Sans Superellipse Hagun 2 is a bold, normal width, monoline, upright, normal x-height font visually similar to 'Quayzaar' by Test Pilot Collective and 'Bananku' by Umka Type (names referenced only for comparison).
Keywords: headlines, posters, branding, ui labels, signage, futuristic, tech, industrial, playful, retro, tech aesthetic, display impact, geometric clarity, friendly modernity, rounded, squared, compact, geometric, modular.
A rounded, squared-off sans with superelliptical bowls and generously radiused corners. Strokes are uniformly heavy with minimal contrast, producing solid, monolithic silhouettes and crisp interior counters. The overall construction feels geometric and modular, with flattened terminals and rounded-rectangle apertures that keep curves tight and controlled. Letters show slightly compact proportions and a steady rhythm; round characters like O and 0 read as rounded squares, while forms such as S, G, and a use smooth, engineered bends rather than calligraphic curves.
Best suited to headlines, logos, packaging, and short UI labels where its chunky geometry and rounded-square forms can read cleanly. It also works well for wayfinding-style signage and tech-themed promotional materials, but is less ideal for extended body copy due to its dense, heavyweight texture.
The tone is contemporary and synthetic, evoking interfaces, sci‑fi labeling, and product hardware. Its rounded corners soften the impact, adding a friendly, game-like warmth to an otherwise technical, industrial voice.
The design appears intended to deliver a strong, modern techno-geometric impression using rounded-rectangle construction and consistent stroke weight. It prioritizes bold silhouette recognition and a cohesive, engineered alphabet suitable for contemporary display typography.
Distinctive features include a single-storey a, a squared, open-corner style on several forms, and numerals that follow the same rounded-rectangle logic for a cohesive set. The heavy, monoline build favors display clarity, while the compact shapes can start to feel dense in longer passages at smaller sizes.