Sans Superellipse Orlah 1 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'FF Good' and 'FF Good Headline' by FontFont and 'Ranelte' by insigne (names referenced only for comparison).
Keywords: ui labels, signage, headlines, branding, packaging, modern, friendly, direct, clean, utilitarian, clarity, approachability, modernity, robustness, systematic design, rounded, soft corners, compact, sturdy, high legibility.
A heavy, rounded sans with compact proportions and consistently softened corners. Curves tend toward squared-off, superellipse-like shapes rather than perfect circles, giving bowls and counters a firm, engineered feel. Strokes are even and monolinear, terminals are cleanly cut, and the overall rhythm is steady and dense, with large counters and clear interior spaces that hold up well at size. Uppercase forms are broad and stable, while the lowercase is straightforward and workmanlike with simple construction and minimal modulation.
Best suited for interface typography, product labeling, signage, and bold editorial headlines where crisp recognition and a friendly modern presence are needed. It also works well for logos and packaging that benefit from a sturdy, rounded sans voice and consistent, high-contrast-on-page color.
The tone is contemporary and approachable, combining a friendly softness with a matter-of-fact, industrial solidity. It reads confident and practical rather than expressive, projecting clarity and reliability with a subtly tech-forward polish.
The likely intention is a contemporary, highly legible sans that balances soft geometry with strong weight for clear communication across display and short-text applications. The superellipse-like rounding suggests a design aimed at feeling modern and approachable while remaining structural and efficient.
The rounded-rectangle geometry is especially apparent in letters like O/C/G and in the numerals, which feel blocky yet smooth. The design maintains strong distinction between similar shapes (e.g., I/l/1 and O/0) through proportion and open forms, supporting quick scanning in dense settings.