Sans Faceted Tyge 9 is a regular weight, normal width, medium contrast, upright, tall x-height, monospaced font visually similar to 'Bitblox' by PSY/OPS (names referenced only for comparison).
Keywords: ui labels, code display, hud text, posters, logos, techno, industrial, retro, utilitarian, arcade, system look, grid alignment, digital display, retro tech, square, angular, pixelated, chamfered, modular.
A modular, squared sans with chunky strokes and clipped corners that replace curves with flat facets. The forms sit on a strict grid with uniform character widths and consistent sidebearings, producing a steady, mechanical rhythm in text. Bowls and counters tend toward rectangular shapes with small chamfers and notched terminals, while joins stay crisp and orthogonal. The tall lowercase structure and open, boxy apertures keep the texture clear despite the heavy, block-like construction.
Well suited to interface labeling, on-screen readouts, and any layout that benefits from fixed character widths such as coding visuals, tables, or scoreboards. It also works effectively for short display lines—headings, posters, and techno branding—where the faceted geometry can carry the visual identity.
The overall tone is technical and game-adjacent, evoking terminals, instruments, and retro digital interfaces. Its hard edges and geometric reductions feel industrial and purposeful, with a slightly sci-fi flavor that reads as engineered rather than expressive.
Likely drawn to deliver a robust, grid-locked alphabet for digital and system-style typography, prioritizing consistency, alignment, and a recognizable squared silhouette. The faceting and corner cuts appear intended to add a distinctive techno personality while keeping the overall construction disciplined and repeatable across glyphs.
Numerals and capitals share the same squared construction, giving mixed-case settings a cohesive, system-font feel. The sample text shows even color and stable spacing, with distinctive, stencil-like corner cutouts that add character without breaking uniformity.