Sans Normal Kiluv 3 is a regular weight, wide, low contrast, italic, normal x-height, monospaced font visually similar to 'Best Choice' by Dharma Type (names referenced only for comparison).
Keywords: ui labels, data tables, code samples, captions, dashboards, technical, utilitarian, brisk, modern, editorial, structured clarity, system branding, fast scanning, functional emphasis, oblique, slanted, straight terminals, open apertures, uniform strokes.
A slanted, uniform-stroke sans with a compact, engineered feel and steady rhythm. Letterforms are built from broad curves and straight segments with squared-off terminals and minimal modulation, producing crisp joins and consistent texture. Proportions are generously wide with ample internal counters; bowls and rounds stay smooth and fairly geometric, while diagonals and arms keep a clean, controlled angle. The overall spacing reads disciplined and grid-friendly, yielding an even, predictable line color across mixed case and figures.
Well-suited to settings that benefit from consistent alignment and a steady typographic color, such as interface labels, dashboards, tables, and code-adjacent documentation. The slant can add emphasis in headings, pull quotes, and technical editorial layouts while remaining controlled enough for smaller supporting text.
The tone is pragmatic and forward-leaning, combining a modern, technical sensibility with a brisk, no-nonsense energy. Its oblique stance adds motion and urgency without becoming decorative, suggesting efficiency and momentum rather than personality-driven flair.
The design appears intended to deliver a clear, system-like sans optimized for structured layouts, with an oblique angle to introduce motion and hierarchy. Its wide proportions and restrained detailing suggest a focus on legibility, consistency, and dependable reproduction in information-dense contexts.
Uppercase forms stay sturdy and schematic, while lowercase shapes remain simple and open, supporting quick scanning. Figures are clear and contemporary in construction, matching the letters in width and stance for a cohesive alphanumeric set.