Sans Rounded Fygi 1 is a regular weight, narrow, monoline, upright, normal x-height font.
Keywords: headlines, posters, logos, packaging, game ui, techno, retro, industrial, futuristic, arcade, sci-fi feel, space saving, geometric identity, display impact, geometric, angular, octagonal, condensed, modular.
A condensed, monoline sans with a strongly geometric construction and frequent chamfered corners. Strokes stay even in thickness, while curves are largely replaced by straight segments, producing octagonal bowls and clipped joins. Terminals are rounded and softened, but the overall silhouette remains crisp due to the consistent use of angled cuts. Counters are compact and vertical proportions are tall, giving the design a tight rhythm in text and a distinctive, engineered look in caps and numerals.
Best suited for display settings such as headlines, posters, logotypes, product branding, and packaging where its faceted geometry can be a focal point. It also fits interface-style applications—like game menus, dashboards, or tech-themed graphics—especially for short phrases, labels, and numeric readouts.
The font projects a techno-forward, retro-futurist tone—evoking arcade UI, sci‑fi labeling, and industrial instrumentation. Its clipped geometry feels precise and mechanical, while the softened ends keep it friendly enough for display use without becoming cold or overly severe.
The design appears intended to merge a clean sans structure with a distinctive chamfered, near-octagonal geometry, creating a modernized techno aesthetic while retaining smooth, rounded terminals for approachability. Its condensed proportions suggest an emphasis on efficient, space-saving display typography with a strong visual signature.
Uppercase forms lean toward squared, faceted outlines (notably in C, G, O, Q), and the lowercase follows the same modular logic with simplified, upright structures. Numerals echo the same chamfered language, making digit strings visually consistent. Overall spacing and vertical strokes create a narrow, efficient footprint that reads best at larger sizes where the angular details stay clear.