Artists can turn a flat video-game sprite into a physical object by separating its parts into paper layers or building its shapes from fuse beads. A 2012 GamesBeat feature, displayed as updated June 18, 2025, shows two distinct approaches: Megan Hughes’s layered Mega Man papercuts and Ashley Godbold’s bead-built figures inspired by Minecraft and other games.
How does layered sprite papercraft create depth?
Megan Hughes, known in the feature as “TheToaster,” translated Mega Man characters into layered paper cutouts. Instead of treating a sprite as a single flat image, she sketched the character on graph paper and planned which parts should sit on separate layers. A head, for example, could be cut and mounted independently so it stands forward from the body.
Her described materials were paper, glue, an X-Acto knife and a cutting mat. The effect comes from the arrangement of those cut pieces: the sprite remains recognizable, while spacing and paper texture give it physical depth. Designs with many separate elements—some bosses, for instance—can take more planning and cutting.
Hughes explained the appeal of working from sprites this way: “Working with sprites is great because they have very clear and straightforward designs,” she said. “I can be creative with the paper and textures I use as well as their construction itself, but Mega Man will always be Mega Man, no matter how he is put together.” GamesBeat’s profile of Hughes and Godbold
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How do fuse beads become a 3D game figure?
Ashley Godbold, identified as “BraveDeity,” used fuse beads to make figures from video-game imagery. She began with 2D sprites, then worked out how separate bead-built pieces could connect into a three-dimensional figure. Her planning used 5 mm graph paper; for construction, she placed beads on clear plastic pegboards and ironed them into flat sheets before assembling the parts.
Planning is not just a matter of copying the sprite’s outline. The maker has to decide how a flat image can be divided into planes that fit together and hold the intended shape. Godbold described that design challenge as the enjoyable part: “But that’s the part that I enjoy most — trying to figure out how to make a 2D image wrap around in 3D space and snap together perfectly,” she said.
Corrections could mean cutting away an error with a craft knife or adding beads with a small iron. Godbold called this detailed repair work “Perler surgery”: “I feel like I’m performing surgery on my little figures,” she said. GamesBeat’s profile also mentions Nabbi and Hama beads as materials she had tried or imported at the time; that historical detail is not a current sourcing recommendation.
Why does Minecraft work well in bead form?
Godbold said Minecraft’s boxy design suited her 3D bead figures. Its block-like forms map naturally to bead-built planes, which can be joined into a recognizable object. Other game designs may be harder to adapt: the bead grid constrains shapes, and Godbold noted that she avoided glue. A design that depends on smooth curves or more complicated connections can therefore demand a different solution—or prove less suitable for this method.
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Which approach fits a sprite you want to make?
| Approach | Materials described | How it creates dimension | Design constraint |
|---|---|---|---|
| Layered paper | Paper, glue, craft knife and cutting mat | Separate cutout parts are placed on different layers. | Characters with many distinct pieces can require complex cutting and assembly. |
| Fuse beads | Fuse beads, clear pegboards, a pattern grid and an iron | Bead-built flat pieces are shaped and joined into a figure. | The bead grid favors boxy designs; complex forms and glue-free connections can be limiting. |
These are different construction choices, not a measured comparison of cost, durability, safety or difficulty. Paper layering is suited to creating visible foreground and background separation; bead work turns a grid-based pattern into connected planes. The available profile describes each artist’s process but does not establish how either method performs across all sprites.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What the feature does—and does not—establish
The GamesBeat archive describes a feature about five artists working with 8-bit sprites, but the accessible page documents Hughes and Godbold. The first page was not available, so the other three artists’ identities and methods cannot be established from the accessible material. The profile is useful as a historical account of two craft approaches, not as confirmation that either artist still sells work or that their old shop listings remain available. GamesBeat archive entry for the feature
