Sans Superellipse Abmet 8 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'FF Good' by FontFont and 'Mazot' and 'Salda' by Hurufatfont (names referenced only for comparison).
Keywords: ui text, product design, signage, editorial, presentations, clean, modern, neutral, technical, friendly, clarity, versatility, system design, approachability, rounded, geometric, monoline, open counters, smooth curves.
A clean, geometric sans with monoline strokes and softly rounded, superelliptical curves. Letters are built from simple, even forms with open apertures and clear counters, giving the alphabet an orderly, consistent rhythm. Terminals are generally straight and crisp, while round characters (C, O, G, e, o) show a rounded-rectangle feel rather than perfect circles. The lowercase is straightforward and readable, with compact joins in m/n, a simple single-storey a, and a tidy, utilitarian overall texture in text.
This font fits interface typography, product and brand systems, and general-purpose editorial work where clarity and neutrality are important. Its rounded geometric forms also work well for wayfinding and dashboards, staying legible at a range of sizes and in short labels as well as longer paragraphs.
The tone is contemporary and matter-of-fact, balancing a precise, engineered feel with a mild friendliness from the rounded geometry. It reads as dependable and unobtrusive rather than expressive or decorative, making it well-suited to clear communication.
The design appears intended as a versatile, system-like sans that prioritizes legibility and consistent geometry. Its superelliptical rounding suggests a goal of making a modern, technical voice feel slightly more approachable without sacrificing precision.
Capitals appear spacious and stable, with a straightforward construction in forms like E/F/T and a clean diagonal structure in V/W/X/Y. Numerals are simple and highly legible, matching the same rounded, even-weight logic as the letters and maintaining consistent proportions across the set.