Sans Faceted Rola 10 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: headlines, branding, posters, interfaces, packaging, futuristic, tech, sci-fi, sleek, synthetic, futurism, tech branding, system display, geometric refinement, retro-future, geometric, faceted, angular, rounded-rect, aerodynamic.
A geometric sans with monoline strokes and broad, extended proportions. Curves are frequently resolved into shallow facets and flattened arcs, producing rounded-rectangle counters and a streamlined, engineered silhouette. Terminals are clean and mostly blunt, with consistent stroke behavior and tight, controlled joins that keep the forms crisp even where strokes sweep into gentle bowls. The overall rhythm is wide and open, with compact apertures and a slightly squared, modular feel across capitals, lowercase, and numerals.
Best suited to display settings where its wide footprint and angular-faceted curves can be appreciated, such as headlines, logos, posters, and technology-oriented branding. It can also work for short UI labels or product/packaging typography when a futuristic, engineered voice is desired, though the broad proportions favor spacious layouts over dense text.
The faceted rounding and elongated stance give the typeface a distinctly futuristic, tech-forward tone. It reads as sleek and synthetic—more cockpit display than editorial—projecting speed, precision, and a mild retro-future flavor.
The design appears intended to modernize a geometric sans by replacing smooth bowls with planar, faceted curvature and by stretching forms into a wide, aerodynamic profile. The goal is a consistent, system-like alphabet that signals technology, speed, and precision while remaining clean and legible at display sizes.
In text, the extended width and uniform stroke create strong horizontal momentum, while the squarish counters and clipped curves add a mechanical character. The numerals follow the same aerodynamic geometry, with flattened curves and consistent line weight that supports a cohesive system-like appearance.