Sans Rounded Mare 1 is a regular weight, very wide, low contrast, upright, normal x-height font visually similar to 'Neuropol X' by Typodermic (names referenced only for comparison).
Keywords: ui design, app branding, headlines, tech branding, wayfinding, futuristic, techy, friendly, sleek, clean, modernize, soften tech, systemic clarity, display impact, monoline, rounded, geometric, soft corners, extended.
A monoline sans with generously rounded corners and terminals, built from smooth curves and straight strokes that meet with softened joins. Proportions run wide with open counters and a calm, even rhythm; circular forms skew toward rounded-rectangle geometry (notably in O, Q, and 0). Diagonals are crisp and stable, while curves are broad and controlled, giving the design a streamlined, engineered feel. Numerals echo the same rounded-rectangular construction, with simple, legible forms and consistent stroke endings.
This face is well suited to UI and product surfaces where a smooth, modern tone is desired, such as dashboards, device interfaces, and app branding. Its wide stance and rounded geometry also work well for headlines, short blocks of marketing copy, packaging, and signage where clarity and a contemporary feel matter more than compact text economy.
The overall tone reads contemporary and forward-looking, with a subtle sci‑fi interface character softened by rounded terminals. It feels approachable rather than aggressive—modern, tidy, and slightly playful—suited to clean digital aesthetics.
The design appears intended to blend a futuristic, digital sensibility with friendly rounded finishing, creating a clean display sans that feels modern and accessible. Its consistent monoline construction and rounded-rectangular curves suggest an emphasis on cohesive system-style typography for contemporary branding and interface contexts.
Capitals keep a low-friction, uniform construction with minimal stroke modulation, and many glyphs show squared-off curvature that reinforces the rounded-rectangle motif. The lowercase maintains clear separation between similar forms (e.g., i/j with dots, single-storey a and g), supporting quick recognition at display sizes.