Sans Rounded Bary 7 is a regular weight, very wide, low contrast, upright, normal x-height font.
Keywords: ui display, branding, headlines, tech packaging, sci-fi titles, futuristic, techy, friendly, retro, digital aesthetic, softened geometry, modern branding, display clarity, rounded, geometric, monoline, soft corners, wide stance.
A rounded, geometric sans with a monoline stroke and generously softened corners throughout. The letterforms favor squarish bowls and open, rectangular counters, producing a broad, stable footprint and a clean horizontal rhythm. Joins are smooth and continuous, with curved transitions in diagonals and a generally even stroke color across text. Distinctive constructions—such as the simplified, angular diagonals in K/V/W/X and the open, segmented feel of forms like E and S—reinforce a modular, engineered look while maintaining legibility.
This design suits headings, logos, and short-to-medium text in interface mockups, tech branding, product packaging, and futuristic or gaming-themed titles. Its wide, rounded forms read clearly at larger sizes and can create a distinctive voice in signage and on-screen graphics where a modern, engineered aesthetic is desired.
The overall tone reads as futuristic and tech-oriented while staying approachable due to the rounded terminals and smooth curves. It evokes digital interfaces and sci‑fi titling, with a subtle retro-futurist flavor reminiscent of instrument panels and early computer aesthetics.
The font appears designed to combine a contemporary, digital-minded geometry with softened edges for warmth and accessibility. Its modular curves and squared counters suggest an intent to feel precise and modern without becoming harsh, balancing techno character with friendly readability.
Uppercase and lowercase share a consistent structural logic, with rounded-rectangle bowls in O/C/G and similarly treated numerals. Punctuation in the sample text appears minimal and clean, and the wide proportions create spacious word shapes that feel calm and intentional at display sizes.