Sans Faceted Umge 3 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Imagine Font' by Jens Isensee (names referenced only for comparison).
Keywords: headlines, logos, posters, game ui, tech branding, techno, futuristic, industrial, arcade, mechanical, display impact, tech aesthetic, geometric system, modular consistency, octagonal, angular, chamfered, geometric, monolinear.
A sharply geometric sans with faceted, chamfered corners that turn curves into planar segments. Strokes are heavy and largely uniform, producing a monolinear, low-modulation look with crisp inside cut-ins and squared counters. The design favors wide, stable forms and straight-sided bowls; diagonals appear as clipped angles rather than smooth arcs, creating an octagonal rhythm across letters and numerals. Terminals are clean and abrupt, and the overall texture reads dense and blocky while remaining highly constructed and consistent.
This font performs best at display sizes where its faceted corners and angular counters remain clear. It suits headlines, logos, packaging, and poster work that benefits from a strong technical aesthetic, and it can also serve in game or interface graphics where a constructed, futuristic tone is desired.
The faceted geometry gives the font a hard-edged, technical voice that feels engineered rather than handwritten. Its angular counters and clipped curves evoke sci‑fi interfaces, arcade cabinets, and industrial labeling, projecting a confident, utilitarian energy.
The design appears intended to translate a geometric sans into a faceted, planar system, replacing curves with chamfered segments for a distinctly engineered silhouette. The goal is a bold, high-impact display face with a consistent angular motif and a modern, technology-forward personality.
Distinctive features include squared/rectangular internal apertures and repeated corner chamfers that unify the alphabet. The lowercase echoes the uppercase’s constructed logic, keeping a tight, modular feel, while numerals follow the same clipped geometry for strong set cohesion.