Sans Normal Konil 9 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Fintalux' by Pista Mova (names referenced only for comparison).
Keywords: headlines, posters, branding, packaging, signage, modern, energetic, confident, sporty, friendly, impact, modernity, momentum, clarity, oblique, geometric, clean, crisp, rounded.
A slanted, heavy sans with compact, geometric construction and smooth, rounded curves. Strokes maintain an even weight throughout, with firm terminals and minimal modulation, giving a solid, contemporary texture. Counters are open and circular in letters like O and Q, while joins and diagonals stay crisp and stable, producing clear silhouettes at display sizes. The overall rhythm is assertive and slightly forward-leaning, with consistent spacing that keeps paragraphs dense and punchy.
This font is well suited to headlines, posters, and prominent UI or signage where a strong, slanted sans can convey momentum. It can work effectively in branding and packaging, especially for modern consumer products that benefit from a confident, energetic voice. In longer passages it will perform best at larger sizes and with comfortable line spacing due to its dense, bold texture.
The forward slant and sturdy weight create a sense of motion and immediacy, reading as modern and high-energy. Its rounded geometry softens the impact, keeping the tone approachable rather than severe. Overall it feels confident and contemporary, suited to messaging that wants to look active and direct.
The design appears intended as a modern, high-impact oblique sans that combines geometric clarity with a friendly roundness. Its emphasis is on visibility and punch, delivering a forward-driving tone while staying clean and broadly usable across contemporary display applications.
Numerals follow the same robust, rounded logic as the letters, with clear forms and strong presence. The sample text shows a tight, emphatic color that favors short bursts of copy over long-form reading, especially at larger sizes.