Sans Normal Bunah 7 is a regular weight, wide, low contrast, upright, tall x-height, monospaced font visually similar to 'Prima Sans Mono' by Bitstream (names referenced only for comparison).
Keywords: code ui, terminal, data tables, technical docs, interface text, utilitarian, technical, clean, neutral, modern, clarity, readability, alignment, system use, information design, geometric, open, crisp, even, plainspoken.
This font presents a straightforward sans-serif construction with largely geometric, round counters and clean, unmodulated strokes. Letterforms are evenly proportioned with generous internal space and simple joins, giving a steady, grid-friendly rhythm across capitals, lowercase, and numerals. Curves read as smooth and circular, while straight strokes end in flat, squared terminals; diagonals (as in V, W, X, Y) are direct and uncluttered. Numerals are simple and highly legible, with clear differentiation between forms like 0, 8, and 9.
It suits environments where alignment and predictability matter, such as terminal displays, code editors, configuration screens, tables, and data-heavy dashboards. The clean geometry and open counters also make it a solid choice for technical manuals, system labels, and compact UI text where clarity is prioritized over personality.
The overall tone is pragmatic and contemporary, conveying a no-nonsense clarity associated with coding, systems, and technical documentation. Its restrained shapes and consistent texture feel dependable and neutral rather than expressive or decorative.
The design intention appears focused on functional readability and consistent, repeatable rhythm in grid-based layouts. By keeping forms simple and evenly weighted, it aims to perform reliably in dense settings like text blocks, UI panels, and structured information.
Spacing appears disciplined and consistent, producing an orderly texture in paragraph-like settings. The lowercase maintains a compact, functional silhouette, with single-storey constructions visible in letters like a and g, supporting quick recognition at small sizes.