Sans Superellipse Imlih 7 is a very bold, very wide, low contrast, italic, tall x-height font.
Keywords: sports branding, esports, headlines, posters, product logos, futuristic, sporty, tech, dynamic, assertive, speed, impact, modernity, branding, precision, rounded corners, extended, oblique, geometric, streamlined.
A heavy, extended oblique sans with rounded-rectangle construction and softened corners throughout. Strokes are monolinear and compactly engineered, with broad horizontal spans, tight apertures, and squared-off terminals that keep counters controlled and clean. The overall geometry leans on superellipse-like bowls and rounded corners, creating a smooth, aerodynamic silhouette even in sharper forms. Spacing and rhythm feel purposefully tight and forward-leaning, emphasizing speed and impact at display sizes.
Best suited to high-impact display work where the forward slant and wide stance can headline the composition—sports identities, esports/event graphics, tech product branding, and poster titling. It also works well for short UI labels or packaging callouts when a sleek, engineered voice is desired, though dense paragraphs may feel heavy due to the tight apertures and strong slant.
The tone is fast, technical, and performance-oriented, with a distinctly modern, motorsport/industrial flavor. Its rounded geometry tempers the aggressiveness of the slant, reading as confident and engineered rather than playful.
The design appears intended to communicate speed and modernity through an extended stance, consistent oblique angle, and rounded-rectangle skeleton. By combining monolinear weight with streamlined cuts, it aims for a bold, contemporary presence that remains visually controlled and cohesive across letters and figures.
Several characters incorporate distinctive cut-ins and internal notches that add motion and help differentiate shapes in a bold, compact texture. Numerals and capitals share the same streamlined logic, and the italic angle is consistent across the set, reinforcing a sense of directional flow.