Sans Superellipse Hamol 11 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Eurostile LT', 'Eurostile Next', and 'Eurostile Next Paneuropean' by Linotype; 'Myers Sans' by T-26; and 'Eurostile' and 'Eurostile Round' by URW Type Foundry (names referenced only for comparison).
Keywords: headlines, branding, packaging, signage, ui, modern, friendly, assertive, clean, techy, impact, clarity, approachability, modernity, utility, rounded, blocky, geometric, soft-cornered, compact.
A heavy, geometric sans with rounded-rectangle (superellipse) construction and consistently softened corners. Strokes are uniform and sturdy, with large interior counters that keep forms open even at bold weight. Proportions lean broad, with wide bowls and a steady, block-like rhythm across capitals and lowercase. Terminals are mostly blunt and squared-off with radiused corners, creating a smooth, engineered silhouette; curves are controlled rather than calligraphic.
Best suited to headlines, logos, packaging, and display settings where a strong, rounded-geometric look is desired. The open counters and steady stroke width also make it a solid option for interface labels, navigation, and signage at medium-to-large sizes where clarity and impact are priorities.
The overall tone is contemporary and approachable, pairing a confident, emphatic presence with a friendly softness from the rounded geometry. It reads as practical and tech-adjacent, with an efficient, no-nonsense voice suited to bold statements and clear wayfinding.
The design appears intended to deliver high-impact, contemporary communication with a softened industrial feel—combining robust stroke weight with rounded superellipse forms to stay friendly while remaining clearly structured and legible.
Capitals are compact and stable with straight-sided curves, while lowercase keeps a simple, workmanlike structure with clear differentiation in key shapes (notably the open, rounded bowls and straightforward diagonals). Numerals match the same rounded-rect geometry, maintaining strong consistency in weight and corner treatment for a cohesive set.