Sans Superellipse Allow 3 is a light, wide, medium contrast, upright, normal x-height font.
Keywords: ui, apps, dashboards, headlines, branding, modern, techy, clean, friendly, futuristic, ui clarity, systematic, screen-first, modern branding, technical neutrality, monoline, geometric, rounded corners, squared curves, straight terminals.
The letterforms are built from squared curves and superelliptical rounds, producing corners that read as softened but intentionally geometric. Strokes are predominantly monoline with minimal modulation, and terminals tend to be straight-cut, emphasizing a precise, engineered finish. The proportions lean horizontally generous, with open counters and a consistent, modular rhythm across capitals, lowercase, and figures, giving the face a structured, grid-friendly appearance.
This font suits UI and product interfaces, dashboards, and app typography where a modern, non-distracting voice is needed. It also works well for technology branding, packaging, and motion graphics that benefit from a geometric, rounded-square aesthetic. Headings, short blocks of text, and signage-style labels are natural fits thanks to its open forms and steady rhythm.
This typeface projects a calm, contemporary, and slightly tech-forward tone. Its rounded-rect geometry feels friendly and approachable, while the crisp, monoline construction keeps it disciplined and modern. Overall it suggests clean system design, interface clarity, and a quietly futuristic sensibility rather than warmth or nostalgia.
The design appears intended to combine a geometric, rounded-rectangle construction with high legibility and a controlled, contemporary voice. By using softened corners and open internal spaces without adding decoration, it aims to feel approachable while still reading as precise and functional. The consistent, modular shapes suggest it was drawn to behave predictably in structured layouts and digital contexts.
Round letters like O and Q read as squarish ovals with softened corners, reinforcing the superellipse theme across the set. The figures share the same rounded-rect logic, giving numerals a cohesive, device-like presence in settings such as data display and labeling.