Sans Superellipse Dyti 2 is a light, very wide, monoline, upright, normal x-height font.
Keywords: user interfaces, technology branding, headlines, signage, dashboards, futuristic, sleek, technical, clean, space-age, modernity, clarity, system design, tech aesthetic, friendly precision, rounded, geometric, modular, superelliptical, open counters.
A geometric sans with rounded-rectangle (superelliptical) construction and consistently softened corners throughout. Strokes stay even and smooth, with large-radius curves and straight segments meeting in clean, controlled joins. Proportions feel horizontally generous, creating a calm, extended rhythm in text, while counters remain open and legible. Several forms lean toward a modular, engineered look (notably the squared curves in C/G/O/Q and the simplified terminals), giving the design a cohesive, system-like voice.
Works best where a clean, modern impression is needed and where wider letterforms can add presence: UI and product screens, dashboards, device labeling, and technology branding. It also suits short headlines and signage that benefit from its rounded, geometric clarity, especially in all-caps or mixed-case settings.
The overall tone is modern and forward-looking, with a refined “tech UI” character. Its rounded geometry keeps it friendly rather than aggressive, but the wide stance and controlled repetition still read as precise and engineered—well suited to contemporary digital and sci‑fi aesthetics.
The font appears designed to deliver a contemporary, systematized sans that blends geometric rigor with soft corners. Its superelliptical curves and consistent stroke treatment suggest an intention to feel technical and futuristic while remaining approachable and highly legible in display and interface-style typography.
The design relies on a small set of repeating shapes—straight strokes, broad curves, and rounded corners—so words take on a smooth, continuous texture. Numerals echo the same rounded-rect logic, helping mixed alphanumeric strings feel consistent for interface and labeling contexts.