Sans Normal Rakez 7 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Menco' by Kvant (names referenced only for comparison).
Keywords: headlines, posters, packaging, kids branding, logos, playful, friendly, casual, warm, cheerful, approachability, informality, childlike charm, high visibility, headline impact, rounded terminals, soft corners, plush, chunky, bouncy rhythm.
A rounded sans with heavy, blobby strokes and consistently softened corners throughout. Curves dominate the construction, with minimal straight edges and gently uneven, hand-drawn-feeling shaping that keeps the texture lively. Counters are generous for the weight, and joins are smooth; terminals tend to be fully rounded, producing a plush silhouette and a bouncy baseline rhythm in text.
Well suited for headlines, posters, packaging, and branding that benefits from a lighthearted, inviting feel. It can work effectively in children’s and family-oriented materials, apps and UI moments that need a friendly voice, and short-format advertising or social graphics. For long passages, it’s likely best used sparingly (e.g., pull quotes or section titles) where its strong texture won’t dominate.
This typeface reads as cheerful and approachable, with a playful, friendly tone. The softened terminals and buoyant rhythm give it an informal, welcoming voice that feels more conversational than corporate. Overall it suggests warmth and good humor without becoming overly decorative.
The design appears intended to deliver high-impact, friendly messaging with an easygoing personality. Its rounded, softened forms prioritize approachability and quick recognition, aiming for a hand-made warmth while remaining clearly sans-serif and legible at display sizes.
The figures and capitals share the same rounded, cushioned modeling as the lowercase, helping create a consistent, cohesive texture. Letterforms show slight organic irregularity that keeps repeated shapes from feeling purely geometric, which adds charm but also increases visual density in continuous text.