Font Hero

Sans Superellipse Pekoh 2 is a very bold, narrow, low contrast, upright, normal x-height font visually similar to 'Nestor' by Fincker Font Cuisine, 'CF Blast Gothic' by Fonts.GR, 'Molde' by Letritas, 'Vinila' by Plau, and 'Nicon' by Sign Studio (names referenced only for comparison).

Keywords: headlines, posters, packaging, branding, signage, assertive, industrial, sporty, compact, utility, space saving, high impact, modern utility, geometric consistency, blocky, squared, rounded corners, punchy, condensed.

A compact, heavy sans with squarish, superellipse-derived curves and generously rounded corners. Strokes maintain a steady thickness with minimal modulation, producing solid, ink-trap-free silhouettes and dark, even texture. Counters are small and often rectangular-rounded, with tight apertures that emphasize a dense, poster-like rhythm. Terminals are blunt and squared-off, and the overall geometry feels engineered and consistent across letters and figures.

Best suited to headlines, large typographic statements, and short, high-impact copy where its dense weight and compact rhythm can work as a graphic element. It also fits branding, packaging, and signage that benefit from an engineered, contemporary sans with rounded-rectangle personality.

The tone is bold and no-nonsense, with a functional, industrial confidence. Its compact shapes and tight counters create an urgent, attention-grabbing voice that reads as sporty and utilitarian rather than delicate or expressive.

The design appears intended to deliver maximum impact in limited horizontal space while maintaining a clean, modern sans construction. Its rounded-rectangle geometry suggests a deliberate move toward a robust, friendly-industrial feel that stays consistent across letters and numerals.

The lowercase follows a simplified, geometric construction (single-storey forms where expected) and the numerals match the same squared-round logic, making mixed text feel cohesive. At larger sizes the shapes look crisp and impactful; at smaller sizes the tight apertures and dense weight may reduce clarity in long passages.