Sans Normal Ohraj 5 is a bold, wide, monoline, upright, normal x-height font visually similar to 'Matteo' by Indian Type Foundry (names referenced only for comparison).
Keywords: headlines, branding, posters, packaging, signage, friendly, modern, confident, playful, approachable, display impact, brand clarity, friendly modernity, geometric consistency, geometric, rounded, clean, compact, solid.
A heavy, geometric sans with smooth, round bowls and largely even stroke weight. Curves read as near-circular and transitions are crisp, giving letters a clean, constructed feel rather than calligraphic modulation. Counters are generous for the weight, while apertures stay fairly controlled, producing a compact, sturdy texture in text. Uppercase forms feel broad and stable; lowercase maintains clear differentiation with simple, single-storey-style construction cues visible in shapes like the “a” and “g” and a round, open “e.” Numerals match the same rounded geometry, with a clear, circular “0” and robust, simplified figures overall.
This style performs best in display roles where its weight and geometric roundness can carry a message quickly—headlines, brand marks, packaging callouts, posters, and clear signage. It can also work for short bursts of UI or editorial emphasis where a friendly but assertive tone is needed.
The overall tone is friendly and contemporary, with a confident, no-nonsense presence. Its rounded geometry softens the heaviness, keeping it approachable and slightly playful while still reading as professional and purposeful.
The design appears aimed at delivering a modern, geometric sans that stays legible and inviting at large sizes, prioritizing strong silhouettes, round construction, and consistent stroke behavior for a cohesive brand-ready voice.
Spacing and sidebearings appear tuned for a dense, headline-forward rhythm, creating a strong visual block in paragraphs. Round letters (O, Q, o, e) set the dominant character, while diagonals (A, V, W, X) remain sharp and stable to preserve clarity at display sizes.