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Sans Faceted Mihe 9 is a regular weight, wide, monoline, upright, normal x-height font.

Keywords: headlines, posters, logos, packaging, signage, technical, industrial, futuristic, game-like, mechanical, geometric system, tech aesthetic, hard-edged clarity, retro-digital feel, octagonal, chamfered, angular, modular, stencil-like.

A faceted, geometric sans with straight strokes and consistent thickness, replacing curves with chamfered corners and short diagonal cuts. Counters and bowls tend toward octagonal forms, giving letters like O/Q and numerals such as 0/8/9 a hard-edged, planar look. Uppercase construction is blocky and compact, while the lowercase keeps simple, single-storey forms with squared terminals; bowls and shoulders are similarly clipped rather than rounded. Spacing and rhythm feel sturdy and modular, with crisp joins and uniform terminals that read cleanly at display sizes.

Best suited to titles and short blocks of text where its angular detailing can be appreciated—such as posters, branding marks, product labels, and wayfinding or industrial-style signage. It also fits UI theming for games or sci‑fi/tech presentations, where a faceted, mechanical voice supports the content.

The overall tone is technical and engineered, evoking industrial labeling, sci‑fi interfaces, and arcade or retro-digital aesthetics. The repeated facets create a disciplined, machined feel that reads as assertive and functional rather than friendly or calligraphic.

The design appears intended to translate rounded sans structures into a faceted, planar system, prioritizing crisp geometry and a constructed, machine-made impression. Its consistent chamfers and simplified forms suggest a focus on strong silhouette recognition and a distinctive, tech-forward texture in display typography.

Diagonal corner cuts are used consistently across stems, diagonals, and curved substitutes, helping maintain coherence between uppercase, lowercase, and numerals. The design’s squared joins and reduced curvature give it a slightly “pixel-to-vector” sensibility without being truly bitmap.