Sans Normal Kekom 3 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Germalt' by Typesketchbook (names referenced only for comparison).
Keywords: headlines, branding, posters, advertising, sportswear, sporty, modern, energetic, confident, friendly, impact, momentum, clarity, approachability, display, oblique, geometric, rounded, compact, heavy.
A heavy oblique sans with rounded, geometric construction and smooth, low-contrast strokes. Counters are open and largely circular/elliptical, with softened corners and clean joins that keep the shapes sturdy at size. The italic slant is consistent across caps and lowercase, producing a strong forward rhythm; widths vary noticeably by letter (e.g., wide round forms versus narrower stems), but overall spacing remains even and readable. Figures are similarly robust, with a simple, contemporary lining style that matches the letterforms.
Best suited for headlines, short statements, and brand marks where a bold, forward-leaning voice is needed. It should perform well in posters, advertising, packaging, and sports or lifestyle graphics, and can also serve as a punchy UI or social media display face when set with adequate spacing.
The tone is assertive and kinetic, with a sporty, modern feel driven by the pronounced slant and dense weight. Rounded shapes keep it approachable rather than aggressive, making it feel confident and upbeat—well suited to attention-grabbing messaging without looking sharp or technical.
The design appears intended to deliver a contemporary, energetic italic sans that balances impact with friendliness. Its rounded geometric forms and consistent slant suggest a focus on clear, high-visibility display typography for modern branding and promotional use.
Uppercase forms are straightforward and geometric, while the lowercase shows friendly, familiar silhouettes with generous apertures and sturdy terminals. The sample text demonstrates strong emphasis and headline impact, maintaining legibility even in tightly set lines thanks to the open internal shapes.