Sans Other Ulka 1 is a regular weight, normal width, monoline, italic, normal x-height font.
Keywords: posters, headlines, gaming, sci-fi ui, branding, futuristic, techno, angular, edgy, energetic, sci-fi styling, tech branding, dynamic display, geometric system, edgy tone, geometric, faceted, sharp, oblique, stencil-like.
A sharply angular, monoline sans with an oblique slant and a faceted, cut-from-planes construction. Strokes maintain a consistent thickness and terminate in crisp diagonals, producing polygonal counters and corners rather than smooth curves. The rhythm is lively and slightly irregular, with letterforms that lean forward and use broken, segmented joins that feel almost stencil-like in places. Proportions are compact with a straightforward, modern sans skeleton, and the numerals echo the same chamfered, hard-edged geometry for a cohesive set.
Best suited for display roles such as posters, album/film titles, gaming graphics, and sci‑fi or tech-themed interfaces where a sharp, forward-leaning voice is desirable. It can work for short bursts of text or labeling, but its energetic, segmented forms are most impactful at larger sizes where the facets and angled terminals stay clear.
The overall tone is futuristic and technical, with a gritty, sci‑fi edge. Its jagged diagonals and clipped corners suggest speed, tension, and a constructed, machine-made aesthetic rather than softness or neutrality.
The letterforms appear intended to translate a clean sans foundation into a stylized, geometric voice built from straight segments and chamfered corners, emphasizing motion and a futuristic mood. The consistent stroke weight and repeating angular motifs suggest a deliberate system aimed at strong, recognizable shapes in display settings.
The strong diagonal bias and frequent corner cuts create distinctive silhouettes and a high-contrast texture in running text, especially where repeated angled terminals stack. The design prioritizes character and motion over conventional smoothness, making it most effective when its angular patterning can be appreciated.