Sans Superellipse Arnap 2 is a very light, very wide, low contrast, italic, normal x-height font.
Keywords: tech branding, ui headings, product titling, motion graphics, poster type, futuristic, technical, sleek, sporty, minimal, modernize, streamline, future cue, geometric unity, headline focus, monoline, oblique, rounded corners, superelliptic, open counters.
A monoline sans with an oblique slant and very open, rounded-rectangle construction. Curves resolve into superelliptic bowls and softly squared corners rather than perfect circles, giving counters a smooth, engineered feel. Strokes keep a consistent thickness with crisp terminals and little modulation, while spacing and widths feel expansive and airy across both caps and lowercase. The lowercase maintains straightforward, single-storey forms where applicable, with clean joins and simplified geometry that reads clearly at display sizes.
Best suited to tech branding, product names, and headline typography where a sleek, engineered silhouette can carry the message. It can work well for interface headings, dashboards, and motion graphics where simplified geometry and open counters help maintain clarity, especially at medium-to-large sizes.
The overall tone is contemporary and forward-leaning, with a streamlined, tech-oriented character. Its softened rectangles balance precision with approachability, producing a calm, modern voice that still feels dynamic due to the consistent slant and wide rhythm.
The design appears intended to deliver a futuristic sans built from rounded-rectilinear primitives, prioritizing consistency and a smooth, modern rhythm. Its oblique stance and wide proportions suggest an emphasis on speed and contemporary styling while keeping letterforms clean and highly legible in display contexts.
Round characters (such as O/0-style forms) lean toward squarish ovals, and many glyphs emphasize straight segments with gentle corner radii, reinforcing the superellipse theme. Numerals follow the same construction, appearing clean and schematic with generous internal space.