Sans Superellipse Vony 3 is a regular weight, very wide, monoline, upright, normal x-height font.
Keywords: display titles, headlines, branding, posters, ui graphics, futuristic, tech, sleek, modular, clean, sci-fi styling, interface feel, geometric system, modern branding, clean display, rounded, geometric, extended, streamlined, digital.
A geometric sans built from rounded-rectangle and superelliptic forms, with consistent stroke thickness and smoothly radiused corners. The design favors extended horizontals and generous internal counters, giving letters a stretched, low-profile silhouette. Curves resolve into flattened arcs rather than circles, while many joins are squared-off and mechanical, producing a crisp, engineered rhythm. Diagonals (as in V, W, Z, and N) are simplified and angular, contrasting with the soft corners elsewhere, and overall spacing feels open and display-oriented.
Best suited to large-size settings such as headlines, logotypes, poster typography, and tech-themed branding where the wide proportions and rounded-rectilinear shapes can be appreciated. It also works well for UI-style graphics, labels, and on-screen headings that benefit from a clean, futuristic texture.
The tone is distinctly futuristic and technical, evoking sci‑fi interfaces, industrial labeling, and digital instrumentation. Its rounded geometry keeps the voice friendly and approachable, while the wide stance and restrained detailing read as modern and controlled.
The font appears intended to translate a superelliptic, rounded-rectangle geometry into a contemporary sans for technology-forward visuals. Emphasis is placed on uniform stroke behavior, wide proportions, and simplified letterforms to create a cohesive, modular voice across letters and numerals.
Uppercase and lowercase share a closely related construction, reinforcing a uniform, system-like texture in mixed-case text. Numerals follow the same rounded-rectangular logic, creating a cohesive set suited to interface readouts and headings where consistency matters more than traditional typographic modulation.