Sans Superellipse Enmar 5 is a bold, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, logos, sports branding, gaming ui, posters, techno, sporty, futuristic, dynamic, sleek, convey speed, signal modernity, interface styling, brand impact, rounded corners, squared bowls, oblique, streamlined, compact.
A streamlined oblique sans with a rounded-rectangle (superellipse) construction throughout. Strokes are uniform and sturdy, with softened corners and flat terminals that keep the silhouette clean at speed-oriented angles. Curves resolve into squarish bowls and apertures (notably in O/Q/0 and e), giving the design a geometric, engineered feel rather than a purely circular one. Spacing reads tight and efficient, and the rhythm is forward-leaning and continuous, with minimal modulation and a crisp, graphic edge.
Works best in short-to-medium display settings where its slanted stance and superelliptical forms can read clearly—such as headlines, product branding, esports and sports identities, event posters, and UI accents for dashboards or HUD-style interfaces. It can also serve as a strong typographic voice for packaging and promotional graphics that need a fast, modern feel.
The overall tone is modern and performance-driven, evoking motorsport, consumer electronics, and sci‑fi interface aesthetics. The oblique slant and squared-round geometry communicate motion, precision, and a slightly aggressive energy while staying approachable due to the softened corners.
The design appears intended to blend geometric clarity with a sense of motion, using oblique construction and rounded-rectangle forms to create a contemporary, tech-forward personality. Its consistent stroke weight and softened corners suggest a focus on high-impact legibility and a cohesive, industrial aesthetic.
Distinctive rounded-rectangular counters and bowls create a consistent “capsule” motif across letters and numerals, helping the design feel cohesive in both all-caps and mixed-case settings. Figures share the same squarish curvature, making numeric strings look uniform and technical.