Sans Normal Apgim 6 is a regular weight, normal width, low contrast, upright, normal x-height font visually similar to 'Evert Greek Text' and 'Evert Latin Text' by Foundry5 and 'Clear Sans' by Positype (names referenced only for comparison).
Keywords: ui text, product design, wayfinding, editorial, branding, clean, modern, neutral, friendly, functional, everyday legibility, modern neutrality, systematic geometry, brand versatility, geometric, rounded, open apertures, even rhythm, minimalist.
A clean, rounded sans with smooth curves, uniform stroke weight, and broadly geometric construction. Counters are open and circular-to-oval, with simple terminals and minimal modulation, giving the letters an even, steady rhythm. Uppercase forms are straightforward and legible, while lowercase shows a single-storey “a” and “g” with generous bowls and tidy joins. Numerals match the same rounded logic, with consistent widths and clear interior spaces that keep figures readable at display and text sizes.
This font works well for interface typography, product labeling, signage, and general editorial settings where clarity and an even typographic color matter. Its rounded geometry also suits contemporary branding systems that need a modern, friendly sans for headlines and supporting text.
The overall tone is contemporary and approachable, balancing a neutral, utilitarian voice with soft, friendly curves. Its restraint and clarity make it feel dependable rather than expressive, suited to interfaces and general-purpose branding where cleanliness is the priority.
The design appears intended as a versatile, no-nonsense sans that prioritizes clarity and consistency through rounded geometry and uniform strokes. It aims to provide a modern, approachable default voice that performs reliably across mixed-case text and numerals.
Round letters (such as O/C/G) read as near-circular and consistent across cases, reinforcing a geometric backbone. The sample text shows comfortable word shapes and stable spacing, with punctuation and capitals integrating smoothly into continuous reading.