Font Hero

Sans Superellipse Akbu 10 is a regular weight, narrow, low contrast, upright, tall x-height font visually similar to 'Goodland' by Swell Type (names referenced only for comparison).

Keywords: ui labels, wayfinding, packaging, headlines, posters, technical, modern, utilitarian, compact, futuristic, space saving, systematic, modernization, clarity, rounded corners, monoline, condensed, squared rounds, clean.

A condensed, monoline sans with rounded-rectangle construction and softened corners throughout. Curves resolve into squarish bowls and terminals, producing a superellipse-like geometry rather than purely circular forms. Strokes stay even with minimal modulation, counters are relatively tight, and joins are clean and controlled. The lowercase shows a tall x-height with short ascenders/descenders, keeping lines compact; punctuation and numerals follow the same squared-round logic for a consistent texture.

Well-suited for interface labels, dashboards, and compact informational typography where space is limited and shapes need to stay crisp. It also works effectively for signage and wayfinding systems, as well as contemporary packaging and headline settings that benefit from a streamlined, techno-industrial flavor.

The overall tone feels technical and contemporary, with a slightly futuristic, device-like precision. Its compact rhythm and rounded-square forms read as purposeful and efficient rather than expressive or calligraphic.

The design appears intended to blend a modern, engineered feel with approachable softness by using rounded-rectangle forms and consistent monoline strokes. Its condensed, high-efficiency proportions suggest a focus on fitting more characters into tight layouts while keeping a stable, uniform typographic color.

Rounded corners are a defining feature across both straight and curved strokes, giving the face a friendly edge despite its engineered geometry. The condensed proportions increase apparent density in text, while the uniform stroke and simplified terminals maintain clarity at display-to-text sizes.