Sans Faceted Humar 10 is a light, normal width, monoline, upright, normal x-height font.
Keywords: headlines, logos, posters, game ui, album covers, angular, runic, futuristic, techno, enigmatic, stylization, sci-fi flavor, runic reference, geometric rigor, display impact, geometric, faceted, pointed, diamond counters, stenciled feel.
A sharply faceted, geometric sans built from straight segments with abrupt corners in place of curves. Strokes keep a consistent thickness, while terminals frequently end in angled cuts or pointed joins, creating a chiseled, polygonal silhouette. Several glyphs feature diamond-shaped counters and internal cut-ins, giving the set a distinctive, constructed look. Uppercase forms feel tall and open with simplified geometry, while lowercase keeps a narrow, linear structure with occasional angular hooks and notched joins; figures echo the same multi-segment construction with crisp diagonals.
Best suited to display applications where its angular geometry can be appreciated: headlines, branding marks, posters, game/interface titling, and entertainment graphics. It can also work for short thematic passages or pull quotes when a stylized, coded aesthetic is desired.
The overall tone is cryptic and engineered, blending a rune-like severity with a sleek, futuristic edge. Its hard angles and diamond motifs read as technical and stylized rather than neutral, lending an enigmatic, game-title energy.
The design appears intended to translate a modern sans skeleton into a faceted, straight-edge construction, emphasizing sharp joins, diamond counters, and a deliberately synthetic rhythm. The goal seems to be a distinctive display voice that signals technology, mystery, or fantasy-coded motifs while staying structurally legible.
The faceting introduces strong directional rhythm in text, with diagonals and pointed vertices becoming the dominant texture. Because many characters rely on similar straight-stroke modules and sharp internal shapes, the face delivers a highly cohesive pattern that stands out most at display sizes.