seen owners who expected lower peak CPU temps under sustained load, especially during compiles, AI inference, or heavy container stacks. That split usually comes down to airflow in the room, how tight cables block vents, and whether the workload pins all cores for long stretches.
How I evaluate and tune it
I use a quick checklist to decide if passive cooling is enough or if I should step up the case choice:
- Workload profile: short bursts run fine; long, 100% CPU jobs expose limits.
- Thermal headroom: overclocking raises heat fast, so I plan for active airflow.
- Storage heat: NVMe can add localized heat, so I prefer cases that manage both zones.
- Placement: open-air shelves beat closed cabinets every time.
If I want a straightforward Pi 5 enclosure with better thermal options, I compare the Argon One V3 NVMe case and the Pironman 5 NVMe case. For heavier builds, I look at the Pironman 5 Max or the Pironman 5 Mini.
Check current pricing and availability at Amazon here!
Flirc Raspberry Pi 5 Case (Flirc)
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Keywords & Listing Facts
I focus on listing keywords that match how I actually shop for Pi 5 cases and how I filter results fast. This case hits the practical boxes: aluminum for heat spreading, passive cooling for silent setups, and a thermal pad included so the SSD or controller makes clean contact without extra parts. I also like seeing GPIO access called out, since it keeps HAT projects viable without reworking the enclosure. A dedicated power button matters for bench work and clean shutdown habits, while LED indicators help me verify power and activity at a glance without opening anything.
Quick facts I keep in the title or bullets
I use these as copy-ready terms and spec callouts:
- Material: aluminum
- Cooling: passive cooling
- Included: thermal pad
- Ports: GPIO access
- Controls: power button
- Status: LED indicators
- ASIN: B0CQNK68L7
- Best Sellers Rank: #226 in Computer Cases
For alternatives or upgrades, I cross-shop the Argon One V3 NVMe PCIe case, the Pironman 5 NVMe case, the Pironman 5 Mini NVMe Hailo 8L case, and the Pironman 5 Max dual NVMe NAS case.
Check current pricing and availability at Amazon here!
Flirc Raspberry Pi 5 Case (Flirc)
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Disclosure: As an Amazon Associate, I earn from qualifying purchases.
From San Jose, California. Former IT support lead who has seen unspeakable things plugged into USB ports. Reviews electronics with zero patience for bad firmware.
