Sans Faceted Lisy 12 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui labels, sci-fi titles, game ui, tech branding, packaging, techno, industrial, futuristic, tactical, arcade, geometric system, mechanical feel, futurist styling, display clarity, angular, faceted, chamfered, geometric, monoline.
This typeface is built from straight strokes and clipped corners, replacing curves with short diagonal facets that create an octagonal, machined outline. Stems are largely monoline with crisp terminals, producing a clean, low-friction texture and consistent rhythm across caps, lowercase, and figures. Counters tend toward squared-octagonal forms, with open apertures in letters like C and S rendered as angular breaks rather than smooth arcs. Overall proportions are compact and geometric, with sturdy verticals, simple joins, and a distinctly engineered silhouette that remains clear at display sizes.
It works well for interface labels, HUD-style text, and short-form headlines where its angular construction can read as purposeful and modern. The design also suits technology branding, product naming, and packaging or signage that benefits from a “machined” aesthetic, especially in larger sizes where the facets are clearly visible.
The faceted geometry and chamfered corners give the font a technical, futuristic tone, like labeling found on equipment, interfaces, or game UI. Its hard edges and modular feel read as precise and utilitarian rather than expressive or calligraphic, projecting a controlled, industrial confidence.
The design appears intended to translate a geometric sans into a faceted, industrial voice by systematically chamfering corners and constructing rounds from planar segments. This creates a cohesive, tech-forward texture that emphasizes precision, durability, and a modular visual system.
Round letters (such as O and Q) are constructed as multi-sided shapes, which makes the design feel consistent and intentional across the set. The numerals follow the same chamfered logic, supporting a cohesive, system-like appearance in mixed alphanumeric strings.