Sans Normal Murid 7 is a very bold, wide, medium contrast, upright, normal x-height font visually similar to 'Quiz' by Plau (names referenced only for comparison).
Keywords: posters, headlines, packaging, children’s media, stickers, playful, bouncy, friendly, quirky, cartoonish, attention-grabbing, friendly tone, casual branding, comic emphasis, rounded, chunky, soft corners, irregular rhythm, animated.
A chunky sans with rounded, inflated letterforms and a deliberately uneven baseline rhythm. Strokes are heavy and smoothly joined, with soft corners and broad curves that give counters a compact, somewhat pinched feel in places. Proportions lean wide and blocky, while individual glyphs show subtle, hand-drawn irregularities—tilts, varied widths, and slightly wavy verticals—creating a lively, non-mechanical texture. Numerals and lowercase share the same sturdy, blobby construction, with simple, high-impact silhouettes optimized for quick recognition at display sizes.
Best suited to posters, bold headlines, packaging, and short, punchy messaging where personality and impact matter most. It works especially well for children’s media, playful branding, and informal promotional graphics, and is less ideal for long-form reading at smaller sizes.
The font reads as cheerful and comedic, with an energetic wobble that suggests motion and personality. Its exaggerated weight and rounded shapes feel approachable and kid-friendly, leaning toward playful headlines rather than formal communication.
The design appears intended to deliver maximum friendliness and attention-grabbing presence through heavy, rounded forms and a hand-made, bouncy rhythm. Its irregular widths and softened geometry aim to create a casual, humorous voice while remaining clearly legible in display contexts.
The sample text shows strong color on the page and consistent heft across lines, but the quirky width changes and bounce can become visually busy in dense paragraphs. The overall feel is intentionally imperfect, prioritizing character over strict geometric regularity.