Sans Other Ulha 7 is a light, narrow, monoline, italic, normal x-height font.
Keywords: headlines, posters, logotypes, tech branding, packaging, futuristic, technical, edgy, sleek, angular, sci-fi styling, tech voice, display impact, modernization, distinctiveness, geometric, faceted, chamfered, tall, linear.
A tall, angular sans with consistent monoline strokes and a pronounced rightward slant. Forms are constructed from straight segments with chamfered corners and occasional open joints, producing faceted bowls and counters rather than smooth curves. Proportions are compact and upright in structure despite the italic lean, with narrow apertures, short crossbars, and a crisp, mechanical rhythm across capitals, lowercase, and figures. Numerals and letters share the same polygonal logic, with distinctive, boxy constructions and simplified terminals that keep texture even at display sizes.
Works best in display settings where its angular construction can be appreciated—headlines, posters, branding marks, and product/packaging graphics. It is particularly well matched to technology, gaming, sci‑fi, and industrial themes, and can add a sharp, engineered voice to titles and UI-like callouts.
The overall tone reads futuristic and technical, with a slightly aggressive, high-speed feel created by the slant and sharp corners. Its geometry suggests sci‑fi interfaces, industrial labeling, and digital-era styling rather than casual text use.
The design appears intended to deliver a constructed, forward-looking sans that maintains a clean stroke economy while signaling speed and modernity through italicized, faceted letterforms. Its aim is differentiation and atmosphere—projecting a technical, futuristic character without relying on decorative add-ons.
Several glyphs emphasize identity through unconventional joins and angled terminals (notably in diagonals and bowls), giving the font a custom, constructed look. The sample text shows a consistent cadence and clear word shapes, though the tight apertures and stylized geometry make it more suited to short bursts than dense reading.