Sans Other Uhna 8 is a light, very narrow, low contrast, italic, normal x-height font.
Keywords: headlines, posters, logos, sports, gaming, angular, kinetic, edgy, techno, retro, display impact, convey speed, stylized geometry, brand distinctiveness, condensed, oblique, monoline, faceted, sharp.
A condensed, oblique sans with monoline strokes and sharply faceted terminals. Letterforms are built from straight segments and acute angles, with frequent chamfered corners and occasional wedge-like joins that create a cut, geometric look. Counters tend to be narrow and angular (notably in O/D/0), and diagonals dominate the skeleton, giving the alphabet a forward-leaning rhythm. The overall texture is crisp and wiry, with tight internal space and compact proportions that emphasize verticality and speed.
Best suited to short, prominent settings such as headlines, posters, title treatments, logo wordmarks, and energetic branding in sports, gaming, or tech-adjacent contexts. It can also work for packaging callouts or event graphics where a sharp, fast aesthetic is desired, while longer text will benefit from generous size and spacing.
The font reads as assertive and high-energy, with a stylized, blade-like geometry that feels sporty and slightly aggressive. Its angled construction and compressed stance suggest motion and urgency, lending a distinctly techno/retro-futurist tone rather than a neutral everyday voice.
The design appears intended to deliver a distinctive, speed-driven display sans by replacing curves with faceted geometry and pushing a condensed, forward-leaning stance. Consistent angular cuts and narrow counters prioritize impact and stylistic unity over neutrality, aiming for a memorable silhouette in branding and titles.
Figures and capitals share the same angular construction, producing a cohesive, display-oriented system. Many glyphs rely on sharp diagonals and minimal curvature, which can amplify personality but also makes similar shapes (e.g., angled stems and narrow bowls) more prone to visual convergence at smaller sizes.