Sans Faceted Lyla 10 is a bold, wide, low contrast, upright, normal x-height, monospaced font visually similar to 'Ki' by Mint Type and 'Nue Archimoto' by Owl king project (names referenced only for comparison).
Keywords: headlines, posters, logos, game ui, labels, retro tech, arcade, industrial, robotic, tactical, modular design, tech voice, impactful display, retro digital, angular, octagonal, chamfered, blocky, pixel-like.
A compact, monoline display sans built from straight strokes and clipped corners, where curves are consistently replaced by planar facets. The silhouettes feel octagonal and stenciled, with uniform stroke weight, square terminals, and crisp interior counters that maintain a mechanical rhythm. Uppercase forms are broad and sturdy; lowercase follows the same hard-edged logic with simplified bowls and tight joins. Numerals and capitals read especially clearly, while diagonal elements (K, X, Y, Z) keep a rigid, engineered geometry.
Best suited for headlines, logo wordmarks, packaging callouts, and on-screen interface text where a robust, technical presence is desired. It also works well for game HUDs, sci‑fi dashboards, and signage or labeling systems that benefit from rigid, high-impact letterforms.
The overall tone is rugged and tech-forward, recalling arcade UI lettering, industrial labeling, and retro computer graphics. Its faceted construction gives it a tough, utilitarian voice that feels precise and slightly militaristic without becoming decorative.
The font appears intended to translate a strict, modular construction into a contemporary faceted style, delivering strong legibility through simplified geometry and consistent chamfers. Its emphasis on uniform structure and hard corners suggests a deliberate nod to retro-digital and industrial typographic cues.
The design stays highly consistent in how it bevels corners, which creates a strong pixel-adjacent texture at text sizes. Dense spacing and the uniform widths contribute to a grid-like cadence that suits interfaces and short bursts of copy better than long, continuous reading.