Slab Square Udnud 3 is a regular weight, wide, monoline, italic, normal x-height font.
Keywords: headlines, posters, sports branding, tech packaging, ui labels, techno, futuristic, sporty, industrial, retro, convey speed, signal technology, add edge, modernize slab, rounded corners, squared bowls, slab serifs, angled stress, high contrast corners.
A slanted, squared sans with pronounced slab-like serifs and mostly even stroke weight. Letterforms are built from straight runs and rounded-corner rectangles, giving bowls and counters a boxy, engineered feel. Terminals are frequently flat and squared off, while select joints show sharp inside corners that add bite and direction. Proportions run broad with generous horizontal stance, and spacing appears open enough to keep the tight geometry from clogging in text.
Best suited to headlines and short blocks where its geometric rhythm and slanted stance can carry personality without becoming repetitive. It works well for sports and motorsport-inspired branding, tech-forward packaging, and interface labels or wayfinding where a crisp, engineered look is desirable. In longer text it can be used at larger sizes for promotional copy where a consistent, stylized voice is intended.
The overall tone feels fast and technical, combining a retro display attitude with a contemporary, machine-made precision. Its italic lean and squared shapes suggest motion and efficiency, making it read as sporty and futuristic rather than traditional or literary.
The design appears intended to merge slab-like authority with a streamlined, squared construction and an italic sense of speed. Its consistent geometry and flat terminals point toward a display-oriented toolkit for modern, technical, or performance-themed communication.
Distinctive details include the angular, squared construction of curves (notably in C, G, O, Q and the numerals), plus chunky, bracketless slab accents that show up most clearly in letters like I, J, T, and r. The numerals share the same boxy rounding, with the 2 and 3 especially emphasizing flat segments and squared terminals.