Sans Normal Dumam 5 is a light, very wide, low contrast, upright, normal x-height font.
Keywords: ui text, signage, editorial, branding, presentations, clean, modern, neutral, friendly, technical, clarity, versatility, modernity, readability, simplicity, rounded, open apertures, airy, monoline, geometric.
A clean, monoline sans with generously rounded bowls and smooth, continuous curves. The design uses open apertures and broad, circular counters that keep forms airy, while verticals and horizontals remain straightforward and even in weight. Proportions lean expansive with wide capitals and roomy spacing, giving the glyphs a calm, unhurried rhythm. Details stay simple and functional—round dots, uncomplicated terminals, and consistent stroke behavior across letters and numerals.
Works well for UI and product text, dashboards, and system-like applications where open counters and simple shapes support quick scanning. The wide, rounded construction also suits signage and wayfinding, as well as contemporary branding and presentation materials that want a clean, approachable voice. In editorial settings it can handle short-to-medium passages when a modern sans tone is desired.
The overall tone is modern and neutral, with a friendly clarity that feels contemporary rather than expressive. Its openness and rounded geometry reads approachable and technical at the same time, suited to interfaces and clean branding where readability is the primary voice.
Likely designed as a practical, geometry-forward sans emphasizing clarity, openness, and consistent rhythm. The restrained detailing and rounded construction suggest an intention to be versatile and dependable across digital and print contexts without drawing attention to stylistic quirks.
The numeral set follows the same rounded, even construction, with clear differentiation between figures and ample interior space in 0, 6, 8, and 9. Lowercase forms keep a straightforward, utilitarian feel, and the sample text shows steady color in longer passages without sharp joins or calligraphic modulation.