Sans Superellipse Fogug 4 is a very bold, normal width, low contrast, italic, normal x-height font visually similar to 'Siro' by Dharma Type, 'Futo Sans' by HB Font, 'Bega' by Indian Type Foundry, 'Univia Pro' by Mostardesign, 'Bitner' and 'Metral' by The Northern Block, and 'Kongress' by Tipo Pèpel (names referenced only for comparison).
Keywords: headlines, sports branding, posters, product packaging, tech ui, sporty, energetic, modern, assertive, technical, impact, motion, modernization, brand emphasis, legibility, rounded corners, oblique slant, blocky, compact, softened.
A heavy oblique sans with a squared, superelliptical construction: counters and outer curves read as rounded rectangles rather than pure circles. Strokes are uniform and dense, with softened corners and broadly radiused joins that keep the texture smooth despite the weight. Proportions lean slightly condensed in feel, with sturdy verticals and simplified terminals that create a tight, high-impact rhythm. Numerals and capitals share the same blocky curvature, producing a cohesive, engineered look across the set.
Best suited for headlines, logos, and branding systems that need speed and impact—sports, automotive, gaming, and tech-forward promotions. It also works well for labels, signage, and UI accents where a bold, compact voice is needed in limited space.
The overall tone is fast and forceful, combining athletic urgency with a clean, contemporary polish. Its rounded-rectangle geometry adds a friendly, industrial softness, while the strong slant and mass give it a confident, action-oriented voice.
The design appears intended to deliver maximum punch in an italicized stance while maintaining a smooth, contemporary surface. Its superelliptical rounding suggests an aim for a modern, industrial friendliness—strong and dynamic without becoming sharp or aggressive.
The oblique angle is consistent across cases, and the rounded-square bowls (notably in characters like O, Q, and 0/8/9) define the family’s signature. Wide apertures and simplified shapes support quick recognition, though the density favors display and short text over extended reading at small sizes.