Sans Normal Ikdam 2 is a bold, normal width, monoline, italic, normal x-height font visually similar to 'Fixga' by Formatype Foundry, 'Kaleko 105 Round' by Talbot Type, and 'Causten' and 'Causten Round' by Trustha (names referenced only for comparison).
Keywords: branding, headlines, packaging, posters, children’s media, friendly, playful, casual, approachable, cheerful, approachability, energy, informality, display impact, rounded, soft terminals, low contrast, bouncy rhythm, open counters.
A rounded, forward-leaning sans with low stroke contrast and soft, blunted terminals. Curves dominate the construction, with generous bowls and open counters that keep forms clear at display sizes. The italic slant and subtly uneven letter widths create a lively rhythm, while the overall proportions stay compact and cohesive. Numerals and uppercase share the same smooth, inflated geometry, giving the set a consistently soft silhouette.
Best suited to branding and short-to-medium display text where a warm, approachable voice is needed. It works well for headlines, packaging, posters, social graphics, and family- or kid-oriented communication, and can also serve as an expressive UI or app display face when used at larger sizes.
The typeface conveys a friendly, upbeat tone with a hand-drawn warmth, without becoming messy or overly decorative. Its rounded joins and gentle tilt suggest informality and motion, making it feel conversational and welcoming. The overall impression is playful and modern, suited to lighthearted messaging.
The design appears intended to deliver a bold, friendly personality through rounded geometry and a consistent forward slant, balancing playfulness with legibility. It emphasizes soft curves and open interior space to stay readable while maintaining a distinctive, casual voice.
The shapes favor smooth continuity over sharp corners, and the spacing appears comfortable, helping text feel airy despite the heavy stroke presence. The italic angle is consistent across letters and figures, reinforcing a sense of momentum and energy.