Sans Superellipse Imnaf 2 is a very bold, wide, low contrast, italic, normal x-height font visually similar to 'Bantat' by Jipatype (names referenced only for comparison).
Keywords: sports branding, esports, headlines, posters, product branding, sporty, techy, futuristic, aggressive, confident, speed emphasis, impactful display, modern tech tone, brand presence, oblique, extended, cornered, chamfered, compact counters.
A heavy, oblique sans with extended proportions and a distinctly geometric build. Strokes are monolinear and blunt-ended, with rounded-rectangle construction and frequent chamfered corners that create sharp, forward-leaning joints. Counters tend to be compact and squared-off (notably in O, D, P, and 0–9), while horizontals and diagonals are cut with crisp angles that emphasize speed. Overall spacing reads slightly tight for the weight, producing dense, high-impact word shapes in text.
Best suited for short, prominent settings where impact and motion are desired—logos, sports and esports identities, event titles, packaging callouts, and bold advertising headlines. It can work for brief UI labels or signage where a futuristic tone is appropriate, but the dense shapes and compact counters favor display over long-form reading.
The font projects a fast, performance-oriented tone with a modern, engineered feel. Its slanted, cut-corner geometry suggests motion and precision, leaning toward motorsport, sci‑fi, and competitive branding aesthetics rather than neutral editorial voice.
The design appears intended to deliver maximum punch and speed through oblique stance, extended width, and chamfered superelliptical forms. Its consistent geometric rhythm and squared counters aim for a contemporary, technical look that remains legible in large, attention-grabbing applications.
Uppercase forms are angular and assertive, while the lowercase maintains the same hard-edged, superelliptical logic with simplified terminals. Numerals follow the same squared, cut geometry and appear designed for strong silhouette recognition at display sizes.