Sans Normal Afbuf 3 is a bold, normal width, low contrast, italic, normal x-height, monospaced font visually similar to 'EF Thordis Mono' by Elsner+Flake and 'CamingoMono' by Jan Fromm (names referenced only for comparison).
Keywords: code ui, terminal, data tables, tech branding, posters, technical, utilitarian, modern, direct, energetic, grid alignment, fast emphasis, interface clarity, systematic tone, headline impact, slanted, industrial, mechanical, robust, compact.
A slanted, monospaced sans with sturdy, low-contrast strokes and compact, tightly controlled proportions. Curves are broad and clean, while joins and terminals tend toward straight, decisive cuts, giving letters a brisk, engineered rhythm. The character set reads evenly across the grid, with consistent widths and strong fill creating a dense, high-ink texture that holds together at display sizes and remains structured in text.
Well-suited for coding environments, terminal-style interfaces, and any setting where strict character alignment matters, such as tables, specs, and system readouts. It can also work for tech-forward headlines, product labels, and posters where a dense, slanted monospaced look adds urgency and structure.
The overall tone feels pragmatic and tool-like, with a forward-leaning motion that suggests speed and efficiency. Its sturdy shapes and regular spacing create a no-nonsense, technical voice that can read as modern, industrial, and slightly retro-computing depending on context.
The design appears intended to provide a monospaced workhorse with a bold, slanted stance—balancing mechanical regularity with a sense of motion. It prioritizes consistent alignment and strong, simplified forms for clear, structured reading in technical and interface-driven contexts.
The combination of monospaced spacing and a pronounced slant produces a distinctive cadence in paragraphs, emphasizing alignment and grid logic while still feeling dynamic. Rounded counters in letters like O and Q stay open and stable, while diagonals in forms like K, V, W, and X reinforce the brisk, angular momentum.