Sans Other Ulra 2 is a regular weight, normal width, low contrast, italic, short x-height font.
Keywords: headlines, branding, posters, packaging, tech ui, futuristic, playful, sleek, retro, distinctiveness, modernity, motion, display use, rounded, monolinear, geometric, streamlined, quirky.
A slanted, monolinear sans with rounded terminals and soft, geometric construction. Curves are drawn with generous radii and smooth joins, while many letters use simplified, open forms and occasional stencil-like breaks that create a segmented, modular feel. Proportions are compact with a notably small x-height relative to ascenders, and the rhythm is airy due to open counters and light internal spacing. Numerals and capitals follow the same streamlined logic, mixing circular bowls with angled cuts and asymmetrical details for a distinctly custom texture.
Best suited to headlines, logos, short taglines, and brand systems that benefit from a modern, custom sans personality. It can work for packaging and editorial callouts where a sleek, futuristic flavor is desired, and may also fit tech or entertainment interfaces for titles and UI accents rather than dense reading text.
The overall tone feels futuristic and lightly retro at the same time—clean and aerodynamic, yet quirky in its unconventional letter modeling. It reads as friendly and inventive rather than formal, with enough idiosyncrasy to signal a designed, display-forward voice.
The design appears intended to offer a distinctive, forward-leaning sans voice built from simplified geometric parts, prioritizing motion and uniqueness over strict neutrality. Its segmented details and rounded, aerodynamic curves suggest an aim toward contemporary display use with a memorable, sci‑fi-leaning character.
Distinctive construction choices—such as partially open bowls, segmented strokes, and pointed/angled inflections on select characters—add visual interest but also make the texture more expressive than utilitarian. The italic slant is consistent across cases and helps unify the varied shapes into a cohesive forward-leaning motion.