Sans Superellipse Akmu 2 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Gerusa' by Scannerlicker (names referenced only for comparison).
Keywords: ui labels, branding, posters, headlines, product design, techy, futuristic, clean, friendly, modernization, technical clarity, distinct identity, systematic geometry, rounded corners, octagonal, geometric, modular, open apertures.
A geometric sans with monoline strokes and a distinctive rounded-octagonal construction: curves resolve into softly chamfered corners, giving bowls and counters a superellipse-like, rounded-rectangle feel. Terminals are mostly squared with gentle rounding, and many joins favor crisp angles over continuous curves, producing a modular, engineered rhythm. Proportions are compact and steady, with clear counters and consistent stroke behavior across caps, lowercase, and numerals; round characters like O/0 and e lean into the faceted geometry while maintaining even color in text.
This font suits interface labeling, dashboards, and product or device branding where a clean, engineered look helps convey precision. Its strong, consistent silhouettes also work well for headlines, posters, and tech-focused marketing, and it can serve as a characterful text face at moderate sizes where the open counters remain clear.
The overall tone feels contemporary and technical, with a subtle sci‑fi/industrial edge from the faceted rounds and clipped curves. At the same time, the softened corners keep it approachable, preventing the geometry from reading as harsh or overly mechanical.
The design appears intended to merge modern geometric clarity with a signature rounded-faceted construction, delivering a distinct identity without sacrificing legibility. It prioritizes consistency and a modular feel, suggesting use in contemporary digital and industrial contexts.
Distinctive faceting shows up strongly in rounded glyphs and diagonals, creating a recognizable silhouette at display sizes. The numeral set follows the same rounded-corner logic, and the slashed zero provides quick differentiation in alphanumeric contexts.