Sans Superellipse Akho 7 is a bold, narrow, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, packaging, signage, futuristic, tech, retro, industrial, robotic, tech aesthetic, display impact, modular geometry, brand distinctiveness, rounded corners, modular, geometric, squared, condensed.
A compact, geometric sans built from rounded-rectangle and superellipse-like forms. Strokes are consistently monoline with softened outer corners and mostly squared terminals, giving the letters a machined, modular feel. Counters tend to be boxy and tight, with tall vertical proportions and condensed widths that create a steady, columnar rhythm. Joins and curves are simplified into smooth, controlled bends rather than calligraphic modulation, keeping the overall texture clean and uniform across caps, lowercase, and figures.
Best suited to short-form, high-impact settings such as headlines, posters, logotypes, packaging, and wayfinding where a futuristic or industrial flavor is desired. It can also work well for UI labels, product branding, and entertainment graphics when used at sizes that preserve clarity of its tight counters and stylized apertures.
The font reads as futuristic and engineered, with a distinctly retro-tech tone reminiscent of instrument panels, arcade-era interfaces, and sci‑fi titling. Its rounded squareness balances friendliness with a utilitarian, industrial edge, projecting precision and systematized design rather than warmth or literary nuance.
The design intention appears to be a streamlined, techno-geometric sans that prioritizes a strong silhouette and consistent, modular construction. By using rounded-square forms and uniform stroke weight, it aims for a distinctive display voice that feels contemporary yet retro-futuristic, optimized for branding and attention-grabbing typographic moments.
Capitals appear more display-oriented with distinctive, highly stylized shapes, while the lowercase echoes the same construction for a cohesive voice. Numerals follow the same condensed, rounded-rect geometry, supporting consistent set widths and a technical, display-forward presence. The tight apertures and compact counters suggest it favors larger sizes where its forms and internal spacing can breathe.