Sans Superellipse Rikig 10 is a regular weight, normal width, low contrast, upright, normal x-height font.
Keywords: ui text, tech branding, signage, packaging, editorial display, tech, futuristic, minimal, clean, geometric, digital clarity, geometric system, modern utility, sci-fi accent, rounded corners, squared curves, monoline, modular, open counters.
A geometric sans with monoline strokes and a distinctly rectilinear curve vocabulary: bowls and rounds are built from rounded rectangles rather than circles. Corners are consistently radiused, terminals are flat, and joins stay crisp, giving the design a modular, engineered feel. Counters tend to be open and spacious, with straightforward, almost schematic construction across capitals, lowercase, and numerals. Overall spacing reads even and controlled, supporting a steady rhythm in text while keeping a strong, graphic silhouette in display sizes.
Well-suited to interface typography, dashboards, and product UI where clarity and consistent geometry matter. Its squared-round construction also works nicely for tech branding, wayfinding and signage, and contemporary packaging or editorial headlines that want a modern, engineered look.
The superelliptical rounding and squared-off curves create a contemporary, technology-forward tone. It feels streamlined and utilitarian, with a subtle sci‑fi flavor that stays clean rather than playful. The consistent geometry projects precision and modernity.
The design appears intended to translate rounded-rectangle geometry into a practical sans for modern digital contexts—combining clean, modular shapes with enough openness to remain legible in continuous reading. It prioritizes consistency of curvature, tidy terminals, and a controlled rhythm for a polished, system-like voice.
Several forms emphasize straight stems with rounded-rectangle bowls (notably in characters like O/Q and the rounded parts of B/P/R), reinforcing a cohesive family of shapes. Numerals follow the same squared-round logic, producing a uniform set well-suited to UI readouts and technical labeling.