Sans Normal Arrey 15 is a regular weight, wide, low contrast, upright, normal x-height font visually similar to 'BD Megatoya' by Balibilly Design; 'Giga Sans' by Locomotype; and 'Loew', 'Loew Next', and 'Loew Next Arabic' by The Northern Block (names referenced only for comparison).
Keywords: ui text, branding, signage, headlines, editorial, neutral, modern, clean, friendly, technical, clarity, versatility, system design, modernity, monoline, geometric, open apertures, large counters, rounded terminals.
This is a monoline sans with clear, geometric construction and generously open counters. Curves are smooth and near-circular in letters like C, O, and G, while straight strokes stay crisp with minimal modulation. Proportions feel broad and stable, with ample internal space and straightforward joins that keep shapes uncluttered. Lowercase forms are simple and legible, with a single-storey “a” and “g” and round dots on “i” and “j,” contributing to an even, contemporary rhythm in text.
It works well for interface copy, dashboards, and product experiences where clarity and neutrality are priorities. The broad, open shapes also suit signage and wayfinding, and it scales comfortably into headlines and modern branding systems that want a clean, contemporary sans.
The overall tone is neutral and modern, leaning friendly due to its rounded forms and open spacing. It reads as practical and matter-of-fact rather than expressive, making it feel dependable and approachable in everyday UI and editorial settings.
The design appears intended as a straightforward, contemporary sans optimized for clarity and consistency across sizes. Its geometric curves and restrained detailing suggest a focus on versatile, system-friendly typography that remains readable and calm in continuous text.
The sample text shows consistent color at larger sizes, with sturdy capitals and clean numerals that match the same geometric logic. The design’s wide stance and open apertures help maintain clarity in dense lines, while rounded terminals soften the otherwise technical construction.