Sans Superellipse Derum 3 is a light, narrow, low contrast, italic, tall x-height font visually similar to 'Quota' by Ryan Williamson (names referenced only for comparison).
Keywords: headlines, branding, posters, tech ui, signage, futuristic, technical, sleek, sporty, modern, speed, modernization, geometric cohesion, brand distinctiveness, monoline, rounded, superelliptical, condensed, slanted.
A monoline sans with a consistent, rounded-rectangle (superelliptical) construction and gently softened corners throughout. Strokes maintain an even thickness with minimal modulation, while terminals tend to be clean and rounded, giving counters a capsule-like geometry. The design is noticeably slanted, with tall, compact forms and tight interior spacing that keeps letters efficient and upright in rhythm despite the angle. Curves and joins are controlled and mechanical rather than calligraphic, and figures follow the same rounded, streamlined logic for a cohesive alphanumeric texture.
Best suited to short-to-medium display settings where its streamlined shapes and slanted rhythm can carry personality—headlines, posters, packaging, and brand marks. It can also work for interface accents, labels, or signage where a modern, technical tone is desired and the rounded geometry helps maintain clarity at a distance.
The overall tone feels contemporary and engineered—sleek, aerodynamic, and slightly retro-futuristic. Its rounded geometry reads friendly at a glance, while the disciplined stroke behavior and slanted stance add speed and a technical, display-forward energy.
Likely intended as a contemporary display sans that blends friendly rounded forms with a fast, engineered slant. The consistent monoline strokes and superelliptical construction suggest a focus on geometric coherence and a distinctive, immediately recognizable silhouette in branding and titling.
Distinctive superelliptical bowls and squared-off curves create a strong, branded silhouette, especially in rounded letters and numerals. The italic angle and compact proportions increase momentum in lines of text, producing a smooth, continuous flow with minimal visual noise.