Sans Superellipse Pinom 7 is a bold, narrow, monoline, upright, normal x-height font visually similar to 'Space Race' by Comicraft and 'Noctura Georgia' by Ergibi Studio (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, industrial, authoritative, condensed, athletic, retro, space saving, high impact, signage clarity, geometric consistency, blocky, rounded, square, compact, sturdy.
A compact, heavy sans with squared proportions and consistently rounded corners, giving many letters a softened-rectangle silhouette. Strokes are uniform in weight with minimal modulation, and counters tend to be tight and rectangular, emphasizing density. Terminals are clean and flat, while curved letters like C, G, O, and Q lean toward superellipse shapes rather than true circles. The overall rhythm is tall and compressed, with short extenders and a sturdy baseline presence that reads as highly structured and engineered.
Best suited to headlines, posters, and identity work where a dense, high-impact word shape is desirable. It also fits packaging, signage, and labels that benefit from compact width and strong presence. In longer text, it will work most comfortably at larger sizes where the tight counters remain clear.
The tone is blunt and utilitarian, with a confident, no-nonsense voice. Its condensed, block-forward shapes feel contemporary-industrial while also nodding to vintage signage and sports graphics. The rounded corners keep it from feeling harsh, adding a controlled friendliness to an otherwise forceful texture.
The design appears intended to deliver maximum impact in limited horizontal space while maintaining a consistent, rounded-rectangle construction across the alphabet. The softened corners and uniform stroke weight suggest a goal of pairing industrial sturdiness with approachable modernity.
At display sizes it forms dark, even text color with strong vertical emphasis, and the tight apertures/counters contribute to a compact, space-efficient look. Numerals and capitals match the same squared, softened geometry for a cohesive system.