Sans Normal Onlat 12 is a bold, normal width, low contrast, upright, normal x-height font visually similar to 'Conamore' by Grida; 'Kohinoor Bangla', 'Kohinoor Tamil', and 'Kohinoor Telugu' by Indian Type Foundry; 'Belle Sans' by Park Street Studio; and 'Rahere Sans' by ULGA Type (names referenced only for comparison).
Keywords: headlines, posters, branding, signage, packaging, modern, confident, friendly, clean, straightforward, clarity, versatility, modernity, impact, geometric, monoline, open apertures, large counters, crisp terminals.
A sturdy, geometric sans with monoline strokes and clear, open interior spaces. Forms lean on circular and elliptical construction, with smooth curves balanced by crisp, straight terminals. The proportions feel even and contemporary, with generous counters and open apertures that keep letters readable at size. In text, the rhythm is steady and uncluttered, producing a solid typographic color without sharp calligraphic modulation.
Well-suited for headlines and short-to-medium display text where a strong, contemporary presence is needed. It also fits branding systems, packaging, and signage thanks to its open shapes and steady rhythm, which remain legible under quick viewing or at smaller sizes in UI-like contexts.
The overall tone is modern and dependable, with a friendly plainspokenness that reads as practical rather than decorative. Its rounded geometry adds approachability, while the firm weight and clean endings convey confidence and clarity.
Likely designed as a versatile geometric sans focused on clarity and impact, combining approachable round forms with no-nonsense construction. The intent seems to be a dependable workhorse voice for modern communications that can hold its own in large sizes while staying readable in everyday text.
Uppercase shapes appear broad and stable, while lowercase maintains a simple, utilitarian structure that supports continuous reading. Numerals are similarly robust and straightforward, matching the letters’ geometric logic and maintaining consistent visual weight.