Sans Faceted Jilo 9 is a light, very wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, branding, game ui, techno, futuristic, geometric, architectural, sci-fi, geometric styling, tech signaling, display impact, modular construction, angular, faceted, polygonal, modular, sharp.
A sharply faceted sans with polygonal construction throughout, replacing curves with straight segments and crisp corners. Strokes are consistently thin and even, with generous interior space and open counters that keep forms legible despite the angular modeling. Proportions run broadly across caps and many lowercase letters, producing a stretched, horizontal stance; terminals tend to end in angled cuts rather than perpendicular stops. The overall rhythm is built from repeated diagonals and chamfer-like joins, giving letters and numerals a cohesive, engineered look.
Best suited to display contexts where its polygonal character can read clearly: headlines, posters, packaging accents, logos, and futuristic branding. It can also work for short UI labels or game/interface graphics when set with comfortable spacing; longer paragraphs are more effective at larger sizes due to the thin strokes and high vertex density.
The faceted geometry reads as futuristic and technical, evoking digital interfaces, industrial design, and sci‑fi titling. Its sharp angles and wide stance feel assertive and synthetic rather than humanist, with a clean, constructed tone that suggests precision and modernity.
The design appears intended to translate a clean sans skeleton into an angular, faceted system, emphasizing repeatable straight segments and consistent chamfered joins. The goal seems to be a distinctive display voice that signals technology and modern fabrication while remaining readable through open counters and restrained stroke weight.
The mix of straight-sided bowls (notably in O-like shapes) and angular joins creates a distinctive, almost emblematic texture in running text. At smaller sizes the fine strokes and many vertices may benefit from extra tracking and careful contrast management against busy backgrounds.