Sans Other Kyzi 2 is a bold, very narrow, low contrast, upright, short x-height font.
Keywords: posters, headlines, logotypes, game ui, album art, techno, industrial, retro, sci-fi, arcade, compact impact, futuristic voice, systematic styling, display emphasis, condensed, geometric, angular, monoline, square forms.
A sharply geometric sans built from straight, monoline strokes and squared terminals. Proportions are strongly condensed, with tall verticals, tight counters, and a rigid, gridded construction that favors rectangles and chamfered corners over curves. Many letters use simplified, stencil-like interior cutouts and asymmetric joins, creating an intentionally mechanical rhythm with occasional width shifts between glyphs. Lowercase forms echo the uppercase structure, staying compact with minimal bowls and a distinctly constrained interior space.
Best suited to display applications where its condensed, angular construction can be appreciated—posters, titles, logotypes, packaging accents, and on-screen UI for games or tech-themed interfaces. It can also work for short callouts or labeling where a compact, high-impact voice is needed, but it will be less comfortable for extended small-size reading due to its tight counters and assertive texture.
The overall tone feels technical and engineered, with a retro-digital edge reminiscent of arcade graphics and early sci‑fi titling. Its narrow, high-rise silhouette and hard angles read as decisive and utilitarian, leaning toward a futuristic, industrial mood rather than friendly neutrality.
The design appears intended to deliver a compact, high-impact sans with a rigid, constructed feel—prioritizing a futuristic/industrial identity and strong silhouette over conventional text ergonomics. Its consistent straight-stroke vocabulary suggests a deliberate, system-like approach aimed at distinctive display typography.
At text sizes the dense counters and tight apertures create a dark, banded texture, while at larger sizes the angular detailing becomes the main character. The numerals follow the same rectilinear logic, reinforcing a systematic, display-driven presence.