cardboard hinges – Misryoum highlights five cardboard hinge styles, from simple strips to interlocking tabs, showing how paper-like materials can work in real builds.
Cardboard hinges are not what most people picture when they think about functional hardware, but Misryoum found a fresh guide showing just how far you can take the humble material.
The walkthrough presents five distinct hinge styles made from regular corrugated cardboard. each aiming for a different balance of flexibility. folding behavior. and build complexity.. The first design is the most straightforward: a simple paper strip hinge that can double as a practical substitute for a traditional metal hinge in small wooden or cardboard boxes.
A big takeaway here is that “good enough” hinge performance often starts with the right fold and spacing, not expensive components.
From there. Misryoum reports that the guide steps through more elaborate variations. including a seamless hinge approach and designs inspired by traditional Japanese room dividers and furniture.. Those styles rely on interconnected panels and overlapping sections. allowing the hinge to move smoothly in either direction while still staying compact when folded.
The video also includes a flush hinge option. which keeps the look cleaner and aims for sturdier alignment for applications such as cabinets.. Then there’s the interlocking tab hinge. which acts like a cardboard interpretation of the common room-door hinge concept. offering a familiar range of motion but requiring more careful assembly to get right.
This matters because low-cost, low-tech prototypes can teach the mechanics of hinges faster than guesswork, especially for makers iterating on packaging, models, and lightweight enclosures.
Misryoum notes that all of these examples use readily available shipping cardboard. meaning the main “cost” to try them is time. basic tools. and glue.. Templates are also offered through a book. including digital versions. making it easier to replicate the hinge geometry without starting from scratch.
For DIY builders, the appeal isn’t just the novelty of a paper-based mechanism. It’s the practical reminder that materials we already have can be engineered into functional parts when the design focuses on how flex and contact points are arranged.