Sans Normal Agbis 16 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Dexa Pro' by Artegra, 'Averta PE' and 'Averta Standard PE' by Intelligent Design, 'Breno Narrow' by Monotype, and 'Alber New' by moretype (names referenced only for comparison).
Keywords: ui text, branding, signage, editorial, packaging, neutral, modern, clean, friendly, straightforward, versatility, clarity, modernity, legibility, simplicity, geometric, rational, crisp, minimal, open.
A clean sans with predominantly geometric construction and smooth, even curves. Strokes are uniform and firmly drawn, with rounded bowls and open apertures that keep counters clear at text sizes. Terminals are mostly straight and neatly finished, giving the forms a crisp, contemporary edge while maintaining approachable roundness. Uppercase proportions feel steady and balanced, while lowercase shows simple, functional shapes with a single-storey “a” and “g” that reinforce the geometric tone. Numerals are clear and sturdy, designed to read cleanly alongside text.
Well-suited to interface typography, product branding, and wayfinding where clean shapes and reliable readability are priorities. It also works for editorial subheads and short-to-medium passages where a modern, unobtrusive sans is desired.
The overall tone is modern and neutral, projecting clarity and practicality more than personality. Its rounded geometry adds a mild friendliness, but the sharp, decisive terminals keep it feeling efficient and businesslike rather than playful.
The design appears intended as a versatile, general-purpose sans that emphasizes clarity, contemporary geometry, and consistent texture across settings. Its simplified lowercase and sturdy capitals suggest a focus on dependable everyday typography for both display and text use.
The sample text shows consistent rhythm and even color, with generous internal spacing that supports legibility in paragraphs. Diagonals (such as in A, V, W, X, Y) are clean and stable, and curved letters maintain smooth continuity without noticeable modulation.