Sans Normal Ommoy 4 is a bold, wide, low contrast, upright, normal x-height, monospaced font visually similar to 'FF Attribute Mono' by FontFont (names referenced only for comparison).
Keywords: ui labels, code samples, data tables, packaging, wayfinding, utilitarian, industrial, technical, straightforward, assertive, clarity, consistency, legibility, system use, labeling, blocky, sturdy, geometric, compact, rounded joints.
A heavy, square-shouldered sans with even stroke weight and a strongly geometric construction. Curves are broad and simplified, with many terminals resolving into flat, squared ends and rounded corners where curves meet stems. The shapes feel compact and sturdy, with generous interior counters in letters like O, D, and P, and a generally uniform rhythm across the set that keeps widths and spacing visually consistent. Numerals are similarly robust, with clear, open forms and simple, unembellished detailing.
This design suits environments where consistent alignment and quick scanning matter, such as UI labels, tabular data, dashboards, and code or terminal-style samples. Its dense, dark texture also works well for short headings, stamps, packaging callouts, and signage-style applications where a firm, utilitarian presence is desirable.
The overall tone is practical and no-nonsense, leaning toward an industrial, workmanlike voice. Its solid color on the page and plain geometry convey reliability and directness, with a subtly technical feel reminiscent of labeling, equipment marking, or utilitarian interfaces.
The letterforms suggest an intention to deliver a sturdy, highly consistent typographic voice optimized for structured text and system-like presentation. Emphasis appears placed on uniform rhythm, simple geometry, and clear differentiation in commonly confused characters for practical reading.
Uppercase forms read especially strong and sign-like, while lowercase maintains the same blunt, geometric character rather than becoming calligraphic or humanist. The zero with a diagonal slash increases differentiation in numeric contexts, reinforcing a functional, information-forward intent.