Sans Normal Bybig 2 is a light, normal width, low contrast, upright, normal x-height font visually similar to 'BR Sonoma' by Brink, 'Neurial Arabic' by Indian Type Foundry, 'Sharp Sans' and 'Sharp Sans Display No. 1' by Monotype, and 'Goga' by Narrow Type (names referenced only for comparison).
Keywords: ui text, body text, branding, signage, presentations, clean, modern, neutral, friendly, technical, versatility, clarity, modernity, legibility, geometric, rounded, monoline, open apertures, large counters.
A clean sans with predominantly geometric construction and rounded bowls. Strokes are monoline and evenly paced, with smooth circular forms in C/O/Q and a consistent, slightly softened feel at joins and terminals. Proportions are balanced with generous counters and open apertures, keeping letters like a/e/s readable, while verticals remain straight and stable. The lowercase shows a simple, single-storey a and g, and the numerals are straightforward and evenly weighted for clear alignment in text.
Works well for UI labels, product copy, and general-purpose body text where an even rhythm and unobtrusive voice are preferred. The clear numeral set and simple letterforms also make it suitable for dashboards, wayfinding, and presentation decks that need clean, modern typography.
The overall tone is neutral and contemporary, leaning friendly due to its round forms and open spacing. It reads as calm and matter-of-fact rather than expressive, making it well suited to interfaces and modern brand systems where clarity matters.
The design appears intended as a versatile, contemporary workhorse sans: geometric enough to feel modern, but restrained and open enough to remain readable across sizes. It emphasizes consistent rhythm, clear counters, and uncomplicated forms to support everyday typography.
Spacing appears comfortable and consistent across the alphabet, giving paragraphs an even gray value without hotspots. Curves are smooth and regular, and the design avoids quirky details, prioritizing predictability and legibility in continuous reading.