Sans Contrasted Opmi 7 is a regular weight, normal width, very high contrast, upright, tall x-height font.
Keywords: headlines, posters, branding, interfaces, signage, futuristic, technical, digital, architectural, modular, sci-fi styling, system design, display impact, tech branding, geometric, angular, monolinear, stenciled, condensed.
A geometric, rectilinear sans with sharply squared terminals and an overall modular, constructed feel. Strokes are predominantly straight and orthogonal, punctuated by occasional diagonals (notably in K, V, W, X, Y) that keep the rhythm crisp and mechanical. Many forms use open counters and cut-in corners, creating a slightly stenciled, segmented impression and emphasizing a hard-edged silhouette. Proportions skew tall and narrow in the lowercase, with a high x-height and compact apertures that keep the texture tight at display sizes.
Well-suited to headlines, posters, and identity work where a technical or futuristic aesthetic is desired. It can also support UI labels, game titles, and wayfinding-style signage, especially where crisp, geometric letterforms help establish a systematic visual language.
The font projects a futuristic, engineered tone—cool, systematic, and reminiscent of digital readouts and industrial labeling. Its sharp geometry and disciplined spacing feel precise and utilitarian, with a subtle sci‑fi edge rather than a warm, humanist voice.
The design appears intended to translate a modular, rectilinear construction system into a display-ready alphabet, balancing strict geometry with enough differentiation to keep characters distinct. Its cut-in corners and open shapes suggest an aim toward a digital/industrial voice with strong graphic presence.
Distinctive, simplified constructions (such as the single-storey a and g, and the squared, open-sided bowls) prioritize graphic consistency over conventional book typography. Numerals and capitals share the same angular logic, giving mixed text a unified, techno-leaning color, though the tight openings and sharp joins suggest best performance at larger sizes.