Sans Faceted Idkal 3 is a very light, wide, low contrast, upright, normal x-height font.
Keywords: posters, headlines, album art, game ui, sci‑fi branding, futuristic, technical, mysterious, ritual, minimal, distinctive display, coded aesthetic, geometric system, iconic forms, geometric, angular, monoline, skeletal, faceted.
A geometric, faceted display sans built from thin, monoline strokes and sharp corners. Curves are largely replaced by angled segments and triangular or diamond-like forms, giving many letters a cut-from-planes feel. Open apertures and simplified counters create a skeletal construction, with occasional asymmetric details (notably in diagonal letters) that add a hand-drawn, rune-like flavor while keeping an overall consistent stroke logic. Spacing reads slightly open in words, and the silhouette relies on pointed terminals and crisp junctions rather than rounded joins.
Best suited for short, high-impact settings such as posters, titles, logotypes, album/film artwork, and science-fiction or gaming interfaces where a coded, geometric voice is desirable. It can also work for labels or section headers in tech-themed layouts, while extended body text will benefit from generous size and spacing.
The tone is futuristic and coded, evoking schematics, sci‑fi interfaces, and esoteric markings. Its sharp geometry and airy strokes feel precise yet cryptic, balancing a technical mood with a subtle ceremonial or runic character.
The design appears intended to translate a minimalist monoline sans into a faceted, symbol-like system, emphasizing angular construction and distinctive silhouettes over conventional readability. It aims to communicate a modern, enigmatic identity using repeated planar motifs and open forms.
Several glyphs lean on triangles, chevrons, and diamonds as structural motifs (e.g., pointed bowls and rhombus-like “O” forms), which makes the alphabet feel cohesive but intentionally unconventional. The lightweight construction favors contrast through shape and negative space rather than stroke modulation, so legibility depends heavily on size and context.