Sans Normal Koboh 10 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Multiple' by Latinotype and 'Mestre' by Tipotecture (names referenced only for comparison).
Keywords: headlines, posters, branding, sports, packaging, modern, energetic, sporty, confident, friendly, impact, motion, clarity, approachability, display, oblique, rounded, geometric, monoline, open apertures.
A slanted, monoline sans with rounded, geometric construction and a sturdy overall color. Curves are smooth and broadly elliptical, while terminals are clean and largely straight-cut, producing crisp edges without decorative finishing. Counters are generous and apertures stay fairly open, keeping forms clear even at heavier sizes. Uppercase proportions feel compact and forward-leaning, and the lowercase shows simple, single-storey shapes (notably a and g) with a straightforward, utilitarian rhythm. Numerals are robust and wide enough to read quickly, matching the letters’ steady stroke behavior and consistent curvature.
This font suits attention-forward settings such as headlines, posters, and bold brand statements where a dynamic italic voice helps convey speed or emphasis. It also works well for sports and active-lifestyle messaging, as well as packaging or signage that benefits from strong, rounded letterforms and fast legibility at display sizes.
The overall tone is contemporary and assertive, with the rightward slant adding motion and urgency. Its rounded geometry keeps it approachable rather than severe, creating a blend of friendliness and momentum that reads as active and upbeat.
The design appears intended as a modern, high-impact italic sans that balances geometric clarity with approachable roundness. It aims to deliver a sense of motion and confidence while remaining clean and highly readable.
Letterforms favor clear, simplified structures over calligraphic nuance, giving the design a clean, engineered feel. The italic angle is pronounced enough to signal emphasis while staying stable and evenly weighted across curves and diagonals.