Sans Faceted Gevo 13 is a light, normal width, low contrast, upright, normal x-height font.
Keywords: sci‑fi ui, tech branding, gaming, posters, logos, futuristic, technical, angular, digital, geometric, geometric system, tech aesthetic, display impact, modular construction, monoline, octagonal, modular, crisp, wireframe.
A monolinear sans built from straight segments and clipped corners, replacing curves with short facets that create an octagonal, engineered silhouette. Strokes keep a consistent thickness with clean joins and minimal optical modulation, giving the letterforms a precise, plotted feel. Proportions are generally compact with a steady x-height and open counters formed by chamfered edges; diagonals are used decisively, and terminals typically end in blunt cuts rather than rounded finishes. Numerals follow the same faceted construction, emphasizing sharp geometry and consistent rhythm across the set.
Well-suited to sci‑fi interface graphics, technology-forward branding, game titles, and display applications where a geometric, faceted voice is desired. It can also work for short headlines, labels, and packaging accents that benefit from a sharp, engineered aesthetic, while longer passages will emphasize its segmented texture.
The overall tone feels futuristic and technical, like lettering derived from CAD diagrams, sci‑fi interfaces, or industrial labeling. Its angular construction reads as crisp and systematic, projecting a cool, machine-made personality rather than warmth or softness.
The design appears intended to translate a geometric, faceted construction system into a practical sans for display use, prioritizing crisp straight strokes and chamfered corners to evoke a digital/industrial mood. It aims for visual consistency across the alphabet and numerals by applying the same planar logic to every glyph.
In text, the repeated chamfers create a distinctive sparkle and a slightly segmented texture, especially where multiple diagonals and clipped corners accumulate. The design maintains a cohesive modular logic across uppercase, lowercase, and numerals, favoring clarity through simplified, geometric strokes over calligraphic nuance.