Sans Normal Kodif 1 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Astoria' and 'Astoria Sans' by Alan Meeks; 'Delargo DT', 'Elisar DT', and 'Elisar DT Infant' by DTP Types; 'Apres' by Font Bureau; and 'Gill Sans Nova' by Monotype (names referenced only for comparison).
Keywords: headlines, branding, posters, packaging, sportswear, energetic, sporty, assertive, modern, dynamic, add motion, increase impact, modernize tone, improve clarity, slanted, clean, compact, rounded, high legibility.
This typeface is a slanted sans with sturdy, even strokes and smooth, rounded joins. Curves (C, O, S, and the numerals) are broadly elliptical and open, while straight strokes stay clean and slightly tapered at terminals, creating a brisk forward rhythm. Uppercase proportions feel compact and uniform, and the lowercase shows simple, single-storey constructions where expected (notably the a and g), keeping shapes direct and readable. Numerals are clear and contemporary, with rounded forms and consistent stroke behavior that matches the letters.
It works especially well for headlines, posters, and branding where a dynamic, contemporary impression is desired. The clear letterforms and sturdy rhythm also make it a good fit for short-to-medium text in marketing materials, packaging, and sporty or tech-leaning identities.
The overall tone is energetic and purposeful, with the slant giving it a sense of motion and urgency. It reads as confident and modern rather than delicate, suited to messaging that benefits from a strong, forward-leaning voice.
The design appears intended to deliver a straightforward sans voice with added momentum from a consistent slant. It prioritizes clarity and impact through solid strokes, open counters, and smooth, rounded geometry, aiming for strong presence in display and brand contexts.
The design balances geometric roundness with practical signage-like clarity: counters stay open, curves are smooth, and diagonals (V, W, X, Y, and k) look crisp. The italic angle is consistent across cases, helping long lines maintain a steady, directional flow.