Slab Square Udras 6 is a regular weight, normal width, low contrast, italic, normal x-height font.
Keywords: headlines, posters, sports branding, tech ui, product labels, technical, sporty, futuristic, industrial, retro, engineered display, speed emphasis, branding impact, systematic geometry, angular, chamfered, square serif, slanted, crisp.
A slanted, angular slab-serif with chamfered corners and mostly flat, squared terminals that give the outlines a machined, octagonal feel. Strokes appear largely monoline with minimal contrast, and joins are crisp and geometric rather than calligraphic. The serif treatment reads as blocky and integrated into the stems, with frequent right-leaning cuts that reinforce the italic rhythm. Counters are compact and squarish, and the overall construction favors straight segments and clipped curves for a precise, engineered texture.
Best suited to display sizes where the chamfered geometry and square serif details remain clear—headlines, posters, logos, and sporty or industrial branding. It can also work for short technical UI labels, packaging callouts, and titles that benefit from a crisp, engineered voice rather than long-form reading.
The face conveys a fast, technical tone—more mechanical than literary—suggesting speed, equipment, and engineered surfaces. Its slanted stance and sharp corners feel sporty and modern, while the chamfered geometry adds a subtle retro tech flavor reminiscent of stenciled or instrument-style lettering.
The design appears intended to merge slab-serif sturdiness with a streamlined italic momentum, using clipped corners and squared terminals to create a consistent, fabricated aesthetic. The goal seems to be high-impact display typography that reads as precise, modern, and performance-oriented.
Uppercase forms maintain a consistent geometric logic with clipped curves in letters like C, G, and O, while lowercase keeps the same angular vocabulary and a lively forward motion. Numerals follow the same octagonal rounding and squared finishing, helping headings and data read as part of a unified system.