Sans Faceted Tiba 2 is a bold, normal width, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, gaming, branding, futuristic, industrial, techno, mechanical, angular, display impact, tech aesthetic, geometric clarity, futuristic styling, faceted, chamfered, octagonal, geometric, hard-edged.
A sharp, faceted sans with straight strokes and clipped corners that replace curves with planar chamfers. Letterforms are built from squared geometry with consistent stroke thickness, producing a crisp, modular rhythm. Counters tend toward rectangular or octagonal shapes, and terminals often end in flat cuts or angled points, giving the alphabet a distinctly engineered feel. The overall spacing and proportions are clean and compact, with sturdy numerals and clear, simplified punctuation-like details in the sample text.
Best suited for display contexts where its faceted geometry can be appreciated: headlines, posters, packaging, and brand marks with a technical or futuristic angle. It also fits game UI/title treatments, tech event graphics, and product labeling where a crisp, engineered aesthetic is desired.
The face projects a futuristic, industrial tone—confident, utilitarian, and slightly retro-digital. Its angular construction reads as technical and machine-made, suggesting interface graphics, hardware labeling, and sci‑fi titles rather than warm editorial typography.
The design appears intended to translate a geometric sans into a chiseled, planar style, emphasizing chamfered corners and straight segments for a distinctly mechanical voice. It prioritizes bold silhouettes and consistent angular logic to create an identifiable, techno-industrial character.
Diagonal joins and beveled edges are used consistently to maintain the faceted theme, including distinctive pointed forms in letters like V/W/Y and angular bowls in characters such as G, S, and 2/3. The mix of squared structure and occasional sharp vertices creates strong silhouette contrast that stays legible at larger sizes and in high-contrast applications.