Sans Superellipse Kisu 2 is a regular weight, very wide, low contrast, italic, normal x-height font.
Keywords: tech branding, sci-fi titles, sports graphics, ui display, product logos, futuristic, technical, speedy, sleek, digital, modernize, signal speed, tech aesthetic, geometric consistency, brand impact, rounded corners, oblique, squarish, extended, monoline.
A geometric, rounded-rectangle sans with a pronounced oblique slant and extended proportions. Strokes are monoline with crisp, clean terminals, while corners are consistently radiused to create a superelliptical, squarish skeleton—especially evident in O/0 and other bowls. Counters tend toward rectangular openings, and joins favor sharp, engineered angles over organic curves. Spacing and rhythm feel streamlined and uniform, with a slightly forward-leaning stance that emphasizes horizontal flow.
Best suited for display contexts where a sleek, forward-leaning voice is desired—technology and gaming branding, sci‑fi or action titling, motorsport and athletic graphics, and product marks that benefit from a streamlined, engineered look. It can also work for UI headings or dashboards where alphanumeric clarity and a technical aesthetic are priorities.
The overall tone is fast, modern, and technology-oriented, suggesting motion and precision rather than warmth or tradition. Its rounded-square geometry reads as digital and engineered, lending a sci‑fi or motorsport flavor that feels contemporary and performance-driven.
The design appears intended to blend geometric efficiency with a softened, rounded-square motif, creating a contemporary sans that signals speed and precision. Its consistent radiused corners and oblique stance suggest an aim toward futuristic branding and high-performance visual systems.
Figures follow the same rounded-rect geometry as the letters, keeping the set visually cohesive in mixed alphanumeric settings. The oblique construction is integral to the design (not merely a slanted roman), and the rounded corners help soften the otherwise sharp, angular joins.