Pixel Fegu 3 is a regular weight, normal width, medium contrast, upright, short x-height font.
Keywords: pixel ui, game ui, retro titles, hud text, scoreboards, retro, arcade, techy, utilitarian, playful, screen legibility, retro computing, pixel aesthetic, ui utility, monospaced feel, aliased, stair-stepped, angular, chunky.
A bitmap-style design built from coarse square pixels with pronounced stair-stepping on curves and diagonals. Strokes are generally one to two pixels thick with occasional chunky joins, creating a slightly uneven rhythm that reads like hand-tuned screen lettering rather than a perfectly uniform grid. Counters are small and angular, terminals are blunt, and round forms (C, O, G, 0) resolve into faceted octagons. Spacing appears tight and the overall texture is dense, with a compact lowercase and short extenders that keep lines visually contained.
Well suited to pixel-art contexts such as game interfaces, HUD overlays, menus, scoreboards, and retro-themed title cards where aliased edges are part of the aesthetic. It can also work for compact labels and tech-flavored branding accents, especially when displayed at integer pixel sizes to preserve the crisp grid.
The font projects a distinctly retro digital tone, evoking early home computers, arcade cabinets, and low-resolution UI text. Its blocky construction and slight irregularities lend a playful, DIY hacker energy while still feeling functional and direct.
The design appears intended to capture classic low-resolution screen typography: legible, compact letterforms optimized for bitmap rendering, with angular approximations of curves and a consistent pixel grid logic. The slight variability in widths and joins suggests an emphasis on characterful, period-accurate texture over perfectly mechanical uniformity.
Uppercase forms are assertive and geometric, while the lowercase leans more compact and spiky, reinforcing a screen-native texture in running text. Numerals match the same pixel logic, with angular bowls and simple, high-contrast silhouettes that stay recognizable at small sizes.