Sans Superellipse Egmy 7 is a regular weight, very narrow, low contrast, italic, tall x-height font visually similar to 'Dharma Gothic' and 'Dharma Gothic Rounded' by Dharma Type (names referenced only for comparison).
Keywords: headlines, posters, branding, magazines, packaging, modern, condensed, energetic, sleek, editorial, space saving, modern branding, dynamic emphasis, display clarity, monoline, oblique, rounded, superelliptic, upright terminals.
A condensed, right-slanted sans with monoline strokes and rounded-rectangle geometry in its curves. Counters are compact and vertically emphasized, with smooth, superelliptic bowls and softened corners that keep the forms clean rather than mechanical. Terminals are mostly blunt and crisp, and the overall rhythm is tight and tall, producing a continuous, forward-leaning texture. Figures follow the same narrow, streamlined construction, with rounded forms on 0/8/9 and a simplified, angular 1 and 7.
Best suited for short to medium-length setting where a narrow, slanted voice is useful—headlines, subheads, pull quotes, and titling. It can also work for logos and packaging systems that need a sleek, space-saving typographic presence, especially when set with generous tracking or in larger sizes.
The font conveys speed and modernity, with a focused, urban tone that feels at home in contemporary editorial and branding contexts. Its lean, compressed stance reads confident and energetic without relying on dramatic stroke contrast or decorative detail.
The design appears intended to deliver a compact, contemporary sans that combines space efficiency with a dynamic slant. By pairing monoline strokes with rounded-rectangle curves and firm terminals, it aims for a clean display texture that stays legible while looking fast and modern.
The uppercase is particularly tall and compact, creating strong vertical emphasis in headlines. Round letters show a distinct rounded-rectangle influence, while diagonals and joins stay sharp, giving the design a clear, graphic edge even at display sizes.