Sans Normal Kulah 15 is a bold, normal width, low contrast, italic, normal x-height font visually similar to 'Sans Atwic Modern' by Caron twice; 'Aspira', 'Innova', and 'Neutro' by Durotype; 'FS Elliot' and 'FS Elliot Paneuropean' by Fontsmith; and 'Interval Next' by Mostardesign (names referenced only for comparison).
Keywords: headlines, posters, branding, sportswear, packaging, dynamic, sporty, modern, confident, friendly, add motion, modernize, increase impact, improve clarity, oblique, geometric, rounded, clean, punchy.
This is a slanted sans with sturdy, low-contrast strokes and smooth, rounded curves. Letterforms lean consistently, with compact counters and a slightly condensed, forward-driving rhythm created by the oblique angle and firm terminals. Curved characters like C, G, O, and Q are built from clean elliptical shapes, while diagonals in A, K, V, W, X, and Y are straight and decisive. Numerals are similarly robust and simple, with clear silhouettes and minimal detailing for solid impact.
It suits short, high-impact text such as headlines, poster copy, and brand marks where a sense of motion is desirable. The sturdy shapes also work well for packaging and sports or tech-adjacent visuals, especially at display sizes where the oblique stance can carry the design.
The overall tone is energetic and contemporary, with a purposeful, forward motion that reads as active and assertive. Its rounded geometry keeps the voice approachable rather than harsh, making it feel both practical and upbeat.
The design appears intended to deliver a clean, geometric sans voice with added momentum from a consistent slant, balancing strength with rounded friendliness. It prioritizes clear silhouettes and modern simplicity for confident, attention-grabbing display typography.
The uppercase set looks compact and strong, while the lowercase maintains a straightforward, single-storey construction where applicable, reinforcing a utilitarian, modern feel. Spacing appears even and controlled in the text sample, helping the slanted forms stay readable at larger sizes where the weight and angle can be appreciated.