Sans Faceted Lila 4 is a regular weight, normal width, monoline, upright, normal x-height font.
Keywords: headlines, logos, posters, gaming ui, tech branding, techy, sci‑fi, industrial, retro, modular, geometric system, tech signaling, constructed look, retrofuturism, angular, chamfered, octagonal, geometric, stencil‑like.
A geometric sans built from straight strokes and crisp chamfered corners, replacing curves with short angled facets. Stems keep a consistent stroke thickness, while counters and bowls read as octagonal or polygonal forms, giving letters like O, C, and G a cut, engineered feel. Terminals are typically blunt with clipped corners, and joins are clean and mechanical, producing a tidy, segmented rhythm across words. Lowercase forms echo the same faceted construction, with compact, angular bowls and a straightforward, legible texture in running text.
This font performs best in headlines, branding marks, packaging accents, and interface or on-screen graphics where angular geometry helps establish a technical voice. It also suits posters and titles for sci-fi, gaming, and industrial themes, and works well for short text where the faceted details can be appreciated.
The faceted construction and hard corners convey a technical, machined tone that feels futuristic and game-like, with a nod to retro digital and industrial labeling. Overall, it reads as precise, synthetic, and deliberate rather than friendly or handwritten.
The design intent appears focused on translating a clean sans skeleton into a faceted, planar system—prioritizing a consistent chamfer language and a constructed, architectural presence. The result is a contemporary display sans that signals technology and precision through geometry rather than contrast or ornament.
The design maintains strong consistency in its corner treatment, so even simple glyphs (like I, l, and t) feel integrated with the more complex polygonal letters. Numerals follow the same cut-corner logic, creating a cohesive alphanumeric set suited to display-forward typography.