Sans Normal Edmaf 7 is a regular weight, narrow, low contrast, italic, normal x-height font visually similar to 'Eastman Condensed' by Zetafonts (names referenced only for comparison).
Keywords: branding, headlines, posters, ui, wayfinding, modern, dynamic, clean, technical, efficient, space saving, modernity, clarity, motion, efficiency, oblique, condensed, austere, crisp, streamlined.
A condensed oblique sans with smooth, rounded construction and consistently low stroke modulation. Curves are drawn with clean, elliptical arcs and restrained terminals, while straight strokes keep a steady, even rhythm. Counters are relatively open for the width, and the overall color stays uniform across capitals, lowercase, and numerals. Proportions favor tall, compact letterforms with tight horizontal economy and a forward slant that adds motion without introducing calligraphic flare.
This font suits branding and headline settings where space is limited and a crisp, forward-leaning voice is desirable. It can also work well in UI labels, navigation, and compact informational typography where a condensed oblique sans helps establish hierarchy without heavy weight. Its uniform stroke and tidy curves make it appropriate for modern posters and clean, directional signage.
The tone feels modern and purposeful, with a subtle sense of speed from the slant and condensed proportions. Its clean geometry reads as pragmatic and contemporary rather than expressive or decorative, giving it a confident, efficiency-first character.
The design appears intended to deliver a space-saving, contemporary sans with a built-in sense of motion. By pairing condensed proportions with smooth, rounded geometry and an even texture, it aims for clarity and a streamlined, modern presence across display and functional text.
The italic angle is consistent across the set, helping lines of text maintain a steady diagonal flow. Numerals match the letterforms’ compact footprint and rounded geometry, supporting cohesive text-and-figure settings in interfaces or informational layouts.