Sans Normal Kemiv 2 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Belle Sans' by Park Street Studio, 'Akwe Pro' by ROHH, 'Comenia Sans' by Suitcase Type Foundry, 'Elysio' by Type Dynamic, 'LFT Etica' by TypeTogether, and 'Rehn Condensed' by moretype (names referenced only for comparison).
Keywords: headlines, posters, branding, sportswear, packaging, sporty, energetic, modern, confident, friendly, impact, motion, clarity, modernity, oblique, geometric, rounded, heavy, crisp.
A heavy oblique sans with rounded, geometric construction and broadly even stroke weight. Curves are smooth and full, while terminals are clean and blunt, producing a crisp silhouette at display sizes. The slant is consistent across caps, lowercase, and figures, and the overall rhythm is compact with sturdy counters and minimal detailing. Numerals and capitals feel particularly solid and stable, balancing circular forms with straight-sided strokes for a contemporary, utilitarian look.
Well-suited for headlines, short statements, and branding where a strong oblique sans can signal movement and confidence. It can work effectively on sports and fitness identities, product packaging, and promotional graphics, especially where high-impact typography is needed.
The tone is assertive and forward-leaning, conveying speed and momentum without feeling aggressive. Its rounded geometry keeps it approachable, while the dense black shape and steady slant add a performance-oriented, contemporary character.
The likely intent is a contemporary, performance-leaning sans that combines geometric roundness with a consistent oblique stance for immediacy and emphasis. It appears designed to deliver strong presence in display contexts while maintaining clean, uncomplicated forms.
The design reads best when given room: the bold massing and oblique angle create strong word shapes and a clear left-to-right flow. Round letters like O and Q appear notably full, while diagonals (V, W, X, Y) emphasize the font’s dynamic, sporty impression.