Sans Superellipse Ormak 9 is a very bold, narrow, low contrast, upright, normal x-height font visually similar to 'Acumin' by Adobe, 'Midnight Sans' by Colophon Foundry, 'Highman' by Eko Bimantara, and 'Manual' by TypeUnion (names referenced only for comparison).
Keywords: headlines, posters, signage, branding, packaging, industrial, condensed, confident, impactful, no-nonsense, space-saving impact, strong legibility, geometric consistency, signage utility, blocky, squared, rounded corners, monoline, vertical stress.
A condensed, heavy sans with monoline strokes and compact proportions. Curves are built from rounded-rectangle geometry, giving bowls and counters a squared-off, superelliptical feel rather than true circles. Terminals are clean and mostly flat, with subtle rounding that softens the overall blockiness. Counters are relatively tight (notably in C, D, O, e), and the vertical rhythm is strong, producing a dense, poster-like texture in text.
Best suited to short, high-impact settings such as headlines, posters, bold brand marks, and on-product packaging where compact width is an advantage. It also works well for signage and labels that need strong presence at medium-to-large sizes.
The font reads assertive and utilitarian, with a compressed stance that feels efficient and hard-hitting. Its squared curves and tight spacing evoke an industrial, signage-oriented tone—bold and direct rather than friendly or delicate.
The design appears intended to deliver maximum impact in limited horizontal space while keeping forms clear and mechanically consistent. Its superelliptical construction and uniform stroke weight prioritize a strong silhouette and dependable repeatability across letters and numerals.
Uppercase shapes maintain consistent width and sturdy stems, while lowercase forms keep the same condensed logic with simple, closed apertures (especially in a, e, s). Numerals match the heavy weight and compact width, supporting uniform, attention-grabbing lines. Overall color is dark and even, with minimal modulation across curves and joins.