Sans Faceted Itba 9 is a light, wide, monoline, upright, normal x-height font.
Keywords: headlines, posters, logotypes, ui labels, packaging, tech, futuristic, industrial, modular, precise, sci-fi styling, systematic geometry, tech branding, industrial labeling, display clarity, octagonal, angular, geometric, stenciled, outline.
A geometric, faceted sans built from uniform strokes with clipped corners that turn bowls and rounds into octagonal forms. The drawing favors straight segments and short diagonal chamfers over true curves, producing crisp, planar counters in letters like O, C, and G. Terminals are generally blunt and squared, with occasional inward notches and segmented joins that create a slightly engineered, assembled feel. Proportions read broad and open, with generous interior space and consistent stroke rhythm across caps, lowercase, and numerals.
This face suits display roles where its faceted construction can be appreciated: headlines, posters, tech/event branding, and logotypes. It can also work for UI labels, dashboards, and packaging accents when you want a crisp, engineered voice, while longer text is best kept to short blocks or larger sizes to preserve the angular detail.
The overall tone feels technical and forward-looking, like interface labeling or industrial marking. Its angular chamfers and segmented construction suggest precision tooling, circuitry, or sci‑fi panel typography rather than humanist warmth. The light, open forms keep it clean and contemporary while the faceting adds a distinctive, synthetic edge.
The design appears intended to translate curved sans forms into a chamfered, planar system, balancing legibility with a distinctive geometric signature. By standardizing stroke weight and using repeated facets at turns, it aims for a modular, machine-made aesthetic that reads cleanly and consistently across letters and numerals.
Distinctive facets appear consistently at corners and curves, giving the alphabet a cohesive “cut-metal” geometry. The sample text shows good clarity at display sizes, where the chamfers and notches read as intentional detailing; at smaller sizes those micro-angles may visually merge into a denser texture depending on output resolution.