Sans Faceted Fiho 1 is a regular weight, very wide, low contrast, italic, normal x-height, monospaced font.
Keywords: headlines, logos, sports branding, gaming ui, posters, futuristic, technical, mechanical, assertive, angular, sci‑fi tone, tech branding, speed emphasis, systematic geometry, display impact, octagonal, chamfered, geometric, slanted, modular.
A sharply geometric sans with planar, faceted construction that substitutes curves with chamfered angles and straight segments. Strokes are uniform and sturdy, with consistent thickness and crisp terminals, producing an engineered, modular feel. The overall silhouette is expanded and forward-leaning, with wide letterforms, tight internal counters, and polygonal bowls (notably in O/Q and numerals) that read as octagonal. Round forms are systematically “cut” into facets, and joins are clean and deliberate, giving the set a disciplined, grid-friendly rhythm.
Well-suited to headlines, branding marks, packaging accents, and UI/overlay typography where a technical, high-energy look is desired. It also fits motorsport, esports, sci‑fi, and industrial-themed applications where sharp geometry and a machined aesthetic reinforce the message.
The tone is futuristic and industrial, evoking machinery, tech interfaces, and performance branding. Its slanted stance and faceted geometry add momentum and a slightly aggressive edge, while the consistent stroke treatment keeps the voice controlled and utilitarian.
The design appears intended to deliver a contemporary, engineered identity by applying a consistent faceted system across the alphabet and numerals. By keeping strokes even and forms wide while replacing curves with chamfers, it aims for a bold, technology-forward presence that stays systematic and repeatable across layouts.
Distinctive polygonal counters and angled apertures create a recognizable texture in text, especially where repeated diagonals stack across words. The heavy reliance on facets makes the design most comfortable at display-to-medium sizes, where the chamfers and internal shapes remain clear.