In the ever-evolving world of personal computing, where sleekness often trumps substance, one enthusiast has taken a bold step backward—literally, to the aesthetics of the 1990s. Enter Flurples, a YouTube creator with a penchant for what can only be described as “absurd mods,” who has effectively rebuilt an entire Framework Laptop 13 to feature a true mechanical keyboard and an all-aluminum chassis that would make any ’90s PC jealous.
The Campus Laptop Project: A Mechanical Marvel
What started as dissatisfaction with the Framework Laptop 13’s “thoroughly underwhelming typing feel and sound” has culminated in what Flurples calls the “Campus Laptop project.” This ambitious undertaking transforms the repairable thin-and-light laptop into what NotebookCheck describes as a “thick, sleek hunk of metal” that prioritizes the tactile satisfaction of typing over portability.
The modification significantly increases the laptop’s thickness to accommodate an integrated mechanical keyboard in a compact 60% HHKB layout. The choice of Kailh Choc Sunset tactile switches—a low-profile option—demonstrates thoughtful engineering to maintain some semblance of portability despite the bulkier design. The keyboard is complemented by MBK profile keycaps and three programmable rotary encoders for volume, screen brightness, and keyboard backlight control.
Engineering Ingenuity Meets Retro Aesthetics
Chassis Design and Construction
Creating a laptop is no small feat, but rebuilding one from the ground up requires an entirely different level of dedication. Flurples reverse-engineered the Framework 13’s chassis, redesigning both the bottom case and top cover to work with the laptop’s internals while accommodating the much thicker keyboard assembly. Most remarkably, the final product utilizes CNC-cut aluminum for a premium feel, with the exception of the display bezel.
The design process involved 3D printing initial prototypes to confirm proper fit and finish—a method that showcases both the feasibility of such modifications and the creator’s attention to detail. The result is an aesthetic that Flurples describes as reminiscent of 1990s computing, when bulk was a badge of honor rather than a design flaw.
Technical Specifications and Challenges
The original Framework Laptop 13 measures just 15.85mm in thickness—dimensions that clearly couldn’t accommodate a mechanical keyboard without significant modification. Flurples’ solution required complete redesign of the hinge mounting points and chassis structure, effectively rebuilding the laptop around its new heart: the keyboard.
One of the project’s more ambitious aspects was the design of a custom internal USB hub to connect the keyboard to the motherboard while integrating additional ports—a microSD slot, HDMI port, and USB port. Unfortunately, complexity proved to be the hub’s downfall, with Flurples ultimately unable to get the design fully functional.
The keyboard itself features custom QMK firmware, enabling advanced configuration options like multiple programmable layers, home row mods, and tap dance features. This firmware choice reflects the broader mechanical keyboard community’s preference for open-source, highly customizable solutions over proprietary alternatives [1].
The HHKB Advantage: Programming Perfection?
Layout and Philosophy
The choice of a 60% HHKB layout isn’t merely aesthetic—it’s deeply rooted in programming philosophy. Originally conceived in the 1990s by Dr. Eiiti Wada, a Japanese computer scientist, the HHKB (Happy Hacking Keyboard) layout minimizes finger movement from the home row, making it particularly appealing to programmers [2].
This layout makes several key swaps that distinguish it from traditional QWERTY keyboards:
- The Control key replaces the Caps Lock key in the bottom left
- The Backspace/Delete key drops down one row to the Backslash key’s former position
- The Tilde (~) key becomes the Escape key
- Several unnecessary keys are removed for minimalism
Kailh Choc Sunset: The Tactile Choice
For laptop integration, Flurples chose Kailh Choc Sunset tactile switches—low-profile switches with 40±10gf operating force designed for compact keyboards. These switches offer tactile feedback without the loud click of their more boisterous cousins, making them suitable for environments where noise might be a consideration [3].
The decision to solder the switches rather than use a hot-swap design likely saved space while potentially improving reliability—an important consideration in a portable device that would otherwise depend on hot-swap sockets adding thickness to the PCB.
Community Response and DIY Culture
Popularity and Engagement
The project achieved significant popularity online, garnering 916 upvotes against just 22 downvotes on Reddit—a testament to the community’s appreciation for both the technical achievement and the retro aesthetic. This level of engagement reflects a broader interest in enthusiast-driven laptop modifications, Framework’s inherent modularity, and the mechanical keyboard culture [4].
Framework’s Role in DIY Computing
The success of projects like Flurples’ Campus Laptop underscores Framework’s value proposition: extreme modularity. Unlike most laptops that require specialized knowledge or tools for internal modifications, the Framework Laptop’s design philosophy naturally supports ambitious customizations. This DIY-friendly approach has created a community of users who see their laptops not as disposable appliances but as platforms for innovation.
Beyond Novelty: Practical Implications
While Flurples’ creation certainly falls into the “because I can” category of tech projects, it raises interesting questions about the future of laptop input devices. As professionals and enthusiasts increasingly recognize the importance of ergonomics and typing comfort for productivity and health, projects like this demonstrate the lengths some will go to optimize their experience.
The integration of mechanical switches into a laptop form factor represents a middle ground between desktop peripheral quality and portable computing convenience. Though significantly bulkier and heavier than the original Framework Laptop 13, the Campus Laptop project proves that desire for tactile feedback can overcome design constraints—especially when those constraints are as modular as Framework’s platform.
Conclusion: A Statement Piece for the Ages
Flurples’ Campus Laptop project is more than just a keyboard enthusiast’s dream—it’s a statement about the enduring appeal of mechanical input devices and the power of modular design. By combining the HHKB layout’s efficiency with the satisfying tactility of mechanical switches, all wrapped in a CNC-machined aluminum chassis that looks like it rolled off a 1990s manufacturing line, the project demonstrates what’s possible when passion meets precision engineering.
Whether this creation will become a daily driver or remain a showcase piece is unclear. What is certain, however, is that it has sparked conversation and admiration in equal measure, highlighting both the capabilities of Framework’s platform and the lengths to which enthusiasts will go for the perfect typing experience. In an era of increasingly thin and light computing devices, sometimes it takes a step backward to move forward.
Sources
[1] QMK Firmware Documentation
[2] HHKB Layout History and Features
[3] Kailh Choc Switch Specifications
[4] r/MechanicalKeyboards Community
[5] NotebookCheck Article on Campus Laptop Project
[6] Framework Laptop Official Website
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