Cyberdeck Case Ideas: Hard Cases, 3D Printed Shells and Found Objects

The case is the part of a cyberdeck people remember. The Raspberry Pi inside is the same one everyone uses; the shell is what makes it yours. It is also where most builds go wrong: a screen that will not fit, a Pi that overheats in a sealed box, a radio that goes deaf inside a steel can. Here are the five ways builders make cyberdeck cases, what each one costs you in tools, skill and money, and the engineering details that decide whether the finished deck actually works.

1. Cyberdeck case ideas at a glance
2. Rugged hard cases
3. 3D printed cyberdeck cases
4. Laser-cut acrylic and plywood
5. Found objects: ammo cans, radios, briefcases
6. Hybrid builds
7. Plan the layout: screen and keyboard first
8. Cyberdeck case for a Raspberry Pi 5: mounting and heat
9. Ports, hinges, antennas and weight
10. Where to find cyberdeck case STL files

Cyberdeck case ideas at a glance

If you are new to the hobby, start with our guide on how to build a cyberdeck for the parts list. This one is only about the shell. Here is how the five approaches compare.

Rugged hard cases (Pelican-style and lookalikes)

The classic cyberdeck look: a waterproof-style carry case with the screen in the lid and the keyboard in the base. Pelican is the famous name, and there are plenty of cheaper lookalikes from hardware and tool stores that work just as well for a deck that lives on a desk or in a backpack.

The usual method: cut a flat panel (plywood, acrylic, aluminum or a 3D print) that drops into the base and holds the keyboard, switches and ports, and a second panel or frame in the lid for the screen. The panels sit on printed brackets or foam blocks, so you never have to drill the case itself unless you want to.

3D printed cyberdeck cases

Printing gives you total control: a shell shaped exactly around your screen, keyboard and board, with bosses for screws, slots for ports and your own styling. It is how most handheld and slab-style decks are made. The cost is design time. Expect to print test pieces, find out the screen is 2 mm off, and print again.

• Tools: a 3D printer, a CAD program (Fusion, Onshape, FreeCAD, or Blender for organic shapes), calipers, and a soldering iron with a heat-set insert tip.
• Skill: intermediate. Printing a downloaded STL is easy; designing a case that fits your parts takes practice.
• Print in parts. Most printers cannot do a whole deck in one piece. Split it into a lid, a base and a keyboard plate, joined with screws.
• Measure the real parts. Datasheet dimensions are a start; your screen's bezel, cable and connectors are what matter.

PLA vs PETG vs ASA for a cyberdeck case

The material matters more than people expect, because a deck is a warm box that gets carried around and left in cars. Prusa's material guides give these figures:

Figures from the Prusa Knowledge Base material pages for PLA, PETG, ASA and ABS. Exact numbers vary by brand, so treat them as a guide.

Laser-cut acrylic and plywood

Laser cutting turns a flat drawing into precise panels in minutes. Stack the panels into a box, slot them together with finger joints, or use one cut panel as the faceplate inside a hard case. Clear or smoked acrylic shows off the electronics; birch plywood gives a warm retro-terminal look.

• Tools: access to a laser cutter (makerspaces and online cutting services both work) and a vector drawing app like Inkscape.
• Skill: beginner to intermediate. Flat design is easier than 3D, but you think in layers and joints.
• Pros: crisp edges, engraved labels for free, fast repeats, very professional faceplates.
• Cons: only flat parts, so curves and hinges need other methods; acrylic can crack if you drill or overtighten it.
• Safety: never laser-cut PVC or unknown plastics, which give off corrosive, toxic fumes. Stick to materials your cutter's operator approves.

Found objects: ammo cans, radios, briefcases and lunchboxes

Some of the best-loved decks live in things that were never meant to hold a computer. A recent run of builds featured on Hackaday's cyberdeck tag includes decks in mint tins and a retro lunchbox, alongside printed shells. The object does the styling for you; your job is to fit the parts inside.

Found objects are the cheapest route in money and often the most expensive in time: there are no mounting points, nothing is square, and you only get one shot at cutting the original.

Hybrid builds

Most finished decks mix methods. A hard case with a laser-cut faceplate and printed brackets. A found radio shell with a printed internal frame that holds everything, so the old case is only a skin. A printed body with an aluminum or acrylic top panel. The pattern that works: use the outside for looks and toughness, and a printed or cut inner frame for everything that has to line up precisely.

Plan the layout: screen and keyboard first

The screen and the keyboard are the two biggest parts, and the two you touch. They decide the width and depth of the case. Everything else (board, battery, cables, extras) goes in the space that is left.

1. Get the actual screen and keyboard in hand. Measure them, including cables, connectors and the bezel. Do not design from a product photo.
2. Lay everything out flat on paper at 1:1. Board, battery, fan, ports, switches. Draw the cables too: an HDMI or USB plug needs far more room than the socket it goes into.
3. Decide the shape. Clamshell (screen in a hinged lid), slab (screen and keyboard side by side), or handheld. This decides what kind of case can hold it.
4. Plan air in and air out. Cool air in low, warm air out high, with a fan pushing across the board.
5. Put every connector you use daily on the outside. Charging, a power switch, USB and antenna jacks, so you never open the case to use it.
6. Mock it up in cardboard. A cardboard box with holes costs nothing and will catch most mistakes before you print, cut or drill.

Cyberdeck case for a Raspberry Pi 5: mounting and heat

Mounting. The Raspberry Pi 5 is 85 by 56 mm with four mounting holes on a 58 by 49 mm pattern, according to Raspberry Pi's official mechanical drawing. The holes are 2.7 mm across, sized for the M2.5 screws and standoffs that Pi cases use. In a printed case, don't screw straight into plastic: press M2.5 brass heat-set inserts into the bosses with a soldering iron, so the screws can go in and out many times without stripping. Standoffs also leave an air gap under the board and room for the pins of any GPIO add-ons.

Heat. The Pi 5 is quick, and it runs warm. Raspberry Pi's documentation says its processor throttles back progressively between 80 and 85°C, and recommends one of the official fan options (the Active Cooler or the official case with its fan). A cooler only moves heat from the chip into the air around it; in a closed box that air just gets hotter. The case has to let it out.

If your project does not need a full Linux computer, a microcontroller runs cooler and sips power, which makes the case far easier. Our ESP32 vs Raspberry Pi guide covers when you really need a Pi 5.

Ports, hinges, antennas and weight

• Panel-mount ports. Use panel-mount USB-C and USB extension cables so the board's own sockets never see the strain of plugging and unplugging. A panel-mount USB-C for charging means you never open the case to top it up.
• Battery access. Batteries age. Hold the pack with a bracket or strap, not glue, and make sure you can reach it with a screwdriver.
• Cable routing. Cables that run through a hinge need slack and a smooth path. Flat flex cables and right-angle adapters save a lot of space. Leave more room than you think.
• Hinges and lids. A piano hinge is strong and simple. Friction or torque hinges hold a screen at any angle; without them you need a stay or a stand.
• Weight and balance. Keep the battery, the heaviest part, low in the base. If a heavy screen in the lid makes the deck tip backwards when open, move the battery toward the front.

Where to find cyberdeck case STL files

• Printables and Thingiverse. Search both for "cyberdeck": you will find complete printable decks, lids, keyboard plates, brackets for hard cases and Pi mounts. Check the license before you sell anything built from a shared design.
• Hackaday. The cyberdeck tag and project pages on Hackaday.io are where builders document their decks, often with CAD files and lessons learned.
• Remix, don't just print. Downloaded cases are made for someone else's screen. Use them for ideas and parts (a hinge, a keyboard plate) and design the fit around your own hardware.

For the look itself (colors, labels, a bit of wear), our cyberpunk room decor guide has palettes that work just as well on a deck.

Built by hand, one batch at a time

Full disclosure: this part is about us. We build hardware by hand in small batches, and designing things that look good and survive being handled is most of what we do. The CyberLamp ARC-2 is our own enclosure design: a honeycomb diffuser around a spiral of 160 LEDs, controlled from any phone browser. GLIDE is a pocket synthesizer that runs on M5Stack's Cardputer ADV, a tiny deck whose case is already solved, which we flash, test and set up by hand. You can play it right below, in your browser.