Sans Other Uhly 4 is a regular weight, very narrow, medium contrast, italic, tall x-height font.
Keywords: posters, headlines, branding, sports, gaming, speedy, dynamic, sleek, techno, edgy, impact, motion, futurism, compression, display, condensed, slanted, angular, sharp, taut.
A sharply slanted, tightly condensed sans with tall proportions and a taut, linear rhythm. Strokes show noticeable contrast between main stems and connecting strokes, with frequent wedge-like terminals and crisp, angular joins. Many forms lean on straight segments and narrow counters, creating a compressed, vertical silhouette; curves are restrained and often feel faceted. The overall texture is dark and even at display sizes, with distinctive, stylized constructions in letters like R, S, and the diagonals of K/V/W/X.
Best suited to display applications where a condensed, high-energy look is desirable: posters, headlines, title treatments, and brand marks. It also fits sports, racing, gaming, and tech-themed graphics where speed and sharpness are part of the message. Use larger sizes and generous line spacing to maintain legibility in longer text.
The font projects motion and urgency, with a forward-leaning stance that reads as fast and modern. Its sharp geometry and compressed spacing give it a technical, performance-oriented tone reminiscent of motorsport and sci‑fi interfaces. The stylization adds an assertive, slightly aggressive edge while staying clean and sans-based.
The design appears intended to deliver a distinctive, motion-driven sans voice by combining extreme condensation with an italicized stance and angular, engineered letterforms. Its construction prioritizes impact and a futuristic rhythm over neutrality, creating a signature look for attention-grabbing typography.
Numbers follow the same narrow, slanted logic and appear designed for impact rather than quiet neutrality. The tight apertures and angular shaping can reduce clarity in long passages, but they strengthen the font’s distinctive voice in short lines. Overall consistency comes from repeated wedge terminals, parallel diagonals, and compressed counters across both cases.