Sans Faceted Idram 5 is a very light, narrow, low contrast, upright, normal x-height font.
Keywords: display, ui labels, headlines, posters, branding, technical, futuristic, schematic, industrial, minimal, geometric styling, tech aesthetic, schematic look, interface voice, monoline, wireframe, angular, faceted, chamfered.
A monoline, wireframe-style sans built from straight strokes and faceted, chamfered corners in place of curves. The outlines feel drawn from geometric primitives with frequent clipped terminals, producing a polygonal, almost CNC-cut rhythm across letters and numerals. Spacing and widths vary by character, while the construction stays consistent: tall, linear verticals, crisp horizontals, and occasional open joins that keep counters airy and the overall color extremely light.
Best suited to display settings where the hairline construction and angular faceting can read cleanly: headlines, short UI labels, tech-themed posters, product branding, and environmental or wayfinding-style graphics. It performs particularly well when given generous size, tracking, and contrast against a simple background.
The font reads as technical and futuristic, with a schematic, engineered tone reminiscent of instrumentation markings and minimalist sci‑fi interface lettering. Its faceted corners and linear construction give it a precise, industrial voice that feels deliberate and mechanical rather than expressive or handwritten.
The design appears intended to translate a faceted, polygonal geometry into a lightweight linear alphabet, emphasizing precision and a constructed, machine-made look. By replacing curves with planar cuts and keeping strokes uniform, it aims for a contemporary technical aesthetic that stays consistent across letters and figures.
Several glyphs use open contours and small notch-like cuts at corners, which adds a blueprint/plotter aesthetic but also reduces solidity at small sizes. The numerals and capitals carry the strongest presence; the lowercase maintains the same geometric logic with simplified forms and restrained differentiation between similar shapes.