Sans Normal Kunur 2 is a bold, wide, low contrast, italic, normal x-height font visually similar to 'Grift' by 38-lineart, 'Alleyn Pro' by AVP, 'Aeroport' by Brownfox, 'Foda Egypt' by Fo Da, and 'Giriton' by Hazztype (names referenced only for comparison).
Keywords: headlines, posters, branding, sports, advertising, sporty, dynamic, modern, confident, energetic, add motion, increase impact, modernize, improve clarity, display focus, oblique, geometric, clean, punchy, compact.
A heavy, oblique sans with clean, mostly geometric construction and smooth, continuous curves. Strokes maintain an even, low-contrast weight with rounded joins and open apertures, producing a solid, uniform color on the line. Proportions read broad and stable, with circular counters in letters like O and e, and straightforward, unadorned terminals. The italic slant is consistent across capitals, lowercase, and numerals, giving the set a forward-leaning rhythm while preserving clear letter shapes.
Best suited to headlines, posters, and bold UI or marketing moments where impact and speed are desirable. It works well for sports and performance-themed branding, product packaging, and large typographic statements where the oblique angle can add motion without sacrificing legibility.
The overall tone is energetic and assertive, with a contemporary, action-oriented feel driven by the strong weight and consistent oblique angle. It comes across as confident and modern rather than delicate or formal, lending a sense of momentum to headlines and short statements.
The design appears intended as a contemporary, high-impact italic sans that combines geometric clarity with a strong, forward-leaning stance. Its consistent stroke weight and simplified forms suggest an emphasis on immediate readability and visual punch in display settings.
Capitals are clean and geometric, while the lowercase retains clear, familiar silhouettes (single-storey a and g) that keep text approachable at display sizes. Numerals are sturdy and simplified, matching the letterforms’ roundness and steady stroke behavior.