Sans Superellipse Akwo 9 is a bold, narrow, low contrast, upright, normal x-height font.
Keywords: headlines, branding, posters, packaging, interface, techy, industrial, utilitarian, retro-futurist, confident, geometric voice, tech branding, display clarity, modular consistency, rounded corners, geometric, squared rounds, compact, modular.
A compact sans with a squared-round construction: curves resolve into rounded rectangles and superellipse-like bowls, producing corners that feel chamfered rather than fully circular. Strokes are consistently heavy with minimal modulation, and terminals are clean and mostly flat, reinforcing a solid, engineered rhythm. The uppercase is tall and condensed with broad, simplified counters (notably in C, G, O, Q), while the lowercase keeps a straightforward, single-storey feel (a, g) and a tidy, vertical stress. Numerals follow the same boxy-rounded logic, with open, legible shapes and a uniform, sturdy color on the page.
Well-suited for headlines, logos, and display typography where a compact, technical voice is desirable. It can work for UI labels and signage when set with adequate size and spacing, and it’s effective for packaging or editorial accents that benefit from a sturdy, geometric presence.
The overall tone is modern and technical, with a slightly retro digital flavor. Its rounded-square geometry reads as machine-made and pragmatic, projecting clarity and control more than warmth or calligraphy.
The letterforms appear designed to translate rounded-rect geometry into a practical sans for contemporary display use, balancing strict modular shapes with enough openness to stay readable. The consistent terminals and squared-round bowls suggest an intention to evoke a technological, engineered aesthetic while remaining broadly functional.
The design maintains a highly consistent superelliptical motif across rounds, diagonals, and joins, giving text a cohesive, modular texture. Tight inner spaces and wide stroke mass make it visually emphatic, favoring larger sizes and short lines where its distinctive shapes are most apparent.