Sans Normal Allew 20 is a regular weight, very wide, low contrast, upright, normal x-height font visually similar to 'Artegra Sans' by Artegra, 'Muller Next' by Fontfabric, 'FM Bolyar Sans Pro' by The Fontmaker, and 'Corbert Wide' by The Northern Block (names referenced only for comparison).
Keywords: editorial, ui text, signage, branding, packaging, clean, modern, friendly, neutral, open, clarity, neutrality, modernity, readability, systematic design, monoline, geometric, rounded, airy, sturdy.
A clean sans with broad proportions and generous internal space. Strokes stay largely monolinear, with smooth, circular bowls and softly rounded joins that keep the texture even across lines. Terminals are mostly straight and crisp, while curves remain continuous and controlled; counters are wide and open, aiding clarity at display and text sizes. The overall rhythm feels spacious due to the wide set and consistent, geometric curvature.
It works well for editorial headlines and subheads where a wide, open texture is desirable, and it can also serve UI and product text that benefits from clear shapes and steady rhythm. The roomy proportions make it effective for signage and wayfinding, while the clean geometry suits contemporary branding and packaging systems.
The tone is contemporary and approachable, balancing a neutral, utilitarian voice with a subtle warmth from its rounded forms. Its openness and calm rhythm read as straightforward and unfussy, suitable for clear communication rather than expressive flair.
The design appears intended to provide a highly legible, contemporary sans with broad proportions and restrained detailing. By relying on consistent stroke weight and rounded geometric forms, it aims for predictable readability and a calm, modern presence across a range of sizes.
The numerals match the letterforms with rounded geometry and simple construction, maintaining the same open counters and steady stroke color. In the sample text, the wide spacing and large apertures help keep words legible and prevent dark clustering, especially in dense lines.