Sans Faceted Pasu 1 is a regular weight, wide, low contrast, italic, tall x-height font.
Keywords: ui labels, tech branding, sports graphics, headlines, posters, futuristic, technical, digital, industrial, sporty, interface clarity, speed, tech aesthetic, geometric rigor, modern branding, angular, chamfered, octagonal, monoline, geometric.
A slanted monoline sans with faceted, chamfered corners that replace most curves with short angled segments. Strokes maintain an even thickness and terminate in crisp, clipped ends, creating an octagonal rhythm in rounded forms like O, C, and G. Proportions are horizontally generous with open counters and steady spacing; the lowercase shows a single-storey a and g, a squared bowl on b/d/p/q, and a compact, angular s. Numerals and capitals follow the same hard-edged construction, yielding a consistent, engineered texture across lines of text.
Well-suited to technology-oriented display work such as UI labels, dashboards, device packaging, and sci‑fi themed graphics. It also fits modern sports or automotive-style branding where a fast, engineered voice is desired. Best used at medium-to-large sizes where the faceted corners and clipped terminals can read clearly.
The overall tone is sleek and machine-made, evoking sci‑fi interfaces, electronics labeling, and contemporary performance branding. Its angular facets and forward slant add speed and tension, while the clean monoline build keeps it controlled and utilitarian rather than expressive or calligraphic.
The design appears intended to translate a geometric sans into a faceted, precision-cut aesthetic, pairing an energetic slant with crisp planar corners. The goal seems to be a modern, technical voice that remains straightforward and legible while signaling speed and engineered construction.
The faceting is most prominent in round letters and in shoulder joins (notably r, n, m), where small planar cuts define the curve transitions. The italic angle is consistent across cases, and the design favors clarity through open apertures and simplified forms over softness or organic modulation.