Sans Superellipse Vaduw 3 is a regular weight, wide, monoline, upright, normal x-height font.
Keywords: branding, logotypes, posters, headlines, ui display, futuristic, tech, retro, modular, sleek, systematic design, sci-fi styling, modernization, distinctiveness, display impact, rounded, soft-cornered, geometric, streamlined, open apertures.
A geometric sans built from rounded-rectangle and superellipse-like forms, with smooth, consistent curves and clean joins. Strokes stay even and monoline, while terminals are generally softened or horizontally clipped, producing flat-ended arcs and squared-off counters. Letterforms lean toward wide, open proportions with generous interior space; several glyphs use intentional breaks or inset cuts (notably in E/F and some bowls), adding a modular, engineered rhythm. Numerals echo the same rounded-rect geometry, with simplified, schematic shapes and consistent corner radii.
Best suited for branding, logotypes, posters, and headline settings where its rounded-rect construction and engineered cut details can read clearly. It can also work for UI or interface display text and product labeling when a modern, techno aesthetic is desired, especially at medium to large sizes.
The overall tone is futuristic and tech-forward with a retro digital flavor, reminiscent of interface lettering and late-20th-century sci‑fi graphics. The softened corners keep it friendly, while the cutouts and squared counters introduce a precise, mechanical edge.
The design appears intended to translate a rounded, modular industrial geometry into a readable sans, balancing soft cornering with crisp, deliberate cut details. It emphasizes a consistent shape system across letters and numbers to create a unified, futuristic voice for display-driven typography.
The design favors distinctive silhouettes over conventional text neutrality, so individual letters and figures remain recognizable through broad geometry and repeated corner logic. The punctuated cut-ins and occasional stencil-like gaps create visual sparkle at display sizes and help establish a cohesive, system-like identity across the set.