Sans Normal Rimod 2 is a regular weight, normal width, monoline, upright, normal x-height font visually similar to 'Austral Sans' by Antipixel (names referenced only for comparison).
Keywords: branding, packaging, posters, children’s, editorial, friendly, casual, humanist, approachable, playful, human warmth, informal clarity, handmade feel, friendly signage, rounded, soft, handmade, informal, open counters.
A rounded sans with gently irregular, hand-drawn construction and mostly even stroke weight. Terminals are soft and slightly blunted, with subtle wobble in curves and small asymmetries that keep the texture lively in continuous text. Counters are open and generous, while straight strokes retain a mild organic sway rather than rigid geometry. Proportions feel compact and sturdy, with clear, simple forms that prioritize readability over strict consistency.
Well-suited to branding and packaging that benefits from a personable, handmade voice, as well as posters and headings where the rounded shapes can read bold and friendly. It also fits children’s and educational materials, and informal editorial uses where a casual tone is desired while maintaining clear letterforms.
The overall tone is warm and relaxed, like friendly marker lettering refined into a usable text face. Its slight imperfections add personality and a conversational feel, avoiding the sterile finish of purely geometric sans styles. The result reads as approachable and upbeat without becoming novelty-driven.
The design appears intended to capture the charm of hand-rendered signage or marker text while preserving consistent spacing and clarity for multi-line reading. Its softened terminals and lightly irregular outlines aim to add warmth and approachability without sacrificing straightforward legibility.
In the sample text, the rhythm stays even and legible, with noticeable softness in joins and curves that reduces visual sharpness at larger sizes. Numerals follow the same rounded, informal logic, blending naturally with the letters rather than looking mechanically separate.