Sans Superellipse Hagof 12 is a bold, wide, low contrast, upright, normal x-height font visually similar to 'Plasma' by Corradine Fonts, 'Lustra Text' by Grype, 'Olney' by Philatype, and 'Sweet Square' and 'Sweet Square Pro' by Sweet (names referenced only for comparison).
Keywords: headlines, branding, ui, signage, posters, tech, industrial, confident, modern, sporty, impact, clarity, modernity, technical tone, robustness, squared, rounded, blocky, geometric, sturdy.
A heavy, geometric sans with rounded-rectangle construction and softened corners throughout. Strokes are uniform and dense, with large counters and apertures that stay open even at bold sizes. Curves tend toward superelliptical forms rather than true circles, giving bowls and zeros a squared, engineered feel. Terminals are predominantly flat and horizontal/vertical, and the overall proportions emphasize a broad footprint with compact interior shaping for a tight, stable rhythm in text.
Best suited to headlines, brand marks, packaging, and display typography where a sturdy, modern presence is needed. The open counters and straightforward construction also translate well to UI labels, dashboards, and wayfinding at medium-to-large sizes, especially in settings that benefit from a technical or industrial impression.
The font conveys a contemporary, engineered tone—confident and functional, with a distinctly tech and industrial flavor. Its rounded squareness adds approachability without losing a robust, performance-oriented edge, making it feel at home in modern interfaces and hardware-adjacent branding.
The design appears intended to merge geometric clarity with softened, rounded-rectangle shapes to achieve a tough-but-friendly display voice. Its consistent stroke weight and engineered curves suggest an aim for high impact, clear recognition, and a contemporary, product-forward aesthetic.
Capitals and figures read as particularly strong due to their squared curves and consistent weight, while the lowercase maintains clarity through generous counters and simple joins. The numerals follow the same rounded-rect logic, supporting a cohesive voice across alphanumerics.