Sans Faceted Idkib 1 is a very light, narrow, monoline, upright, normal x-height font.
Keywords: ui labels, sci-fi titles, tech branding, wayfinding, posters, technical, futuristic, minimal, architectural, precision, geometric system, digital aesthetic, space efficiency, modernization, display clarity, angular, faceted, octagonal, geometric, crisp.
A very thin, single-stroke sans with curves consistently replaced by straight segments and clipped corners, creating an octagonal, faceted silhouette across bowls and terminals. Stems are clean and even, joins are sharp, and horizontals/verticals dominate with occasional diagonals for A, K, M, N, V, W, X, and Y. Counters tend to be compact due to the narrow proportions, and round characters like O, C, G, and Q read as polygonal outlines rather than true circles. Spacing is open enough to keep the hairline strokes legible, and the overall rhythm feels tidy and engineered.
This design suits short-to-medium settings where a sleek, angular voice is desired, such as interface labeling, dashboard readouts, event or exhibition graphics, and sci-fi or tech-themed headlines. It can also work for signage-style applications where the clipped geometry helps characters stay distinct at a glance, especially in all-caps or sparse layouts.
The font conveys a precise, instrument-like tone—cool, controlled, and slightly futuristic. Its faceted geometry suggests digital interfaces, technical diagrams, and constructed forms rather than hand-made warmth.
The likely intention is to reinterpret a neutral sans skeleton through a faceted, polygonal construction, prioritizing consistency and a technical aesthetic over organic curvature. The hairline monoline treatment and narrow stance emphasize lightness and efficiency while keeping the geometry as the primary identifying feature.
The faceting is applied consistently to both uppercase and lowercase, giving even simple forms (like o/e/c) a distinctive, chiseled feel. The numerals follow the same clipped-corner logic, supporting a unified, systematized appearance in mixed text and data-driven settings.