Sans Superellipse Hibam 12 is a very bold, normal width, low contrast, upright, normal x-height font visually similar to 'Molecula' by Northeast Type Foundry, 'Mynor' by The Northern Block, and 'Pulse JP' and 'Pulse JP Arabic' by jpFonts (names referenced only for comparison).
Keywords: headlines, posters, branding, signage, packaging, confident, friendly, impactful, modern, sporty, attention, clarity, approachability, modernity, rounded, blocky, soft-cornered, compact, high-clarity.
A heavy, rounded sans with squared-off curves: bowls and counters feel like softened rectangles, producing a chunky, compact silhouette. Strokes maintain consistent thickness with minimal modulation, and terminals are blunt with gently radiused corners. Uppercase forms are broad and stable, while lowercase is sturdy and straightforward, with simple joins and wide counters that keep shapes open at display sizes. Numerals follow the same robust, geometric logic, emphasizing bold, easily distinguishable forms.
Best suited to headline and short-text settings where its weight and compact, rounded construction can deliver quick recognition—such as posters, large-format signage, brand wordmarks, packaging, and UI headers. It can work for brief emphatic copy, but its dense color may feel heavy in long paragraphs at smaller sizes.
The overall tone is assertive and energetic while staying approachable due to the softened corners and rounded interiors. It reads as contemporary and utilitarian, with a hint of athletic and tech-forward character rather than editorial refinement.
The font appears intended to provide a bold, contemporary voice with softened geometry—combining strong presence with friendly, rounded edges for high-impact communication and clear, repeatable shapes.
The design relies on strong mass and clear negative space, giving it high visibility and a consistent rhythm across mixed-case text. The rounded-rectangle construction is especially apparent in curved letters, where arcs resolve into flatter segments rather than fully circular geometry.